Protection

Stud Bolt ASTM A 193 B16

ASTM A193 B16 stud bolts are made from alloy steel containing chromium, molybdenum, and vanadium, engineered to withstand high pressure and temperature conditions. This grade offers a tensile strength range of 860 to 1030 MPa and a yield strength between 690 and 860 MPa. Quench and temper heat treatment enhances both hardness and thermal resistance. The recommended operating temperature for B16 stud bolts reaches up to approximately 510°C. These bolts are manufactured in diameters from 1/4 inch to 2.5 inches, with either inch or metric threads. Thread types comply with UN or M standards and are typically used with ASTM A194 Grade 4 or 7B nuts.

The surface of B16 stud bolts is typically offered in black oxide, galvanized, or phosphate coatings to provide corrosion protection. The average density of the alloy is approximately 7.85 g/cm³, and its hardness ranges from 200 to 300 Brinell. Thread dimensional tolerances follow Class 2A standards to ensure maximum grip and structural safety. These stud bolts are used in assembling boilers, heat exchangers, high-pressure flanges, and turbines. The ASTM A193 B16 standard outlines precise chemical, mechanical, and performance requirements for high-pressure applications in petrochemical and power generation industries.

Excavator and loader bucket teeth and corners

Excavator and loader bucket teeth and corners are manufactured from chromium-molybdenum alloy steel with tensile strength exceeding 1400 megapascals to ensure high durability in tough environments. After quenching and tempering heat treatment, surface hardness ranges between 48 and 55 Rockwell C, preventing rapid wear in soil and rock. The geometric design of the teeth provides a penetration angle below 30 degrees, enhancing digging efficiency. Corner thickness ranges from 35 to 60 millimeters and is produced by forging to improve mechanical strength and structural uniformity.

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The weight of excavator and loader bucket teeth and corners varies from 5 kilograms to 85 kilograms, with installation performed using hardened steel pins. Surface protection is achieved through epoxy paint and anti-corrosion phosphate coating with thickness between 25 and 40 microns to ensure durability in humid conditions. Service life of bucket teeth is estimated between 400 and 800 hours under standard operating conditions, while corners exceed 1200 hours. These components are precisely engineered to deliver optimal performance in mining, construction, and heavy-duty operations.

Throttle knob -7-6

The throttle knob -7-6 for construction machinery is an electromechanical control component responsible for precise regulation of fuel input to the engine. Its housing is made from die-cast aluminum with hard anodized coating, providing wear resistance above 70 HRC. The internal potentiometer operates with a measurement error below 0.5 percent, ensuring smooth and stable engine control. Operating temperature range extends from minus 40 to plus 120 degrees Celsius, and the internal circuitry is designed to withstand vibrations up to 20 g.

The throttle knob -7-6 weighs approximately 0.8 to 1.2 kilograms and features IP67 protection against water and dust ingress. Operating voltage ranges from 5 to 24 volts DC with a power consumption below 50 milliamperes. Connection cables are 1.5 millimeters in diameter and insulated with PVC resistant to temperatures up to 150 degrees Celsius. The operational lifespan of this component exceeds 150000 throttle adjustment cycles under standard conditions, highlighting its long-term durability.

air conditioning and heater panels, both old and new series

The air conditioning and heater panels, both old and new series, are made from engineering-grade ABS plastic with heat resistance up to 120 degrees Celsius and high impact strength. New series panels measure 450×230×80 millimeters, while old series panels are 430×210×75 millimeters. Internal design includes airflow channels and adjustable fins ranging from 0 to 90 degrees, ensuring uniform air distribution in the cabin. Electrical durability of switches and heating elements exceeds 5000 standard cycles, and service life is over 10 years.

Panels feature quick-mount points on the chassis and standard 12-volt DC wiring. The new series includes digital temperature and fan speed control with ±2-degree Celsius accuracy and 10-amp current. Internal ducting reduces vibration and air noise, and heater elements have thermal protection to prevent heat damage. Ergonomic design ensures easy driver access to switches and controls.

Komatsu-6 Excavator Crankshaft Front Damper

The Komatsu-6 excavator crankshaft front damper is made of hardened alloy steel and heat- and vibration-resistant rubber. Its outer diameter is 170 millimeters, and the shaft inner diameter is 48 millimeters. The total weight of the damper is approximately 3.8 kilograms and it can absorb torque shocks up to 550 Nm. The internal multilayer design, including springs and elastomeric rubber, reduces engine vibrations up to 110 Hz. The operating temperature range is -40 to 150°C, and the exterior is coated for corrosion resistance and oil protection. This damper is designed for installation on diesel engine crankshafts of heavy machinery.

The internal structure includes a steel core, metal discs, and fatigue- and wear-resistant rubber layers. The spacing between discs and rubber thickness is precisely controlled within ±0.1 millimeters to maximize vibration absorption and service life. The damper undergoes dynamic and vibration testing according to ISO 1940 and can withstand over 100,000 operational cycles without failure. Shaft attachment uses standard bolts and keys to ensure complete stability and safe engine performance.

ZF 4WG190 and 4WG210 Transmission Travel Pump

The ZF 4WG190 and 4WG210 transmission travel pumps are made of aluminum alloy and wear-resistant steel. Their displacement ranges from 190 to 210 cc per revolution, and they can withstand operating pressure up to 35 MPa. The pump shaft is machined with H7 tolerance and supports radial loads up to 2500 N. Internal blades feature a nitrided coating with surface hardness of 60 HRC to reduce wear and efficiency loss. Operating temperature ranges from 0 to 120°C, and lubrication is provided with hydraulic oil of 32 to 68 cSt viscosity. Internal channel design minimizes turbulence and increases volumetric efficiency up to 92%.

The pump consists of a housing, blades, shaft, and sealing assembly. Shaft diameter ranges from 25 to 30 millimeters, and total pump length is 180 to 220 millimeters. Inlet and outlet ports are designed with standard SAE threads, supporting flow rates up to 120 liters per minute. Housing bolts are torqued to 80 N·m. Vibration resistance reaches 3000 oscillation cycles, and environmental corrosion protection is ensured. Optimized pump design provides stable transmission performance and extended hydraulic system lifespan.

Caterpillar D9G Bulldozer Exhaust

The exhaust system of the Caterpillar D9G bulldozer is made of stainless steel with heat resistance up to 950°C. The outlet pipe diameter ranges from 140 to 170 millimeters, and wall thickness is designed between 6 and 8 millimeters. The connection system includes a steel flange with bolts resistant to 200 N·m torque. The internal catalyst uses a platinum-rhodium alloy with an active surface area of 7000 cm². Ceramic coating inside the exhaust reduces surface temperature by up to 70% and extends the components service life to 14,000 operating hours. Aerodynamic flow design decreases backpressure by 20% and reduces exhaust noise by up to 15 dB.

The exhaust structure includes a manifold, mid-pipe, and muffler with heat-resistant coating. Total system length ranges from 3 to 3.5 meters, with a pipe deflection angle between 15 and 20 degrees. Welded joints are performed using TIG technology, and exhaust gas pressure tolerance reaches 3.8 bar. Total system weight is approximately 140 to 160 kg, with engine vibration resistance up to 2500 oscillation cycles and environmental corrosion protection. Optimized design ensures stable performance and extended component lifespan.

Caterpillar D8N Bulldozer Exhaust

The exhaust system of the Caterpillar D8N bulldozer is made of stainless steel with heat resistance up to 900°C. The outlet pipe diameter ranges from 130 to 160 millimeters, and wall thickness is designed between 5 and 7 millimeters. The connection system includes a steel flange with bolts resistant to 180 N·m torque. The internal catalyst uses a platinum-rhodium alloy with an active surface area of 6000 cm². Ceramic coating inside the exhaust reduces surface temperature by up to 65% and extends the components service life to 12,000 operating hours. Aerodynamic flow design decreases backpressure by 18% and reduces exhaust noise by up to 12 dB.

The exhaust structure includes a manifold, mid-pipe, and muffler with heat-resistant coating. Total system length ranges from 2.8 to 3.2 meters, with a pipe deflection angle between 12 and 18 degrees. Welded joints are performed using TIG technology, and exhaust gas pressure tolerance reaches 3.5 bar. Total system weight is approximately 130 to 150 kg, with engine vibration resistance up to 2200 oscillation cycles and environmental corrosion protection. Optimized design ensures stable performance and extended component lifespan.

6BT Oversized Cylinder Head Gasket

The 6BT oversized cylinder head gasket is made of alloy steel with a multilayer coating, resistant to heat up to 300°C. The inner diameter of the cylinders is 105 mm, and the oversized thickness of this gasket is 1 mm greater than the standard. The multilayer design, with a steel core and nickel-copper coating, provides resistance to combustion pressures up to 100 bar. Chemical resistance to engine oil and coolant is ensured according to ASTM D471 standards. The gasket features oil and water control grooves that optimize fluid flow and prevent leakage between the cylinder head and block. The part weighs approximately 0.8 kg, and the cylinder head contact surface is machined with 0.02 mm precision.

The oversized design compensates for cylinder wear and extends engine life. Hole patterns are aligned with the 6BT engine standard, allowing easy installation with a torque of 25 N·m. Alternating thermal resistance from -20°C to 300°C prevents deformation and cracking. The gasket surface is coated for corrosion protection and pre-lubricated, ensuring a service life of up to 150,000 km. This design guarantees precise cylinder compression and optimal performance of 6BT diesel engines.

Three automatic systems for 70 tools checking lathe machines

The 70 Tools Czech automatic chuck for lathes features a hardened steel construction with a clamping accuracy of less than 0.015 millimeters. It can hold tools with diameters ranging from 3 to 20 millimeters. The chuck weighs approximately 1.6 kilograms and has a body diameter of 70 millimeters. Its overall length is about 150 millimeters, and the maximum permissible rotation speed reaches up to 6000 RPM. The spring-loaded automatic locking mechanism enables fast and secure tool changes, optimizing machine performance during turning operations. The body is coated with corrosion-resistant and wear-resistant protection for extended service life.

The 70 Tools Czech automatic chuck complies with DIN 6349 and DIN 238 standards and is designed for use on both manual and CNC lathes. Its precision jaw system features replaceable hardened jaws, making it suitable for continuous use in production lines. The engineered anti-vibration design improves surface finish, reduces tool wear, and increases operational stability. This chuck is an ideal choice for industrial applications and high-volume manufacturing.

5 ton toyo hook hoist

The 2-way single-speed electric crane with a 5-ton capacity features a powerful 7.5 kW motor operating at 380 volts, enabling load lifting up to 12 meters. Its hoist speed reaches 8 meters per minute, equipped with a magnetic brake system that stops in less than 0.5 seconds. The 6 mm thick steel structure with anti-corrosion coating provides 450 MPa tensile strength, ensuring high resistance to bending and torsion. Under standard operating conditions, the expected service life of the motor and wire rope is approximately 10,000 hours.

This crane comes with a remote control offering a 20-meter operational range and positioning accuracy of ±2 centimeters. The full-load current consumption is 16 amperes, with an overall electrical and mechanical system efficiency of around 92 percent. Overload protection up to 105 percent of nominal capacity and motor thermal sensors with automatic shutdown ensure operator safety and reduce equipment failure. Easy maintenance with direct access to mechanical and electrical components minimizes downtime and repair costs.

toyo 2 ton hoist with trolley

The 4-way two-speed electric crane with a 2-ton capacity from TOYO features a rail trolley system, enabling smooth horizontal movement along tracks up to 15 meters. Its dual-speed hoist allows lifting speeds of 4 and 8 meters per minute, adapting to precise or rapid load handling. The crane’s motor is rated at 3.7 kW with 380 volts supply, delivering high torque and reliable performance under continuous operation. The steel frame, 5 mm thick with anti-corrosion coating, provides 420 MPa tensile strength and resistance to bending and torsion. The expected service life of the motor and wire rope under standard working conditions reaches approximately 8000 hours.

Equipped with a remote control operating within 20 meters, the crane achieves positioning accuracy of ±2 centimeters. Full-load current consumption is 12 amperes, and system efficiency reaches 90 percent. Overload protection up to 110 percent of nominal capacity and integrated thermal sensors ensure operator safety. Easy maintenance is supported by direct access to mechanical and electrical components, minimizing downtime and reducing repair costs, making this crane suitable for industrial and workshop applications.

TOYO 10 ton hoist

The 10-ton four-way two-speed TOYO electric crane features a main motor of 15 kW operating at 380 volts, capable of lifting loads up to 15 meters. Its dual-speed hoist provides lifting rates of 3 and 6 meters per minute, allowing precise or rapid load handling. The 8 mm thick steel structure with anti-corrosion coating offers 460 MPa tensile strength and high resistance to bending and torsion. Under standard operating conditions, the expected service life of the motor and wire rope is approximately 12,000 hours, with overall system efficiency measured above 93 percent. This crane is designed for industrial and workshop environments handling heavy loads continuously.

Equipped with a rail trolley and remote control with a 25-meter operational range, the crane achieves positioning accuracy of ±2 centimeters. Full-load current consumption reaches 35 amperes, while overload protection up to 110 percent of nominal capacity and integrated motor thermal sensors ensure operator safety. Easy maintenance with direct access to mechanical and electrical components minimizes downtime and repair costs. The fast and smooth magnetic brake system allows precise load stopping in under 0.5 seconds.

7.5 ton toyo hoist

The 7.5-ton four-way two-speed TOYO electric crane features a rail trolley system, enabling smooth horizontal movement along tracks up to 12 meters. Its main motor is rated 11 kW with a 380-volt supply, capable of lifting loads up to 14 meters in height. The dual-speed hoist provides lifting rates of 3.5 and 7 meters per minute, allowing precise or rapid load handling. The 6 mm thick steel structure with anti-corrosion coating offers 450 MPa tensile strength and high resistance to bending and torsion. Under standard working conditions, the expected service life of the motor and wire rope is approximately 10,000 hours, with overall system efficiency measured above 91 percent.

Equipped with remote control with a 20-meter operational range, the crane achieves positioning accuracy of ±2 centimeters. Full-load current consumption reaches 28 amperes, while overload protection up to 110 percent of nominal capacity ensures operator safety. Motor thermal sensors and fast magnetic brakes allow precise load stopping in less than 0.5 seconds. Easy maintenance with direct access to mechanical and electrical components minimizes downtime and reduces repair costs.

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

2 ton toyo hoist with hook

The TOYO 2-ton electric chain hoist, 2-function model with hook, is designed with a rated capacity of 2000 kg and powered by an electric motor of approximately 3 to 3.5 kW. Its lifting speed is about 6 meters per minute, making it suitable for handling medium to heavy loads in industrial environments. The load chain is made of heat-treated alloy steel with a diameter of 8 to 10 mm, while the standard lifting height ranges from 6 to 9 meters. A forged steel hook with a safety latch ensures secure load handling.

The load chain of this hoist is manufactured according to EN 818 standards in grade G80 or G100, providing high tensile strength and resistance against heavy-duty applications. The trolley system is designed to operate on IPE or INP beams with spans of 2 to 6 meters, allowing horizontal load movement. Reinforced steel wheels equipped with heavy-duty bearings ensure smooth, vibration-free travel, while the robust trolley frame prevents deformation under stress.

The safety factor of the TOYO 2-ton chain hoist is typically rated between 1.25 and 1.5 times the nominal capacity, meaning it can withstand test loads of 2500 to 3000 kg. An electromagnetic brake, overload protection, and motor thermal cut-off enhance safety and operational reliability. This hoist is widely use

500kg hoist with trolley

The TOYO 0.5-ton electric chain hoist, 4-function single-speed model, has a rated lifting capacity of 500 kg and is powered by an electric motor of approximately 1 to 1.2 kW. Its lifting speed in single-speed mode is around 6 to 7 meters per minute, making it suitable for handling light to medium loads. The load chain is made of heat-treated alloy steel with a diameter of 5 to 6 mm, and the standard lifting height typically ranges from 3 to 6 meters. A forged steel hook with a safety latch ensures secure load handling.

The chain used in this hoist is manufactured according to EN 818 standards and usually in G80 grade, providing excellent resistance to tensile stress and sudden shocks. The trolley is designed for use on IPE or INP beams, enabling horizontal movement in two directions. Steel wheels equipped with high-quality bearings ensure smooth travel, while the reinforced trolley frame prevents deformation under continuous load.

The safety factor of the TOYO 0.5-ton hoist is defined between 1.25 and 1.5 times the rated capacity, equivalent to a test load of 625 to 750 kg. An electromagnetic brake and overload limiter enhance operational safety, while motor thermal protection prevents damage from excessive loading. This model is highly efficient and economical for assembly

TOYO 1 ton dual hoist

The TOYO 1-ton electric chain hoist, 4-function dual-speed model, has a rated capacity of 1000 kg and is powered by an electric motor of approximately 2 to 2.5 kW. Its dual-speed lifting system provides a low speed of about 3 meters per minute and a high speed of about 6 meters per minute, suitable for precise and fast load handling. The load chain is made of heat-treated alloy steel with a diameter of 6 to 8 mm, and the standard lifting height typically ranges from 3 to 6 meters. A forged steel hook with a safety latch ensures secure load handling.

The chain used in this hoist is manufactured according to EN 818 standards and in G80 grade, offering high resistance to tensile stress and mechanical shocks. The trolley is designed to operate along IPE or INP beams and is generally suitable for spans of 2 to 6 meters. Steel wheels equipped with high-quality bearings ensure smooth, vibration-free travel, while the reinforced trolley frame prevents deformation under continuous load.

The safety factor of the TOYO 1-ton hoist is typically rated between 1.25 and 1.5 times the nominal capacity, equivalent to a test load of 1250 to 1500 kg. An electromagnetic brake, overload limiter, and motor thermal protection enhance both safety and durability. This hoist is ideal for industrial w

TOYO 3 ton dual hoist with trolley

The TOYO 3-ton electric chain hoist, 4-function dual-speed model with trolley, has a rated capacity of 3000 kg and is powered by an electric motor of approximately 5.5 to 7.5 kW. Its dual-speed lifting system provides a low speed of about 3 meters per minute and a high speed of about 6 meters per minute, allowing precise and fast handling of heavy loads. The load chain is made of heat-treated alloy steel with a diameter of 10 to 12 mm, and the standard lifting height ranges from 6 to 12 meters. A forged steel hook with a safety latch ensures secure load handling.

The chain used in this hoist is manufactured according to EN 818 standards in industrial grade G80 or G100, offering high resistance to tensile stress and mechanical shocks. The trolley is designed to operate along IPE or INP beams and is suitable for spans of 2 to 6 meters. Steel wheels with durable bearings ensure smooth, vibration-free travel, while the reinforced trolley frame prevents deformation under continuous load.

The safety factor of the TOYO 3-ton chain hoist is typically between 1.25 and 1.5 times the nominal capacity, equivalent to a test load of 3750 to 4500 kg. An electromagnetic brake, overload limiter, and motor thermal protection enhance safety and durability. This hoist is widely used in steel i

TOYO 5 ton single speed hoist with trolley

The TOYO 5-ton electric chain hoist, 4-function single-speed model with trolley, has a rated capacity of 5000 kg and is powered by an electric motor of approximately 7 to 8 kW. Its single-speed lifting system operates at about 5 meters per minute, suitable for handling heavy loads with moderate precision. The load chain is made of heat-treated alloy steel with a diameter of 12 to 14 mm, and the standard lifting height ranges from 6 to 12 meters. A forged steel hook with a safety latch ensures stable and secure load handling.

The chain used in this hoist is manufactured according to EN 818 standards in industrial grade G80 or G100, providing high resistance to tensile stress and mechanical shocks. The trolley is designed for IPE or INP beams, allowing horizontal movement of loads. Steel wheels with durable bearings ensure smooth, vibration-free travel, while the reinforced trolley frame prevents deformation under continuous loads.

The safety factor of the TOYO 5-ton chain hoist is typically rated between 1.25 and 1.5 times the nominal capacity, equivalent to a test load of 6250 to 7500 kg. An electromagnetic brake, overload limiter, and motor thermal protection enhance safety and durability. This hoist is widely used in steel industries, assembly workshops, large constructio

14mm stainless steel wire rope

The 14 mm non-magnetic stainless steel wire rope is typically manufactured with a 7X19 construction and offers excellent corrosion and rust resistance. Its austenitic stainless steel composition allows the rope to perform reliably in marine and humid industrial environments without deformation or surface damage. A natural chromium oxide layer on the surface prevents direct contact with moisture and chlorides, extending the rope’s service life.

The alloy composition of the 14 mm non-magnetic stainless steel rope includes approximately 16–18% chromium, 10–14% nickel, and 2–3% molybdenum. This combination provides high chemical resistance, corrosion protection, and significant mechanical strength. Its tensile strength typically ranges from 1570 to 1770 N/mm², enabling it to safely carry heavy industrial loads.

The unit weight of the 14 mm non-magnetic stainless steel wire rope is approximately 1.0 to 1.05 kilograms per meter. This value depends on strand count, wire diameter, and stainless steel density. Accurate weight information is essential for designing suspended structures, cranes, and industrial lifting systems, ensuring precise dead load calculations.

Applications of the 14 mm non-magnetic stainless steel rope are diverse, including marine industries, archi

3mm stainless steel wire rope

The 3mm grade stainless steel wire rope is manufactured from corrosion-resistant 316 stainless steel, offering excellent oxidation and chemical resistance. Its unit weight is approximately 0.055 kg per meter, making it ideal for precise and delicate applications. The rope consists of multiple fine strands twisted together, providing high flexibility and dynamic load capacity. The 316 grade contains 16-18% chromium and 10-14% nickel, enhancing its durability in wet and acidic environments. These features make this wire rope suitable for marine, medical, and food industry uses where hygiene and longevity are critical.

With a diameter of 3mm, this stainless steel wire rope is commonly used in light suspension systems, force transmission mechanisms, and cable protection applications. Its high tensile strength and durability reduce frequent replacements even in harsh conditions. The 316 stainless steel grade resists abrasion and mechanical stress, supporting static loads up to approximately 400 Newtons. Moreover, it maintains its shape and resists rusting, ensuring long service life across various operational environments.

2mm stainless steel wire rope

The 2mm stainless steel wire rope, grade 316, has a unit weight of approximately 0.025 kg per meter. It is made from stainless steel containing 16-18% chromium and 10-14% nickel, providing excellent corrosion resistance against continuous seawater exposure. The wire rope typically features a 7x7 strand construction, with seven strands each composed of seven fine wires. This design ensures optimal flexibility and tensile strength. These characteristics enhance durability and lifespan in marine and humid industrial environments, preventing rust and material degradation.

In engineering applications, the 2mm 316 stainless steel wire rope is commonly used in light suspension systems, control mechanisms, and cable protection. It can withstand static loads up to approximately 250 Newtons and resists abrasion and mechanical stresses effectively. The stranded construction distributes load evenly, reducing early fatigue failure. Due to its high corrosion resistance and flexibility, this wire rope is widely applied in marine, oil and gas, and medical industries where reliability and longevity are critical.

6mm DIYACO PVC coated wire rope

The 6mm coated wire rope from DIYACO Japan has a unit weight of approximately 0.20 kilograms per meter. It features a 7x19 galvanized steel core that provides both high flexibility and excellent resistance to dynamic loads. The outer PVC or TPU coating adds protection against moisture, UV radiation, and chemical exposure. This consistent structure and weight distribution ensure smooth motion through pulleys and reduce fatigue under continuous operation, making it ideal for both industrial and gym-related applications.

DIYACO’s 6mm coated wire rope is used in industrial systems such as heavy-duty automatic doors, light hoisting equipment, cable guidance systems, and robotic motion setups. In the fitness industry, it is commonly used in high-end gym machines including multi-station systems and commercial stack-loaded equipment. The soft outer coating protects pulleys and components from damage and reduces noise during operation. Its durability under high usage cycles makes it a preferred choice for commercial gyms.

The steel core is made of heat-treated carbon steel with a tensile strength of up to 2000 newtons depending on rope length and working conditions. The 7x19 construction offers a balance between flexibility and strength, allowing the rope to bend easily while main

Motovario helical gearbox

The Motovario helical gearbox series delivers high-efficiency power transmission for industrial applications, featuring precision-engineered helical gearing with torque capacities ranging from 100 Nm to 15,000 Nm. These gearboxes achieve exceptional mechanical efficiency up to 96% through optimized tooth profiles and premium bearing systems. The cast iron or aluminum housing options provide superior heat dissipation and corrosion resistance, while the modular design allows for multiple mounting positions foot-mounted, flange-mounted, or shaft-mounted configurations. With backlash as low as 5 arc-minutes in precision models, these units ensure smooth operation and accurate positioning. Standard models feature IP55 protection, with optional IP66 sealing available for harsh environments. The advanced lubrication system extends maintenance intervals up to 20,000 operating hours.

Motovarios helical gear technology reduces operational noise levels below 68 dBA while minimizing vibration for enhanced system longevity. The hardened and ground gear teeth case-hardened to 60 HRC provide extended service life even under continuous heavy loads. These gearboxes support various input options including IEC-standard motor flanges and direct shaft connections. Thermal optimization maintains