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5mm eren friction sheet

The EREN industrial sheet brake lining 50X50 mm with 5 mm thickness from Turkey is manufactured from high-strength aramid fibers, phenolic resin, and friction modifiers. Its tensile strength reaches 42–46 MPa, providing durability under repeated mechanical loads. Thermal resistance allows operation up to 320°C without significant degradation, while wear resistance under ISO 6310 standard testing remains below 0.12 mm per 1000 cycles. The engineered fiber matrix ensures uniform pressure distribution, reducing localized wear, vibration, and thermal hotspots. Friction coefficients are stable between 0.36 and 0.43 in dry conditions and 0.31 to 0.38 under lubricated conditions. Weight per square meter is approximately 1.1 kg, supporting ease of installation in industrial braking systems. High production precision maintains a thickness tolerance of ±0.1 mm, guaranteeing consistent performance and reducing vibration or noise during operation. The combination of lightweight design, thermal stability, and abrasion resistance makes it suitable for industrial machinery and commercial vehicles.

This EREN sheet lining exhibits strong chemical resistance against oils, water, and moderate corrosive agents, maintaining structural integrity and consistent friction. Compressive resilience a

ELEPHANT electric hoist

ELEPHANT is a leading Japanese manufacturer of overhead electric cranes with decades of experience in industrial equipment design and production. Its products are renowned for high build quality, precise operation, and long service life. ELEPHANT uses premium raw materials and advanced Japanese technology for motors, lifting systems, and chains or wire ropes. Compliance with international standards EN 14492 and FEM ensures the safety and high performance of all ELEPHANT cranes.

ELEPHANT overhead cranes are available in capacities ranging from 0.5 to 20 tons, including single-girder, double-girder, chain-driven, and wire-rope models. Each model is engineered for specific industrial applications, offering different lifting speeds, span lengths, and motor types. Dual-speed and four-function systems in some models allow precise and rapid load handling. This variety enables users to select the most suitable crane based on the requirements of their workshop or production line.

The trolley and horizontal movement system of ELEPHANT cranes are made from high-strength steel with quality bearings, ensuring smooth and vibration-free load travel. The modern, robust trolley design maintains load stability throughout the movement path. Electromagnetic brakes and overload limiters provide

6mm eren friction sheet

The EREN non-asbestos industrial sheet brake lining from Turkey, size 50X50 mm with 6 mm thickness, is manufactured from high-strength aramid fibers, phenolic resin, and friction-enhancing additives. Its tensile strength ranges from 43 to 47 MPa, providing durability under repeated mechanical loads. Thermal resistance allows operation up to 320°C without significant degradation. Wear resistance under ISO 6310 standard testing remains below 0.11 mm per 1000 cycles, ensuring long service life. The woven fiber matrix distributes pressure evenly, reducing localized wear, vibration, and thermal hotspots. Friction coefficients are stable between 0.37 and 0.44 in dry conditions and 0.32 to 0.39 under lubricated conditions. Unit weight per square meter is approximately 1.15 kg, supporting easy installation in industrial braking systems. High production precision maintains a thickness tolerance of ±0.1 mm for consistent, vibration-free performance.

The EREN sheet lining production process ensures uniform resin and additive distribution, providing consistent and homogeneous performance across all sheets. Compressive resilience averages 8%, allowing the material to recover its shape after repeated mechanical stress. The lining demonstrates strong chemical resistance against oils, water

ABB Marine Electric Motor

The ABB marine electric motor is designed with a rated power range from 0.75 kW to 1000 kW, making it ideal for heavy-duty marine applications such as ship propulsion systems, seawater pumps, and offshore cargo handling equipment. The three-phase ABB marine motor typically operates at voltages between 400 and 690 volts and supports frequencies of 50 or 60 Hz. It is available in high-efficiency classes IE3 and IE4, significantly reducing energy consumption during continuous operation. With thermal class F or H, cooling systems like IC411 or IC416, and perfectly balanced rotor and stator assemblies, these motors minimize vibration and extend operational life even under harsh marine conditions. The use of grease-lubricated bearings capable of handling both radial and axial loads makes them highly suitable for ambient temperatures up to 55°C and high relative humidity.

The ABB marine motor housing is made from ductile cast iron or marine-grade aluminum with an industrial epoxy coating, offering excellent resistance to corrosion from saltwater and marine atmospheres. Protection ratings ranging from IP56 to IP66 ensure safe and reliable performance against water ingress and airborne particles. These motors are engineered in compliance with international standards such as IEC 60034,

Eren 50X50 12mm friction sheet

The industrial brake lining sheet EREN Turkey model 50X50 with a 12 mm thickness is manufactured from non-asbestos composite materials with an average density of 2.00 g/cm³. Its chemical composition includes approximately 30% aramid and cellulose fibers, 25% phenolic resin, 25% metallic powders mainly bronze and copper, and 20% heat-resistant mineral fillers. This formulation provides a stable structure with a consistent friction coefficient ranging from 0.40 to 0.47. EREN brake linings are designed for industrial braking systems, heavy cranes, and process machinery that require smooth engagement and high mechanical stress resistance.

The production process of the EREN sheet is precisely controlled with a dimensional tolerance of ±0.1 mm. Each sheet undergoes compression strength, porosity, and surface uniformity testing prior to packaging. The product complies with international standards ISO 26865, SAE J661, and DIN 6951, ensuring stable frictional performance across varying mechanical and thermal conditions. Tight thickness tolerance and uniform layer bonding significantly enhance the material’s durability and adhesion.

In terms of wear performance, the 12 mm EREN lining demonstrates a wear rate of approximately 0.16 mm³/N·m and achieves over 1700 operating hours w

2 ton chain electric hoist with trolley

The 2-ton electric chain hoist with motorized trolley, 4-function type lifting up, lowering down, forward travel, and backward travel is manufactured in China and designed for medium-duty industrial applications. The unit is equipped with a high-efficiency three-phase induction motor, typically operating at 380V/50Hz, with a thermal protection system to prevent overheating. Its lifting speed is generally in the range of 6–8 m/min, while the traveling trolley moves horizontally at approximately 10–20 m/min, depending on the model. The gearbox is constructed with hardened alloy steel gears for improved durability, and the load chain is made of Grade 80 alloy steel to ensure maximum tensile strength. Safety features include an electromagnetic brake, upper and lower limit switches, and overload protection for reliable operation.

This type of hoist is widely used in factories, assembly lines, metal workshops, construction warehouses, and maintenance facilities where safe and efficient material handling is required. Its 4-function capability allows both vertical and horizontal load movement, making it ideal for overhead beam systems and production halls with limited space. The motorized trolley enables precise positioning of heavy components up to 2,000 kg, reducing manual handl

Marelli Marine Electric Motor Italy

The Marelli marine electric motor, manufactured in Italy, is one of the most advanced electric motors in the maritime industry, designed and produced using cutting-edge European technology. These motors typically come in power ranges from 0.5 to 50 kilowatts and operate at voltages between 380 to 480 volts in three-phase configurations, fully reinforced for use in harsh marine and saline environments. International standards such as IEC 60034 and IP65/IP66 are strictly adhered to, ensuring complete protection against water ingress and dust. High energy efficiency, a power factor above 0.95, and continuous duty rating S1 are key features of these marine electric motors, resulting in reduced energy consumption and extended motor lifespan.

Mechanically, Marelli motors are equipped with squirrel-cage rotors designed to minimize vibration and noise, capable of withstanding high mechanical and thermal shocks. The cooling system is available in air-cooled IC411 or water-cooled ICW versions, customizable per customer requirements to maintain optimal performance even in high-temperature marine environments. Additionally, the motors can be installed in various orientations and utilize high-quality bearings to increase shaft durability and reduce wear. These characteristics make Marelli

Ferguson tractor hydraulic pump repair

Repairing the hydraulic pump of a Massey Ferguson 285 tractor is a highly specialized process that requires mechanical knowledge and precise tools. The pump is responsible for transmitting hydraulic oil pressure to the system, and any malfunction can reduce the efficiency of lifting arms and agricultural implements. Common failure symptoms include oil leakage, sudden pressure loss, and unusual noise during operation. Identifying these signs early and performing timely repairs prevents further damage to other hydraulic components.

During the repair of the Massey Ferguson 285 hydraulic pump, the internal parts such as gears, O-rings, and valves must be carefully inspected. Cleaning the components from oil residues and metallic deposits is essential, as contamination can cause wear and shorten the pump’s service life. Using high quality hydraulic oil that complies with the specifications of the Massey Ferguson tractor ensures reliable performance, especially under demanding working conditions.

After replacing or repairing the worn components of the Massey Ferguson 285 hydraulic pump, the system must be properly bled. Air bleeding prevents the formation of bubbles in the hydraulic circuit, ensuring smooth cylinder operation. A final performance test, including measuring the o

ABB two-speed electric moto

The ABB two-speed electric motor, manufactured in Sweden with advanced technology and international standards, is an ideal choice for industrial applications requiring precise speed control. These dual-speed motors, with power ratings ranging from 0.75 to 30 kilowatts, operate at speeds of 1500 and 3000 RPM. The design of the ABB two-speed motor complies with the IE3 energy efficiency class, helping to reduce power consumption and increase efficiency in industrial projects. The motor housing is made of cast iron or aluminum and is protected against dust and moisture with an IP55 rating. Class F insulated windings ensure long-term operation at high temperatures. These features make the ABB motor suitable for industrial machinery and pumping systems with variable speed requirements.

Other technical specifications of the ABB two-speed electric motor include the IC411 cooling system, which uses an external fan to optimize operating temperature and extend motor lifespan. Its high starting torque allows it to handle heavy loads across various industries, including production lines, material handling equipment, and pumps. The motor operates on three-phase voltages ranging from 220 to 690 volts, facilitating easy installation in different industrial power networks. With its quiet desi

Rossi H Series helical gearbox, manufactured in Italy

The Rossi H Series helical gearbox, manufactured in Italy, is a highly efficient industrial transmission system designed for continuous and precise power transfer in heavy-duty machinery. It features a multi-stage helical gear arrangement with case-hardened and ground gears manufactured to DIN class 6 precision. The output torque reaches up to approximately 18,000 Nm, with mechanical efficiency exceeding 97 percent. The reduction ratio ranges from 3.5 to 400, and its modular design allows flexible installation in foot-mounted or flange-mounted configurations. The housing is made of G300 ductile cast iron with precision machining to minimize vibration and noise. The lubrication system can be splash or forced circulation, depending on load and speed requirements.

The Rossi H Series gearbox incorporates high-load-capacity rolling bearings and heat-resistant seals for long service life. The input and output shafts are coaxial and dynamically balanced for loss-free torque transmission. The operational temperature range is from -25 to +90 degrees Celsius, and the gearbox can be directly coupled with IEC electric motors up to 132 kW. The nominal noise level remains below 70 dB, and the unit weight varies between 150 and 720 kilograms depending on the model. Certified under CE and ISO

Shokho Electronic EB1 Ignition Transformer

The EB1 ignition transformer from Shokouh Electronic is a reliable component used in gas and oil burner ignition systems, designed to generate a strong and stable spark with an output voltage of approximately 15 kV. With a compact size and durable construction, it is well-suited for use in industrial and semi-industrial environments. Its housing is made from heat- and moisture-resistant materials, and many models feature an IP44 to IP54 protection rating, ensuring safe operation under various environmental conditions. Using this model in well-ventilated areas with controlled humidity significantly contributes to its longevity and consistent performance.

In terms of electrical performance, the EB1 transformer operates on a 220V AC input and is engineered to consume current efficiently, avoiding excess strain on the power system. It functions reliably in ambient temperatures ranging from 0 to 60 degrees Celsius and resists voltage fluctuations. The internal copper winding is insulated with heat-resistant coating, while its output terminals are made from anti-corrosion alloys, ensuring spark stability and reducing the risk of damage. The terminal design allows for fast, safe installation without unintended sparking. These features, along with its high durability and quality build

Siemens two-speed electric motor

The Siemens two-speed electric motor is an asynchronous squirrel-cage type designed to operate at two different speeds. This motor is available in a wide range of power ratings, from a few kilowatts up to several hundred kilowatts, with a rated voltage between 380 and 690 volts. The first speed typically runs around 1500 RPM, while the second speed reaches approximately 3000 RPM, adjustable depending on the winding configuration. High efficiency, thermal insulation class F, and IP55 protection are key features of this industrial motor, ensuring durability and stable performance under harsh working conditions. Siemens’ advanced design reduces noise and vibration, significantly extending the lifespan of moving components.
In the design of the Siemens two-speed motor, the use of high-quality iron cores and standard-thickness copper windings facilitates efficient electrical-to-mechanical energy conversion with minimal losses. These two-speed Siemens motors enable precise speed control for industrial applications such as pumps, fans, and compressors. Compatible with standard frequencies of 50 or 60 Hz, they can withstand high momentary loads. Additionally, speed control via soft starters and variable frequency drives is easily achievable. Utilizing these motors in two-speed systems

Samand car refractory bearing

The heat-resistant bearing for the Samand vehicle is a key component in the suspension and wheel systems, designed with advanced manufacturing technology and high-quality materials to ensure stable and long-lasting performance. Featuring precise engineering and a sealing system resistant to heat, moisture, and contaminants, it effectively prevents the intrusion of dust and liquids into the internal mechanism. This results in an extended service life and reduced maintenance needs. Commonly installed in the front or rear wheels of the Samand, the bearing offers excellent radial and axial load capacity, ensuring reliable operation in both urban and long-distance driving conditions.

From a technical standpoint, the heat-resistant bearing designed for the Samand meets the factory-standard inner and outer diameters required for proper wheel fitment. It is typically manufactured from hardened alloy steel with an anti-corrosion coating, and its internal lubrication consists of a high-temperature grease capable of withstanding up to approximately 200°C. These features, combined with a dual sealing structure, provide exceptional resistance to mechanical stress, wear, and high temperatures. Using a high-quality heat-resistant bearing in a Samand vehicle not only enhances safety but also

TOYO 3 ton electric hoist

The 3-ton TOYO electric hoist, single speed, two-function, hook type without trolley, has a nominal lifting capacity of 3000 kg and operates with a 380 V three-phase power supply. It is equipped with an electric motor rated around 3.5 to 4 kW, delivering a lifting speed of approximately 8 meters per minute in single-speed mode. The wire rope diameter is typically 10 to 12 mm, and the standard lifting height ranges from 6 to 12 meters. The forged steel hook with a safety latch ensures secure load handling.

The 3-ton TOYO electric hoist is widely used in industrial workshops, construction projects, and heavy metal industries where high-capacity lifting is required. Since it comes without a trolley, it is designed for fixed installation or use on stationary structures, making it suitable for confined spaces. Its single-speed configuration simplifies operation and reduces maintenance costs compared to dual-speed models.

The safety factor of the 3-ton TOYO hoist is generally rated between 1.25 and 1.5 times the nominal capacity, in compliance with EN 14492 and FEM standards. This means the unit can withstand test loads up to 3750–4500 kg. An electromagnetic braking system, overload protection, and motor thermal cut-off provide enhanced safety. These features make the hoist rel

Peugeot 405 car refractory bearing

The heat-resistant bearing for the Peugeot 405 is a critical component in the vehicle’s suspension and wheel system, playing a vital role in maintaining stability, balance, and reducing friction between moving parts. This bearing is designed using advanced manufacturing technologies and high-performance materials that can withstand heat and pressure, ensuring reliable operation under various driving conditions, including high-speed travel, rough roads, and extreme temperature changes. Its advanced sealing system prevents the intrusion of dust, water, and contaminants into the internal mechanism, effectively protecting against premature wear and performance degradation.

Technically, the heat-resistant bearing for the Peugeot 405 is manufactured to meet the vehicle’s factory-standard dimensions and is made from hardened alloy steel with an anti-corrosion coating to resist rust and oxidation. It is internally lubricated with high-temperature industrial grease capable of withstanding up to 200°C, enabling smooth and uninterrupted performance under high thermal and mechanical stress. The durable construction, precision-engineered ball elements, and optimized design help extend the component’s lifespan while also reducing wheel noise, improving driving comfort, and contributi

Shokho Electronics photocell model UVZ780 red

The Shokho Electronics photocell model UVZ780 red is a widely used component in flame detection systems for gas and diesel heating systems, designed with precision and a durable housing. This sensor operates using ultraviolet UV flame detection technology and reacts with high sensitivity to the presence or absence of flame in the combustion chamber. Its red-colored body is made of heat- and corrosion-resistant materials, ensuring reliable performance under harsh environmental and thermal conditions. The photocell works alongside the burner control unit and plays a critical role in ensuring operational safety and flame stability.

Structurally, the UVZ780 model features a simple yet highly effective design, allowing for easy installation on a wide range of burners. Its operating voltage range is engineered for full compatibility with most flame control systems, while offering good resistance against electrical fluctuations. The sensor functions by generating a voltage in response to flame radiation, which is then amplified and used to trigger the burner controllers relay. The Shokho Electronics photocell model UVZ780 red is a cost-effective option for light industrial and semi-industrial applications, delivering reliable performance in terms of both accuracy and service life.

Farab electric and manual diaphragm control valve model DLG16

The Farab electric and manual diaphragm control valve model DLG16 is designed for precise flow regulation in water, steam, oil, and industrial fluid pipelines. The body is made of ductile iron GGG40 with a nominal pressure rating of PN16, and the diaphragm is EPDM or NBR for temperature and pressure resistance. The stainless steel stem and seat ensure reliable sealing, while the diaphragm mechanism provides leak-free operation under variable pressures. The valve features an electric actuator with position control and an emergency manual override. Flanged ends comply with EN 1092-2, and installation dimensions follow DIN 3202. Operating temperature ranges from 0–120°C, and the valve is rated for up to 16 bar.

The Farab DLG16 diaphragm valve provides flexible and precise flow control with minimal pressure drop. The electric actuator is equipped with position sensors and electronic control for accurate diaphragm positioning. The diaphragm is replaceable and designed for long-term operation under harsh industrial conditions. The body design allows easy access for maintenance and diaphragm replacement. Each valve undergoes hydrostatic and leakage testing according to API 598 standards to ensure precise performance, durability, and safe operation in industrial systems.

Siemens explosion-proof electric motor

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The Siemens explosion-proof electric motor is a three-phase induction type with a squirrel cage rotor, available in power ratings from 0.55 to 315 kilowatts. These motors feature an IP66 protection class and thermal class F, making them suitable for environments with flammable gases and explosive dust. They operate within a voltage range of 220 to 690 volts and frequencies of 50 or 60 Hz. The motor housing is made of durable cast iron and fully complies with international standards IEC 60079-0 and IEC 60079-1. Efficiency levels meet IE3 or IE4 standards, and the motors hold ATEX and IECEx certifications.

Siemens explosion-proof motors are offered in temperature classes T4 and T5, capable of continuous operation in ambient temperatures up to 60 degrees Celsius. They utilize IC411 cooling systems and grease-lubricated bearings with high serviceability, enhancing operational lifespan. Dynamically balanced rotors and low vibration reduce noise and improve equipment durability. The terminal box can rotate 90 degrees, facilitating easy installation. These motors can be mounted in IM B3, IM B5, and IM B35 configurations. All components are manufactured with high precision and strict quality control to ensure safe and reliable performance in hazardous environments.

Gboard impact resistant gypsum panel

The Gboard impact resistant gypsum board features a reinforced core with special fibers that provides an approximate density of 900 to 1050 kilograms per cubic meter. The panel is produced with a thickness of 12.5 millimeters and typical dimensions of 1200 by 2400 millimeters, offering a bending resistance of about 550 to 650 newtons. Its compressed cardboard surface layer absorbs impact energy and enhances structural stability against deformation. The tapered edge design enables precise joint finishing with Knauf compounds. This product can be installed on metal framing systems using CW and UW profiles and is suitable for light to medium lateral loads.

The Gboard impact resistant gypsum panel has a thermal conductivity of approximately 0.25 watts per meter kelvin, providing efficient thermal performance for interior partitions. Sound insulation of the system combined with mineral wool can reach 45 to 52 decibels and reduces transmitted vibrations. The surface resistance of the panel against repeated impacts corresponds to a mechanical hardness exceeding 20 joules. Installation is performed using 25 to 35 millimeter self drilling screws with a maximum stud spacing of 40 centimeters. The product complies with EN 520 types D and F and is suitable for high traffic areas.

Peugeot 206 car refractory bearing

The heat-resistant bearing used in the Peugeot 206 is a vital component in the vehicle’s power transmission and rotational systems, specifically designed to perform optimally under high-temperature conditions. Made from high-quality, durable alloys and enhanced with specialized lubricants and coatings, this bearing can withstand extreme heat and heavy mechanical loads. Its application in areas such as wheels, gearboxes, and other rotating systems increases the longevity of parts and reduces overall wear and tear. The sealed structure of the bearing effectively blocks dust and contaminants, ensuring stable and quiet operation across various driving environments.

In terms of design, the heat-resistant bearing for the Peugeot 206 is manufactured with precise and standardized dimensions, allowing for easy installation without any modification to the vehicle’s mechanical system. The rings and balls are made from materials that offer excellent resistance to wear and corrosion, while high-temperature lubricants inside the bearing help minimize friction and extend the component’s service life. These features make the heat-resistant bearing for Peugeot 206 an ideal choice for drivers seeking long-lasting and maintenance-free performance.

construction hydraulic pump

The hydraulic pump for construction machinery is designed to generate stable pressure and accurately transfer hydraulic power within the motion systems of heavy equipment. It is an axial piston type featuring a swash plate mechanism with an automatic pressure control system. The displacement range is between 68 and 185 cubic centimeters per revolution, with a rated working pressure up to 340 bar. The housing is made of ductile cast iron GGG45 with a compressive strength of 370 MPa. The inner cylinder surface is reinforced with a 20–25 micron hard chrome layer to minimize wear. It operates reliably between -25°C and +115°C and is built for heavy-duty conditions.

Hydraulic pumps used in construction equipment achieve overall efficiency above 95 percent and utilize optimized flow channels to reduce pressure losses. The input shaft is made of 34CrNiMo6 alloy steel, heat-treated for superior fatigue and torque resistance. The sealing system includes FKM O-rings capable of withstanding high temperatures and pressures up to 400 bar. Tapered roller bearings with a 45 kN radial load capacity ensure mechanical stability and service life exceeding 14,000 hours. These features make the pump an ideal choice for loaders, excavators, and graders.

Construction machinery engine components

Engine components in construction machinery, including pistons, rings, connecting rod bushings, crankshafts, and hydraulic pumps, are manufactured from alloy steel and high-strength aluminum to withstand cylinder pressures up to 25 MPa and operating temperatures up to 300 degrees Celsius. Dimensions and tolerances are CNC-controlled, with surface finishing precision up to 0.01 millimeters. Contact surfaces are reinforced with wear-resistant coatings, nitriding, and hardening to ensure a service life exceeding 12,000 operating hours. Friction coefficients between contacting surfaces range from 0.08 to 0.12, and components can sustain instantaneous loads up to 2000 Nm.

In the design of construction machinery engine components, oil pathways and cooling channels are optimized to provide uniform lubrication and rapid heat dissipation. Components are engineered to resist vibrations, shocks, and thermal stresses, with thermal deformation under 0.05 millimeters. Weight varies from 0.2 to 35 kilograms depending on function, allowing direct installation on the engine block and chassis with standard bolts and shafts. Reliable operation is ensured within a temperature range of -20 to 300 degrees Celsius, maintaining optimal engine performance.

RAEL Explosion Proof Electric Motor

The RAEL explosion proof electric motor, manufactured in Italy, is equipped with international ATEX and IECEx certifications, and its protection class ranges from IP55 to IP66. These motors are produced with power ratings from 0.37 to 315 kilowatts and operate at three-phase voltages between 220 and 690 volts. The operating speeds include 750, 1000, 1500, and 3000 revolutions per minute. The RAEL brand explosion-proof motor housing is made of aluminum or cast iron, offering high resistance to impact and corrosion. With insulation classes F and H, the motor guarantees operation in temperatures ranging from -40 to +55 degrees Celsius and features a spark-proof design suitable for explosive environments.

These RAEL explosion proof motors include an IC411 fan cooling system and advanced insulation to protect against moisture and heat. They also support the installation of temperature sensors and encoders for intelligent performance monitoring. Additionally, the anti-vibration system integrated into the RAEL explosion proof motor reduces noise and extends bearing life. With an explosion protection class of Ex d IIB/IIC T4, these motors are considered the ideal choice for the oil, gas, petrochemical, and mining industries.

Siemens Marine Electric Motor

The Siemens marine electric motor is one of the most advanced and high-quality electric motors designed specifically for use in marine environments and shipbuilding industries.

Technical Specifications of Siemens Marine Electric Motor:

Output power: From a few kilowatts up to several hundred kilowatts depending on model and application needs

Operating voltage: 380V to 690V, three-phase

Frequency: 50/60 Hz

Rotation speed: 750 to 3600 RPM

Insulation class: F or H high heat resistance

Protection rating: IP56 to IP68 full resistance against water and dust

Body material: Aluminum or stainless steel with anti-corrosion coating

Cooling type: IC411 or IC416 external cooling for stable performance

Bearing type: Industrial-grade, durable, and corrosion-resistant bearings

Resistance to moisture and salt: Special protective coatings for marine environments

Compatible with smart motor control systems PLC & VFD

If you are looking to buy a powerful, corrosion-resistant, and highly efficient marine electric motor for your ship, boat, or marine equipment, Siemens electric motors are your best choice.

For pricing information and to purchase Siemens marine electric motors, please contact our experts.

Pride car refractory bearing

The heat-resistant bearing for the Pride car is a specialized component in the vehicle’s power transmission system, designed to deliver high thermal resistance and stable performance under demanding conditions. Made from alloys that can withstand high temperatures and pressure, this bearing is capable of enduring intense mechanical loads without deformation or loss of efficiency. Its precise engineering and geometry allow for easy installation without structural modifications to the vehicle. Additionally, the bearing is built to resist the penetration of dust, moisture, and other contaminants, ensuring a long service life.

Structurally, the heat-resistant bearing for the Pride is equipped with high-temperature lubricants that reduce friction and prevent excessive heat buildup during operation. This not only improves energy efficiency but also minimizes operational noise. Its compact and lightweight design contributes to lowering the overall weight of the moving components in the car, enhancing system efficiency. Using this type of bearing in regular maintenance and repair of the Pride car improves the durability of internal parts, boosts performance, and reduces the frequency of service requirements.

construction hydraulic pump

The construction hydraulic pump is designed to provide consistent hydraulic power for heavy-duty equipment such as excavators, loaders, and graders. It features an axial piston mechanism with a swash plate configuration and a displacement range between 50 and 185 cubic centimeters per revolution. The standard operating pressure is 300 bar, while peak pressure capacity reaches up to 420 bar. The pump housing is made of compact aluminum alloy with a 20–30 micron hard chrome coating for enhanced wear resistance. It operates reliably across temperatures from -30°C to +115°C under fluctuating thermal conditions.

Construction hydraulic pumps achieve over 94 percent volumetric efficiency with a straight-flow design that reduces energy losses. The main shaft is made from fatigue-resistant alloy steel treated by nitrocarburization for surface strength. The sealing system includes FKM O-rings capable of withstanding 380 bar pressure and 200°C temperature. Tapered roller bearings with a 45 kN radial load capacity extend operational life beyond 13,000 hours. This configuration ensures stable operation, lower energy consumption, and improved hydraulic performance in demanding construction environments.

Siemens QRA2 Burner Flame Detector Photo Cell

The Siemens QRA2 photo cell UV Flame Detector is manufactured in Germany and weighs 60 grams. This sensor is designed to detect flames in burners of the LGB2, LGB4, LFL, LFE1, LFE10, and LMG series. Its operation is intermittent, capable of detecting UV radiation changes from the flame with millisecond precision. The device includes UV accessories to enhance sensitivity and utilizes Photoresistor and Photo cell technology. Its compact size and low weight ensure easy installation and replacement in industrial environments. The QRA2 can operate within standard industrial temperature ranges and withstand typical mechanical vibrations and shocks.

The Siemens QRA2 burner photo cell improves burner safety by accurately detecting flames and preventing unexpected shutdowns. This sensor is fully compatible with LGB and LFE timers and meets European industrial standards. Its UV technology allows detection of both gas and liquid flames, with a response time of less than 200 milliseconds. Its engineering design filters out environmental noise and light variations. Related product names include Siemens eye, Siemens burner photo cell, and Siemens photo cell, optimizing search visibility in online engines.

construction hydraulic pump

The hydraulic pump for construction machinery is designed to provide a consistent flow of pressurized oil in motion and control circuits of heavy-duty equipment. It is an axial piston type featuring a swash plate design and variable flow control system. The displacement capacity ranges from 70 to 190 cubic centimeters per revolution, with a continuous working pressure up to 330 bar. The housing is made of ductile cast iron GGG40 with a compressive strength of 350 MPa. The internal cylinder is coated with 25-micron hard nickel to enhance wear resistance and extend service life. The operating temperature range is from -30°C to +120°C.

Construction hydraulic pumps are manufactured with over 94 percent volumetric efficiency and straight-flow design to minimize energy losses. The input shaft is made from alloy steel treated with a nitriding process for high fatigue resistance. The sealing system utilizes FKM O-rings capable of withstanding 380 bar pressure and 200°C temperature. Roller bearings with a 43 kN radial load capacity ensure stable performance and service life exceeding 13,000 hours. These pumps deliver reliable and durable performance in loaders, bulldozers, and excavators.

Two-speed three-phase Motogen electric motor

The two-speed three-phase Motogen electric motor is an asynchronous squirrel-cage type designed with power ratings ranging from 0.75 to 30 kilowatts. This motor operates at two speeds of 1500 and 3000 revolutions per minute at a frequency of 50 Hz. Its rated voltage ranges between 380 and 400 volts three-phase, and the nominal current varies according to the motor’s power for example, a 1.5 kW motor draws about 3.5 amps. The efficiency class of this motor falls between IE2 and IE3, complying with international energy efficiency standards. Its insulation class is typically F or H, capable of withstanding operating temperatures up to 155 degrees Celsius.

The motor’s mechanical construction includes a cast iron or aluminum housing with corrosion-resistant coating. It features an IP55 protection rating to guard against dust and moisture. Installation types available are B3, B5, and B35. The shaft diameter varies from 19 to 50 millimeters depending on the power rating. A dynamic balance grade of G6.3 minimizes vibration and noise. The motor is designed to operate in ambient temperatures ranging from -20 to 40 degrees Celsius, with options for special conditions upon request.

hydraulic pump for construction machinery

The hydraulic pump for construction machinery is designed to provide steady flow and high pressure in the control and motion circuits of heavy-duty equipment. It is an axial piston pump with a swash plate and internal pressure compensation mechanism. The displacement per revolution ranges from 70 to 200 cubic centimeters, with continuous operating pressure up to 350 bar. The housing is made of ductile cast iron GGG50 with a tensile strength of 500 MPa. The inner cylinder surface is coated with 25-micron hard nickel to enhance wear resistance. The pump maintains stable efficiency in temperatures from -30°C to +120°C under heavy-duty conditions.

Hydraulic pumps for construction equipment are manufactured with over 94 percent volumetric efficiency and a precisely engineered lubrication system. The drive shaft is made from 42CrMo4 alloy steel with deep heat treatment for high torsional strength. The sealing system uses FKM O-rings resistant to 400 bar pressure and 200°C temperature. Tapered roller bearings with a 45 kN radial load capacity extend service life beyond 13,000 hours. These pumps deliver reliable and continuous power transmission in excavators, loaders, and graders.

Construction machinery engine components

Construction machinery engine components include pistons, rings, connecting rod bushings, crankshafts, and hydraulic pumps, manufactured from alloy steel and high-strength aluminum to withstand cylinder pressures up to 25 MPa and operating temperatures up to 300 degrees Celsius. Dimensions and tolerances are CNC-controlled, with surface finishing precision up to 0.01 millimeters. Contact surfaces are enhanced with nitriding, wear-resistant coatings, and hardening to ensure component life up to 12,000 operating hours. Friction coefficients between contacting surfaces range from 0.08 to 0.12, and components can endure instantaneous loads up to 2000 Nm.

In the design of these components, oil flow and cooling channels are optimized to guarantee uniform heat transfer and lubrication. Mechanical resistance against vibrations, shock loads, and thermal stresses is ensured, with thermal deformation below 0.05 millimeters. Component weight varies from 0.2 to 35 kilograms depending on the application, allowing direct installation on the chassis and engine block using standard bolts and shafts. Stable operation is guaranteed within a temperature range of -20 to 300 degrees Celsius.

Motogener three-phase electric motor

The Motogener three-phase electric motor offers a wide power range from 0.37 kW to 250 kW and is designed for a 50 Hz frequency. Standard motor speeds include 750, 1000, 1500, and 3000 RPM, allowing compatibility with various industrial machinery. The rated voltage ranges from 380 to 400 volts three-phase, and it features an insulation class of F, ensuring reliable operation in ambient temperatures up to 40 degrees Celsius. This motor comes with IP54 or IP55 protection ratings, providing adequate resistance against dust and moisture, making it suitable for harsh industrial environments.

The motor housing of the Motogener three-phase electric motor is made of cast iron or aluminum, depending on the model, balancing weight and durability. Its energy efficiency falls under IE2 and IE3 classes, guaranteeing optimized power consumption. The motor can be installed in foot-mounted B3 or flange-mounted B5 configurations, and its IEC-standard design facilitates easy installation on diverse equipment. Copper windings with durable insulation enhance the motor’s lifespan and stable performance, supported by a minimum 12-month official warranty and after-sales service.

Construction machinery engine components

Engine components in construction machinery, including pistons, rings, connecting rod bushings, crankshafts, and hydraulic pumps, are made from alloy steel and high-strength aluminum to withstand cylinder pressures up to 25 MPa and operating temperatures up to 300 degrees Celsius. Dimensions and tolerances are CNC-controlled, with surface finishing precision up to 0.01 millimeters. Contact surfaces are reinforced with nitriding, hardening, and wear-resistant coatings to ensure a service life exceeding 12,000 operating hours. Friction coefficients range from 0.08 to 0.12, and components can endure instantaneous loads up to 2000 Nm.

Oil pathways and cooling channels are optimized to provide uniform lubrication and efficient heat dissipation. Components are engineered to resist vibrations, shocks, and thermal stresses, with thermal deformation below 0.05 millimeters. Component weight varies between 0.2 to 35 kilograms depending on application, and installation is direct on the chassis and engine block using standard bolts and shafts. Reliable operation is guaranteed within a temperature range of -20 to 300 degrees Celsius, maintaining optimal engine performance.

Steel factory industrial brake pads

Industrial brake pads for steel factories are designed to operate under very high temperatures and harsh working conditions, made from heat-resistant metallic and non-metallic compounds. The friction coefficient ranges from 0.4 to 0.48, providing stable performance at temperatures up to 600 degrees Celsius. Their thickness typically varies between 12 and 25 millimeters, with a density range of 2.6 to 3.1 grams per cubic centimeter. These pads offer high heat transfer capability and thermal shock resistance, essential for rolling lines, industrial furnaces, and heavy-duty transmission machinery.

Reinforced with metal fibers such as steel or brass wire, the structure increases mechanical strength and optimizes pad lifespan during repeated stop-and-go cycles. A multi-layer design with anti-wear coating reduces damage caused by impact pressures. These pads are usually manufactured according to international standards like ISO 11116 or DIN 15431. Resistance to environmental contaminants such as metal dust and industrial oils is another advantage. Steel factory industrial brake pads play a critical role in ensuring safety and efficiency in production processes.

ABB Three-Phase Electric Motor

The ABB three-phase electric motor is one of the best options for use in industrial environments, factories, and large-scale production lines.
The key technical specifications of this industrial three-phase motor are as follows:

Motor Type: Three-phase asynchronous motor Induction Motor

Energy Efficiency Class: IE2 - IE3 - IE4 depending on the model

Operating Voltage: 220V / 380V / 400V / 690V based on power and connection type

Frequency: 50 Hz / 60 Hz

Output Power: From 0.18 kW up to 355 kW and higher in custom models

Rated Speed: 750 - 1000 - 1500 - 3000 RPM

Protection Rating: IP55 upgradable to IP56 and IP65 for harsh environments

Insulation Class: F capable of operating under Class H conditions

Mounting Type: B3 foot-mounted, B5 flange-mounted, B35 combination foot and flange

Housing Material: Cast iron or aluminum depending on power and model

Permissible Ambient Temperature: -20°C to +55°C

Inverter Compatibility: Yes, fully compatible with Variable Frequency Drives VFDs

For the product catalog, price inquiry, and to purchase the ABB three-phase electric motor at a competitive price, feel free to contact us.

construction hydraulic pump

The hydraulic pump for construction machinery is designed to provide the required hydraulic power for steering, lifting, and power transmission systems. It is an axial piston type with a swash plate and automatic pressure compensation mechanism. The displacement capacity ranges from 65 to 200 cubic centimeters per revolution, with a continuous operating pressure of 320 bar. The housing is made of ductile cast iron GGG50 with a tensile strength of 500 MPa. The inner cylinder surface is coated with 30-micron hard chrome to improve wear resistance. The operating temperature range is from -25°C to +115°C, and overall efficiency exceeds 93 percent.

Hydraulic pumps for construction equipment are equipped with roller bearings supporting a 45 kN radial load capacity. The input shaft is made from hardened 42CrMo4 alloy steel for superior mechanical strength. The sealing system uses FKM O-rings resistant to pressures up to 400 bar and ISO VG 46 hydraulic oils. The 30-degree angled input shaft minimizes vibration and mechanical oscillation. These pumps deliver continuous operation up to 13,000 hours and are widely used in excavators, loaders, and bulldozers.

Connecting rod bushing for New Holland B110 and B115

The connecting rod bushing for New Holland B110 and B115 engines is made from chrome-moly alloy steel with surface heat treatment and hardening to withstand cylinder pressures up to 20 MPa and operating temperatures up to 250 degrees Celsius. The internal diameter ranges from 50 to 52 millimeters, with a length of approximately 60 millimeters. The contact surfaces with the shaft and connecting rod are finished to 0.01 millimeter smoothness. Wear-resistant coating and nitriding treatment extend the service life up to 12,000 operating hours. Surface hardness ranges from 58 to 62 Rockwell C, and the friction coefficient with the crankshaft is controlled between 0.08 and 0.11.

In the design of the New Holland B110 and B115 bushing, oil distribution is engineered to ensure uniform friction and efficient heat transfer to the oil. Mechanical resistance to instantaneous shock reaches 1200 Nm. Each bushing weighs approximately 0.25 to 0.3 kilograms and is mounted directly on the connecting rod using a standard groove. Chemical resistance to engine oil and additives is guaranteed up to 95 percent, and thermal deformation is limited to less than 0.03 millimeters.

Electrogen Two-Speed Electric Motor

The Electrogen two-speed electric motor is designed with power ratings ranging from 0.37 to 30 kilowatts and operates at a voltage of 380 volts. This single-phase and three-phase motor offers two operating speeds of 1500 and 3000 revolutions per minute, allowing speed selection according to industrial requirements. With an insulation class of F and an IP54 protection rating, this motor is resistant to dust and moisture. It operates at a frequency of 50 Hz and guarantees energy efficiency compliant with the IE2 standard. The motor’s weight and dimensions vary depending on power and are designed for quick and safe installation.

Mechanically, the motor shaft diameter ranges from 19 to 50 millimeters depending on the model, providing high torque capacity under various load conditions. The copper windings are enamel-coated, ensuring excellent thermal conductivity and durability. The cooling system is of the IC411 type, which uses forced airflow to reduce internal temperature. Additionally, vibration and noise levels are minimized, and the motors comply with international standards ISO 9001 and IEC to ensure reliable and stable performance.

Construction engine components

Construction engine components include pistons, rings, connecting rod bushings, crankshafts, and hydraulic pumps made from alloy steel and high-strength aluminum to withstand cylinder pressures up to 25 MPa and operating temperatures up to 300 degrees Celsius. Dimensions and tolerances are CNC-controlled, with surface precision measured up to 0.01 millimeters. All components are reinforced with heat treatment, nitriding, and wear-resistant coatings, ensuring service life up to 12,000 operating hours. The friction coefficient between contact surfaces is maintained between 0.08 and 0.12, and instantaneous load capacity reaches 2000 Nm.

In the design of construction engine components, oil flow and cooling pathways are engineered to ensure optimal heat transfer and lubrication. Mechanical resistance to instantaneous shocks and severe vibrations is guaranteed, with thermal deformation below 0.05 millimeters. Component weight varies from 0.2 to 35 kilograms depending on application, allowing direct installation on the engine block and chassis using standard bolts and shafts. Stable operation within -20 to 300 degrees Celsius is ensured.

Bonfiglioli direct shaft gearbox

The Bonfiglioli shaft-mounted gearbox series delivers robust power transmission solutions for heavy-duty industrial applications. Engineered with hardened helical or bevel-helical gearing, these units achieve torque ranges from 100 Nm to 18,000 Nm with efficiency levels exceeding 94%. The compact shaft-to-shaft design eliminates alignment issues while offering multiple mounting positions for flexible installation. Featuring cast iron housings with precision-machined surfaces, these gearboxes withstand extreme operational stresses and environmental conditions. Their advanced sealing system IP65/IP66 options ensures reliable performance in dusty or wet environments, while the maintenance-friendly design allows easy access to lubrication points.

Bonfigliolis direct shaft-mounted configuration reduces mechanical losses and space requirements compared to traditional gearmotor setups. The optimized gear geometry minimizes vibration and noise levels below 70 dBA at rated speed. Standard models include torque arms with adjustable positioning and corrosion-resistant surface treatments. With optional anti-backlash versions achieving

Komatsu dump truck injector pump

The Komatsu dump truck injector pump is made of high-strength alloy steel and can withstand operating pressures up to 2200 bar. The pump delivers diesel fuel at a flow rate of 150 L/min with milliliter-level precision to the engine injectors. Its overall length is 320 millimeters, and the body diameter is 120 millimeters, allowing direct mounting on the engine. The internal shaft is designed to withstand a torque of 450 N·m, and the internal surfaces are precisely finished to reduce friction and extend service life. The pump has been tested to endure burst pressures up to 3000 bar and maintains stable performance in ambient temperatures from -20 to 85°C.

The injector pump is compatible with fuel systems of Komatsu heavy-duty dump truck diesel engines. It weighs 18 kilograms, and its ergonomic design allows easy installation and maintenance. Pressure and fuel flow control valves are engineered to maintain injection accuracy within 0.1 milliliters. The internal lubrication system, operating at 25 bar, prevents premature wear. Stable operation under vibration and shock maximizes engine longevity and fuel system efficiency.

ITR construction machinery sprocket

The ITR construction machinery sprocket is engineered to transfer power and motion to the track in heavy machinery drive systems. It is made of hardened alloy steel with tensile strength of 1000 MPa and surface hardness of 45-50 HRC. The internal diameter is designed to fit the machine shaft, with tolerances below 0.02 mm ensuring precise installation and slip-free rotation. Teeth surfaces are wear-resistant and coated against corrosion, providing a service life of up to 5000 operating hours under heavy-duty conditions. The sprocket design ensures uniform force distribution on the track while reducing friction.

The ITR sprocket can withstand dynamic loads up to 15 tons and offers high fatigue resistance. Each sprocket weighs approximately 35 kilograms and is installed using corrosion-resistant bolts and precise tolerances. Industrial bearings with high radial and axial load capacity ensure smooth operation and reduced system vibration. All components are manufactured according to ISO 6336 and ASTM A572 standards, ensuring durability and consistent performance of construction machinery under heavy-duty operating conditions.

Shokoh Electronics GW 10 A4 Air Pressure Switch

The GW 10 A4 air pressure switch from Shokoh Electronics is a precise and reliable device designed to control air pressure in various ventilation and heating systems. This product is engineered to measure low pressures up to approximately 10 mbar and utilizes a diaphragm pressure sensor mechanism that provides quick and accurate response to pressure changes. Its simple yet durable mechanical structure, along with the capability for precise switch point adjustment, makes this pressure switch suitable for diverse applications including fans, boilers, and HVAC equipment.

Structurally, the housing of this model is made from materials with high resistance to moisture, heat, and corrosion, and it typically carries an IP54 protection rating, making it ideal for installation in industrial and semi-open environments. Its compact design and standard electrical and mechanical connections ensure easy installation and setup for technicians. Additionally, its stable performance and high reliability under various operating conditions have made this product one of the trusted choices in the air pressure control equipment market.

Shokoh Electronics GW 150 A4 Air Pressure Switch

The Shokoh Electronics GW 150 A4 air pressure switch is a precision device designed for medium-pressure applications such as industrial ventilation systems, steam boilers, and burners. It can control air pressure up to 150 mbar and uses a diaphragm-based mechanism with an adjustable spring, enabling accurate setting of the switch point. Key features of this model include precise operation, fast response time, and high sensitivity, making it suitable for environments that demand high safety and reliability.

Structurally, the GW 150 A4 pressure switch is built with durable materials resistant to environmental factors such as moisture, corrosion, heat, and vibration. It typically offers an IP54 protection rating, which ensures resistance to dust and water splashes and makes it suitable for installation in industrial and semi-outdoor settings. This model is equipped with standard mechanical and electrical connections, allowing for quick and easy installation by technicians. Its compact design and high reliability make it a practical and safe solution for sensitive projects and industrial facilities.

connecting rod bolt

The connecting rod bolt is manufactured from chrome-moly alloy steel with surface heat treatment and hardening to withstand axial loads up to 2000 Nm and operating temperatures up to 250 degrees Celsius. Thread diameter ranges from 12 to 18 millimeters, and length varies between 45 to 65 millimeters. Threads are CNC-machined with tolerances under 0.02 millimeters. The bolt surface is reinforced with corrosion-resistant coating and nitriding to increase wear and fatigue resistance. Surface hardness is controlled between 50 and 60 Rockwell C, and ultimate tensile strength reaches 1200 MPa.

In the design of the connecting rod bolt, load and stress distribution on the rod grooves is engineered to prevent stress concentration and extend component life. The bolt connection with the bushing and crankshaft allows for resistance to vibrations and instantaneous shock. Each bolt weighs between 0.05 and 0.08 kilograms and can be installed directly on the connecting rod using standard nuts and bolts. Stable operation is ensured within -20 to 250 degrees Celsius, with plastic deformation below 0.03 millimeters.

Shokoh Electronics GW 50 A4 Air Pressure Switch

The Shokoh Electronics GW 50 A4 air pressure switch is designed to monitor and control air pressure within a range of up to 50 mbar, making it ideal for use in ventilation systems, boilers, and heating equipment. It features a precise diaphragm mechanism with an adjustable spring, allowing for highly sensitive switch point calibration. The unit operates mechanically and does not require an external power source, making it a suitable choice for applications where power availability is limited or consistent mechanical performance is essential.

Structurally, the housing is made from industrial-grade materials that offer resistance to moisture, corrosion, temperature fluctuations, and vibration. With a typical IP54 protection rating, the GW 50 A4 is well-protected against dust and water splashes, allowing for reliable operation in industrial and semi-outdoor environments. The device also comes equipped with standard electrical and mechanical connections, ensuring quick and easy installation without the need for specialized tools, making it a user-friendly option for technicians and engineers alike.

WEG Marine Electric Motor from Brazil

The WEG marine electric motor, manufactured in Brazil, is one of the best options for use in marine industries, ports, shipbuilding, and other humid and corrosive environments.
This motor is specifically designed to withstand harsh environmental conditions such as humidity, salt, high pressure, and mechanical shocks, offering reliable and long-lasting performance.

Below are the technical specifications of the WEG marine motor:

Motor Type: Three-phase asynchronous

Protection Class: IP66 resistant to water and dust

Thermal Class: F or H depending on the model

Surface Coating: Epoxy paint resistant to corrosion and UV rays

Housing Material: Cast iron or stainless aluminum

Energy Efficiency: Complies with IE3 or IE4 standards based on request

Output Power: From 0.75 kW to 400 kW

Rotation Speed: 750 to 3600 RPM

Operating Temperature: -20°C to +60°C

Mounting Options: Horizontal and vertical installation available

Standards Compliance: IEC, NEMA, ABS, DNV, Lloyds Register

Contact us now for free consultation and to purchase the WEG marine electric motor!

Impact press pad

Impact-pressed brake pads are a type of industrial brake pad manufactured using hot pressing technology combined with mechanical impacts to increase density and structural integrity. The thickness of these pads typically ranges from 10 to 18 millimeters, with a coefficient of friction between 0.40 and 0.50. Their thermal resistance is guaranteed up to 550 degrees Celsius, and wear rate is less than 0.06 millimeters per 1,000 kilometers under standard operating conditions. The pad’s structure is a composite of carbon fibers, phenolic resins, and metallic particles, providing optimized mechanical and thermal resistance.

These impact-pressed pads can withstand contact pressures up to 4 megapascals and dynamic forces exceeding 1800 newtons. Their surface hardness ranges between 70 and 85 Rockwell C, indicating high resistance to scratching and impact. Optimized grooves on the pad surface help reduce heat buildup and prevent thermal cracking. Due to their durability and high performance, these pads are widely used in heavy industrial machinery and high-pressure braking systems.

Poliran polyethylene inspection tee

The Poliran polyethylene inspection tee is manufactured from high-density polyethylene grade PE100 with an approximate density of 0.955 g/cm³. It is designed to provide access and inspection points in water, sewage, and pressurized irrigation pipelines. The tensile strength of this fitting is about 25 MPa, and impact resistance exceeds 10 kJ/m². Its operating temperature range is 0 to 40°C, and nominal pressure varies from 6 to 16 bar depending on the model. The internal design and angles ensure uniform flow distribution and reduce turbulence in the main pipeline.

Poliran inspection tees are available in butt-weld and electrofusion types, covering diameters from 110 to 400 mm. The butt-weld type is installed using heat fusion, providing reliable sealing and high mechanical strength. These fittings offer excellent resistance to corrosion, cracking, and UV radiation, with a service life exceeding 50 years under normal operating conditions. Manufacturing complies with ISIRI 14427 and ISO 4427 standards, ensuring full compatibility with other Poliran polyethylene pipes.

Shokouh Electronics Dual-Fuel Relay Model G811-UV

The dual-fuel relay Shokouh Electronics model G811-UV is a precise electromechanical relay designed for controlling gas and oil burners. It operates with a supply voltage of 230 volts AC and can handle currents up to 10 amperes. Its response time of less than 15 milliseconds ensures fast and safe operation of control systems. The durable industrial-grade housing provides high resistance against temperature, vibration, and electrical noise, guaranteeing a long product life. The standard base design allows easy installation in electrical panels and burner control systems.

The G811-UV dual-fuel relay features 1 normally open NO and 1 normally closed NC contact, offering high flexibility for various control circuits. Its operating temperature range is from minus 20 to plus 60 degrees Celsius. Low power consumption and compliance with international standards ensure high energy efficiency. The relay is compatible with both digital and analog signals, and its mechanical lifetime exceeds 100,000 operating cycles, providing stable performance and minimizing maintenance requirements.

Industrial, construction, and agricultural hydraulic pumps

Industrial, construction, and agricultural hydraulic pumps are designed to deliver consistent oil pressure and flow in heavy-duty hydraulic systems. The pump housing is made of compacted graphite cast iron GGG40 with compressive strength up to 350 MPa. The main shaft is alloy steel 42CrMo4 with surface hardness between 58 and 62 HRC. Displacement ranges from 25 to 160 cubic centimeters per revolution, with operating speeds between 500 and 2800 rpm. The sealing system uses NBR O-rings resistant to 120°C and pressures up to 320 bar.

Industrial and agricultural hydraulic pumps are produced in gear and piston types with volumetric efficiency above 92 percent. Output flow varies by model from 10 to 240 liters per minute. Precision needle bearings and a dynamically balanced rotor reduce vibration and extend service life beyond 10,000 hours. Inlet and outlet ports use SAE fittings ranging from ½ to 1¼ inches. This design ensures stable operation, minimizes energy losses, and enhances hydraulic system efficiency in construction machinery and agricultural equipment.

Kaijieli Brake Electric Motor

The Kaijieli brake motor is a three-phase induction motor equipped with a DC electromagnetic brake. It is available in a wide range of power outputs from 0.75 kW to 15 kW, and operates at 380 volts with a frequency of 50 Hz, providing stable performance in industrial environments. The motor runs at a rated speed of 1400 RPM, and its DC brake offers fast response and a manual release mechanism, designed for safe and immediate stopping.

This motor has a protection class of IP55, ensuring solid resistance against dust and water. Additionally, the insulation class of the Kaijieli Chinese brake motor is F, and it features an IC411 cooling system with an external fan. In terms of mounting, it supports both foot-mounted B3 and flange-mounted B5/B35 configurations, and is fully compatible with inverters Inverter Friendly. The housing is made of durable cast iron, resistant to impact and corrosion, while maintaining low noise and minimal vibration during operation. These features make it an ideal choice for continuous duty Duty Type S1 in demanding industrial applications.

WEG USA Two-Speed Electric Motor

The WEG USA two-speed electric motor is typically manufactured with power ratings ranging from 0.75 kilowatts to 75 kilowatts, operating at speeds of 1450 and 2900 revolutions per minute. These motors feature an IP55 protection rating, providing high resistance against dust and moisture. With an F-class thermal insulation, they ensure stable performance at temperatures up to 155 degrees Celsius. The two-speed WEG motors are three-phase induction types designed according to IEC standards, delivering a starting torque between 2 to 2.5 times the rated torque.

These two-speed motors are equipped with high-quality copper windings and an advanced ventilation system that helps reduce internal temperature and extend service life. Depending on the power and frame size, the weight varies between 15 to 180 kilograms, and they can be installed in both horizontal and vertical positions. Additionally, the standard operating voltage ranges from 380 to 460 volts AC with a frequency of 50/60 Hz, ensuring full compatibility with industrial power networks.

Excavator Friction Disc

Crane shoe brake pads are made from a combination of organic and mineral materials designed to withstand high pressure and extend service life. Their typical thickness ranges from 12 to 20 millimeters, with a coefficient of friction between 0.35 and 0.48. These pads can endure operating temperatures up to 500 degrees Celsius, and their wear rate is recorded at less than 0.08 millimeters per 1,000 kilometers. The pad structure consists of carbon fibers, phenolic resin, and metal particles, providing optimal mechanical and thermal resistance while preventing thermal cracking.

The compressive strength of crane shoe brake pads reaches up to 28 megapascals, and surface hardness varies between 68 and 82 Rockwell C. Surface groove design enhances ventilation, reducing operating temperature by up to 15 percent. These pads can withstand dynamic forces exceeding 2,000 newtons and maintain stable performance in humid and dusty environments. Their lifespan in heavy industrial crane brake systems is estimated at up to 85,000 braking cycles.

VEM three-phase electric motor

The VEM three-phase German electric motor is one of the best and highest quality industrial electric motor brands in the world. Due to its advanced engineering design and Germany’s strict standards, it holds a special position across various industries.

Technical specifications of the VEM three-phase electric motor:

Power range: from a few kilowatts up to several hundred kilowatts

Rated voltage: typically 380V to 690V three-phase

Rotation speed: 750, 1000, 1500, and 3000 rpm

Insulation class: F or H

Protection degree IP: IP54, IP55, or higher resistant to dust and moisture

Cooling type: IC 411 or other types according to IEC standards

Body material: cast iron or aluminum with corrosion-resistant coating

Standards: IEC, DIN, ISO, and European standards

Mounting options: horizontal and vertical installation with base or flange

Winding type: copper

Noise level: less than 75 decibels under normal operating conditions

Energy efficiency: compliant with IE2, IE3, or higher efficiency classes

Automotive refractory bearing L90

The heat-resistant automotive bearing L90 is an advanced, durable product designed to withstand extreme conditions and high temperatures. It is constructed from stainless steel with a heat-resistant coating, offering exceptional resistance to heat, wear, and corrosion. The bearing complies with international standards such as ISO 9001 and DIN 625, ensuring reliable performance. Its dynamic and static load capacities reach 12 kN and 6.5 kN, respectively, enabling smooth, frictionless operation even under heavy loads.

The L90 bearing features dual nitrile rubber seals that prevent dust and moisture ingress. It operates efficiently within a temperature range of -40°C to +250°C, making it ideal for heavy-duty, industrial, and military vehicles. Pre-lubricated with high-temperature grease, it requires minimal maintenance. Its standard dimensions—45mm inner diameter, 90mm outer diameter, and 20mm thickness—are designed in accordance with global engineering standards for optimal compatibility and performance.

ABB explosion-proof electric motor

The ABB explosion-proof electric motor is specifically designed for hazardous industrial environments. These motors are available with protection classes Ex d Flameproof and Ex e Increased Safety, ensuring high resistance against explosions caused by gases and combustible dust. The power range of ABB Ex motors varies from 0.18 kW up to several hundred kilowatts, with speeds adjustable between 750 and 3600 RPM. The housing is typically made of aluminum or cast iron with corrosion-resistant coating, guaranteeing durability under harsh conditions.

These motors comply with international standards such as IECEx and ATEX, ensuring safe operation in explosive gas atmospheres. Their electrical efficiency ranges from IE2 to IE4, and they can operate reliably within a temperature range of -20 to 40 degrees Celsius. Precise mechanical design minimizes vibration and noise while extending bearing life. Advanced control equipment combined with an optimized cooling system ensures reliable and stable performance of the explosion-proof motor.

construction hydraulic pump

The construction hydraulic pump is engineered to deliver high pressure and stable flow in heavy machinery control and power transmission systems. It is an axial piston type with a swash plate design, offering a displacement capacity between 45 and 180 cubic centimeters per revolution. Operating pressure ranges from 250 to 350 bar, with a peak pressure tolerance up to 420 bar. The housing is made of cast aluminum alloy with a 25-micron hard nickel inner coating for wear resistance. The operating temperature range is from -25°C to +110°C.

Construction hydraulic pumps feature over 93 percent volumetric efficiency and optimized flow paths to minimize pressure loss. The input shaft is made of hardened 16MnCr5 steel with heat treatment for durability. Sealing is achieved with FKM O-rings resistant to mineral oils and pressures up to 400 bar. Roller bearings with a 40 kN radial load capacity extend pump life beyond 12,000 hours. These properties ensure reliable and continuous performance in excavators, loaders, and bulldozers.

romani tractor brake

The Romanian tractor brake pad is manufactured using a combination of carbon fibers, phenolic resin, and mineral materials, providing thermal resistance up to 480°C. The thickness of these pads varies between 10 and 18 millimeters, with a friction coefficient ranging from 0.38 to 0.46. The wear rate is less than 0.07 millimeters per 1000 kilometers, and their compressive strength has been reported up to 25 megapascals. Due to their dense and cohesive structure, these pads perform reliably against thermal cracks and dynamic forces exceeding 1500 newtons.

The surface hardness of the Romanian tractor brake pad measures between 65 and 78 Rockwell C. The design of surface grooves enhances heat exchange and reduces operating temperature by up to 14 percent. These pads perform well in humid and dusty environments, with an estimated service life of up to 80,000 braking cycles under standard conditions. Their primary application is in braking systems of industrial and agricultural tractors.

Track Chain without Shoes for Construction Machinery

The ITR track chain without shoes is engineered for power and motion transmission in excavator and bulldozer track systems. It is made of hardened alloy steel with tensile strength up to 1000 MPa, and the internal teeth are surface-hardened to 45-50 HRC for high wear and pressure resistance. The pitch ranges from 160 to 200 mm, and pin thickness is approximately 50 mm, ensuring stability and long-term durability. All joints are manufactured with tolerances below 0.05 mm to provide smooth, slip-free operation in the system.

The ITR track chain without shoes offers high fatigue resistance and can withstand dynamic loads up to 20 tons, operating in temperatures from -30°C to +80°C. Each meter of chain weighs approximately 75 kilograms, and the tooth design distributes forces evenly, reducing point pressure on shafts and wheels. All components are produced according to ISO 13565 and ASTM A572 standards, ensuring durability and consistent performance of the tracked system.

Shokoh Electronics GW 3 A4 Air Pressure Switch

The Shokoh Electronics GW 3 A4 air pressure switch is a high-precision device designed for low-pressure applications. This model can measure and control air pressure up to approximately 3 mbar and utilizes a diaphragm mechanism with an adjustable spring, allowing precise adjustment of the switch point. Its fast response and stable performance make it widely used in small heating systems, air conditioning units, and safety equipment.

Structurally, the GW 3 A4 pressure switch features a body resistant to moisture, corrosion, and temperature variations, making it suitable for installation in industrial and semi-outdoor environments. It typically comes with an IP54 protection rating, offering significant resistance against dust and water splashes. Standard mechanical and electrical connections ensure quick and easy installation. Its compact design and lightweight construction make this pressure switch an ideal choice for confined spaces and sensitive projects.

ITR Construction Machinery Fork

The ITR construction machinery fork is engineered for handling and stabilizing heavy loads in construction and mining equipment. It is made of hardened alloy steel with tensile strength up to 950 MPa and a wear- and corrosion-resistant surface of 40-45 HRC. The fork arms are approximately 1200 mm long with a total width of 400 mm, ensuring stability and uniform load distribution. The chassis attachment design with tolerances below 0.05 mm allows quick and secure installation, preventing slippage and unwanted movement.

The ITR fork offers high fatigue resistance and can withstand dynamic loads up to 10 tons, operating in temperatures from -30°C to +80°C. The total weight is around 85 kilograms, and the load contact surface is designed with precise curvature to reduce point pressure. All components are manufactured according to ISO 1052 and ASTM A36 standards, ensuring durability, safety, and consistent performance under heavy-duty operating conditions.

Types of superchargers for construction machinery: loaders, bulldozers, graders, and excavators

Superchargers for construction machinery include mechanical types Roots and Twin-Screw and turbochargers positive pressure to increase engine intake air volume. Operating pressure ranges from 0.5 to 2.5 bar, with outlet air temperatures up to 150°C. Airflow capacity varies between 500 to 5000 liters per minute depending on engine and machine type. Shafts and rotors are made of alloy steel with 55–60 HRC hardness, with maximum RPM up to 20,000 for turbos and 6,000 for mechanical superchargers.

Superchargers are equipped with double-sided bearings, high-pressure lubrication, and oil/air cooling systems to maintain engine temperature. Installation and tuning follow ISO 9001 and SAE J726 standards to ensure accurate air pressure and volume across all engine speeds. Components feature aluminum or hard chrome coating for wear and corrosion resistance, with a service life of up to 10,000 hours under industrial conditions.

LEROY SOMER Dual-Speed Electric Motor

The LEROY SOMER Dual-Speed Electric Motor, with its dual windings or pole-changing capability, allows users to switch between two different speeds based on the process requirements. This flexibility makes it an ideal choice for a wide range of industrial applications.

Key Features of the LEROY SOMER Dahlander Dual-Speed Motor:

Country of origin: France

Housing material: Aluminum and cast iron depending on motor power

Power range: From 0.18 kW to 132 kW

Two operating speeds e.g. 750/1500 RPM for better adaptability in industrial processes

High efficiency and optimized energy consumption, compliant with IE2 and IE3 standards

Robust design for harsh industrial environments

Low noise and minimal vibration, ideal for noise-sensitive areas

Easy installation and low-maintenance design

Contact our specialists now to receive expert advice and the best price for your LEROY SOMER dual-speed motor.

12V 12000 LBS Front-Mounted Electric Winch for Vehicles

High-Performance 12V 12000 LBS Vehicle Winch at the Best Price
Looking for a powerful and reliable winch for off-road adventures, vehicle recovery, or heavy-duty hauling? The 12V 12000 LBS front-mounted electric winch is the perfect solution for off-roaders, pickup truck owners, Jeeps, and utility vehicles. With its high pulling power, durable construction, and ergonomic design, it’s built to perform in the toughest conditions — from mud and sand to snow and steep inclines.

Whether you
e tackling off-road challenges or managing emergency recovery operations, this winch ensures you always stay in control.

📞 Contact Lifting Abzar today for expert advice and the latest pricing.
Our specialists are here to help you choose the right winch based on your vehicle type and specific needs. We also offer fast shipping and full technical support for a seamless buying experience.

Fara Electric industrial electronic descaler model EDS150i

The Fara Electric industrial electronic descaler model EDS150i is an advanced device designed to control scale formation and prevent limescale buildup in small to medium industrial and utility systems. Using electronic technology and high-frequency signals, it modifies calcium and magnesium ions without chemicals, preventing scale in pipes, boilers, heat exchangers, and pumps. This model supports flow rates up to 150 cubic meters per hour, making it ideal for small to medium industrial systems.

The Fara Electric EDS150i descaler features a durable body and easy installation, operating on 220V single-phase power with 50/60 Hz frequency. Its operation is completely silent, does not reduce water pressure, and requires no mechanical maintenance. Compliant with CE and RoHS standards, this model significantly extends the lifespan of industrial equipment, boilers, and heating systems.

Fara Electric industrial electronic descaler model EDS150

The Fara Electric industrial electronic descaler model EDS150 is an advanced device designed to control scale formation and prevent limescale buildup in industrial and utility systems. Using electronic technology and high-frequency signals, it modifies calcium and magnesium ions without chemicals, preventing scale formation in pipes, boilers, heat exchangers, and pumps. The flow capacity of this model reaches 150 cubic meters per hour, making it suitable for medium to large industrial systems.

The Fara Electric EDS150 descaler features a durable body and easy installation, operating on 220V single-phase power with 50/60 Hz frequency. Its operation is completely silent, does not reduce water pressure, and requires no mechanical maintenance. Compliant with CE and RoHS standards, this model significantly extends the lifespan of industrial equipment, boilers, and heating systems.

Victor cover O-ring

The Victor cover O-ring is made of NBR elastomer with 70 Shore A hardness, ensuring stable sealing under hydraulic pressure up to 25 bar and operating temperatures from -40°C to 120°C. The inner diameter typically ranges from 20 to 80 mm, with thickness between 2 and 6 mm. The O-ring has a full circular cross-section, designed according to ISO 3601 standards to ensure uniform radial and axial pressure distribution and zero leakage in cover connections.

The O-ring surface is CNC-finished, and hydraulic leak testing is performed at 1.25 times the standard operating pressure. Wear resistance and compatibility with industrial oils VG 32 to VG 68 are guaranteed. Installation uses a press-fit with metal guide rails to limit displacement, corrosion, and deformation to less than 0.1 mm during operational life, ensuring durability in harsh industrial environments.

Fara Electric industrial electronic descaler model EDS200

The Fara Electric industrial electronic descaler model EDS200 is an advanced device designed to control scale formation and prevent limescale buildup in industrial and utility systems. Using electronic technology and high-frequency signals, it modifies calcium and magnesium ions without chemicals, preventing scale in pipes, boilers, heat exchangers, and pumps. This model supports flow rates up to 200 cubic meters per hour, making it ideal for medium to large industrial systems.

The Fara Electric EDS200 descaler features a durable body and easy installation, operating on 220V single-phase power with 50/60 Hz frequency. Its operation is completely silent, does not reduce water pressure, and requires no mechanical maintenance. Compliant with CE and RoHS standards, this model significantly extends the lifespan of industrial equipment, boilers, and heating systems.

Construction machinery chains

Construction machinery chains are typically made of heat-treated alloy steel with surface chrome plating to enhance wear, fatigue, and corrosion resistance. Chain widths range from 150 to 700 millimeters, with lengths from 1 to 10 meters depending on the equipment type. Dynamic load capacity per link ranges from 5 to 50 tons, and operating temperature is designed from -20°C to 120°C. Rollers and pins have 50 to 60 HRC hardness and are pre-lubricated with grease under pressure up to 5 bar.

Chains undergo precise dimensional and functional inspection, with epoxy or nickel anti-corrosion coating for harsh industrial and soil environments. Pin spacing and link pitch are designed according to ISO 1677 and DIN 8165 standards. Chain installation and tensioning are performed with hydraulic or mechanical tools, ensuring a service life exceeding 20,000 hours.