Industrial Machinery

16mm carbon steel eye bolt

Eye bolt is actually a type of screw and is also known as eye bolt in English. Male dynamo hooks are used in very small sizes from 2 mm to heavy sizes such as 36 mm in steel and steel grades.
Eye bolt has two parts, and the screw at the end is integrally connected to a ring. Male dynamo hook in steel grades is often used for lifting heavy industrial machinery such as dynamo, engine and gearbox. The type of surface ribs of dynamo hook is Coarse thread, which has the ability to suspend a higher amount of load.

eye nut M12

The eye bolt is produced by hot forging method and after production it is geared to create connection capability. The eye nut with a more limited use and the male dynamo hook with a wider use are two of the main categories of this industrial connection. The eye nut is used both as a connection with the chain sling strings and as a connection with the towing wire sling strings.
The eye nut is actually named this way due to having internal threads in the form of beads. This series of hooks is used to connect to screw-shaped supports placed by industrial machinery manufacturers for lifting purposes.

Pirelli conveyor belt

Pirelli conveyor belt is a product of Italy, which is sold in the market in widths of 60 to 110 cm. The Italian Pirelli brand was initially a producer of high-grade industrial machinery tires, and in the last few decades, it has also started producing conveyor belts. The conveyor belt of this industrial brand is suitable for mineral joints such as cement industries with very high wear ability.
Having quality standards such as BV in France and GL in Germany and safety standards such as CE in Europe are among the quality characteristics of Pirelli Italy belts. Polyurethane PU polymer compounds with polymer additives that increase the tensile and wear capabilities of Pirelli conveyor belts increase the life and durability of this industrial belt for mining applications.

22210 CCW33C3 bearing

The bearing **22210 CCW33C3** is a tapered roller bearing that is commonly used in automobiles and industrial machinery.

galvanized eye bolt

Eye bolt is produced in low iron grades, cast iron grades, and steel grades. In lifting bar, dynamo hook steel grades that are produced by hot forging method are often used. The dynamo hook is produced both in male form, which has a screw-shaped protrusion, and in female form, which has a threaded hole for connecting to the screw in lifting heavy industrial machinery.

OPTIBELT DELTA CHAIN ​​Carbon polyurethane timing belt

The OPTIBELT DELTA CHAIN Carbon polyurethane timing belt represents one of the most advanced generations of industrial timing belts, offering exceptional performance in power transmission and tensile strength thanks to its multi-layered structure and carbon fiber reinforcement technology. The belt is made of wear-resistant, high-temperature polyurethane and features a carbon core to ensure maximum stability against stretching, deformation, and tearing. Its precisely engineered tooth profile is compatible with standard industrial pulleys, enhancing efficiency and reducing noise in mechanical systems.

A standout feature of this belt is its extremely long service life, even under high loads and at high speeds, making it an ideal choice for industrial machinery, automation systems, packaging equipment, and other precision-driven applications. Additionally, its excellent resistance to oil, chemicals, and UV radiation allows for reliable performance in harsh industrial environments and variable working conditions. The belts maintenance-free operation, easy installation, and reduced overall upkeep costs are further advantages that make the DELTA CHAIN Carbon a highly competitive solution.

Timing belt open circuit

The open circuit timing belt is a key component in power transmission and position control systems used in industrial machinery and automation equipment. Unlike endless belts, it is produced without a loop and typically supplied in rolls or custom-cut lengths. This open design allows users to cut the belt precisely to the required system length. Featuring accurately spaced teeth designed to mesh perfectly with timing pulleys, the belt is commonly made from polyurethane reinforced with Kevlar or steel cords, ensuring high tensile strength, precise motion control, and long-lasting durability.

Open circuit timing belts are widely used in linear motion systems, industrial printers, CNC machines, packaging equipment, and robotic applications. These belts offer excellent resistance to wear, oil, chemicals, and harsh environmental conditions. Their maintenance-free operation and easy installation make them a cost-effective choice. Additionally, the availability of various tooth profiles and the ability to support applications that require precise positioning make the open circuit timing belt a reliable and flexible solution for engineers and industrial designers.

MEGADYNE timing belt meter

The MEGADYNE timing belt by the meter is an advanced and flexible solution for power transmission in industrial machinery, offering the convenience of being cut and adjusted to the desired length based on user requirements. These belts are typically made from high-quality, wear-resistant polyurethane, which provides excellent durability against abrasion, tearing, oils, and industrial chemicals. The inner core of MEGADYNE belts is reinforced with steel or aramid cords to maintain long-term tensile stability and ensure precise motion control while preserving flexibility.

The toothed surface of these belts is engineered with precision using standard profiles such as T, AT, or HTD to maximize engagement with timing pulleys and eliminate slippage. These timing belts by the meter are ideal for use in conveyor systems, automation equipment, industrial printers, and packaging machines. The ability to customize length and easily fabricate closed-loop belts is another key technical advantage, making them a perfect choice for continuous and adaptable production lines.

Plain coated V-belt

The plain coated V-belt is made of durable rubber with a special outer coating that enhances its resistance to wear and various environmental conditions. Designed for power transmission in mechanical systems operating at moderate speeds and loads, the V-shaped structure ensures optimal contact with pulleys and improves transmission efficiency. The outer coating not only protects the rubber base but also prevents the penetration of dust, moisture, and oil, significantly extending the service life of the belt.

Inside the belt, reinforcing fibers are embedded to increase tensile strength and prevent excessive stretching. These features, combined with the belt’s flexibility, make the plain coated V-belt an ideal choice for use in a wide range of industrial machinery, agricultural equipment, and power transmission systems. In addition, the belt offers high resistance to elevated temperatures and harsh operating environments, delivering quiet and slip-free performance that enhances the overall efficiency of mechanical systems.

Ribbed V-belt

The Ribbed V-belt combines the features of flat belts and traditional V-belts, making it suitable for power transmission in high-speed mechanical systems with medium to heavy loads. Its structure includes multiple longitudinal ribs on the inner surface, which increase the contact area with pulleys and ensure even load distribution. This design reduces slippage, enhances transmission efficiency, and provides smooth and quiet operation. The belt is typically made from heat- and oil-resistant rubber, and its internal structure is reinforced with industrial cords or aramid fibers to improve tensile strength and durability.

Thanks to its multi-ribbed design and high flexibility, the Ribbed V-belt performs exceptionally well in compact spaces and systems with small pulley diameters. It is ideal for use in compressors, HVAC systems, industrial machinery, generators, and automotive equipment. The belt operates efficiently at high speeds without sacrificing performance and offers excellent resistance to harsh environmental conditions. Its unique design also reduces pulley wear, contributing to a longer service life for the entire power transmission system.

OPTIBELT V-belt, Germany

The OPTIBELT V-belt, manufactured in Germany, is designed using advanced technology and high-quality raw materials for power transmission in industrial and automotive systems. Its precise V-shaped structure ensures optimal contact with pulleys, reducing slippage and enhancing system efficiency. The rubber compound is resistant to wear, heat, and oil, guaranteeing long-lasting durability and the ability to withstand harsh working conditions and variable environments.

Inside the OPTIBELT belt, high-strength reinforced fibers are used to maintain tensile strength and dimensional stability against pressure and stretching. These features enable the belt to deliver stable, quiet, and high-efficiency performance across a wide range of industrial machinery and vehicles. Strict quality control and high manufacturing standards have made OPTIBELT a reliable and popular choice in the global market.

V-belt Megadyne Germany

The Megadyne V-belt, manufactured in Germany, is designed using high-quality raw materials and advanced technologies to ensure maximum efficiency in power transmission for industrial and automotive systems. This belt features a precise and durable V-shaped structure that guarantees optimal contact with pulleys, minimizing slippage. The rubber compound is resistant to wear, heat, and oil, enhancing the belt’s durability under demanding working conditions and ensuring consistent performance over time.

Additionally, the Megadyne V-belt incorporates reinforced internal fibers that provide high tensile strength and resistance to stretching and tearing. These characteristics allow the belt to operate reliably, quietly, and with a long service life across various temperatures and environments. Strict quality control and rigorous manufacturing standards make Megadyne belts an ideal choice for a wide range of industrial machinery and power transmission applications.

OPTIBELT coated trapezoidal belt

The OPTIBELT coated trapezoidal power transmission belt is a high-quality product in the power transmission industry, engineered for stable and reliable performance under various working conditions. These belts feature a trapezoidal cross-section that enhances grip on pulleys and minimizes slippage during power transfer. The protective coating—typically made from reinforced rubber or wear-resistant materials—significantly extends service life and improves resistance to environmental factors such as dust, humidity, and heat.

Manufactured using advanced compounds such as natural rubber reinforced with polyester or aramid cords, OPTIBELT belts offer high tensile strength and dimensional stability under heavy-duty conditions. These belts are available in a range of sizes and profiles to suit industrial machinery, transmission lines, compressors, and precision mechanical systems. Quiet operation, smooth power delivery, and compatibility with high-speed applications make this product an ideal choice for demanding professional environments.

Optibelt trapezoidal power transmission belt

The Optibelt trapezoidal power transmission belt, designed with precision and made from high-quality raw materials, ensures efficient and durable power transmission in various industrial machinery. These belts feature a trapezoidal cross-section that increases friction and improves grip on pulleys, preventing slippage during operation. The reinforced structure includes tension-resistant cords that provide dimensional stability and resistance to high tensile forces, significantly extending the product’s service life.

Thanks to its ability to withstand heavy loads and maintain stable performance at high speeds, the Optibelt belt is an ideal choice for diverse industrial applications such as power transmission systems, compressors, and agricultural machinery. Additionally, its excellent resistance to heat, oil, and varying environmental conditions enables reliable operation under demanding working environments. The design facilitates power transfer with minimal noise and vibration, enhancing overall system efficiency.

SITI solar gearbox

The SITI planetary gearbox utilizes advanced planetary gear technology to deliver smooth, precise, and highly efficient power transmission for industrial systems. Featuring a modular structure with extensive customization options, this gearbox adapts perfectly to diverse industrial requirements including steel plants, cement factories, power stations, and mining operations. Its key advantages include multiple reduction ratios, high torque capacity, and compact dimensions - all contributing to enhanced operational efficiency and reduced energy consumption in industrial machinery.

From a technical perspective, the SITI planetary gearbox boasts a durable housing constructed from premium materials such as die-cast iron or hardened steel, ensuring exceptional resistance to mechanical stress and harsh environmental conditions. The advanced lubrication system combined with high-performance bearings and bushings guarantees extended service life and uninterrupted operation even under extreme temperatures and heavy loads. The multi-stage gear design enables high reduction ratios without significant increases in size or weight, optimizing installation space and simplifying maintenance procedures. Precision-engineered components ensure minimal vibration and noise levels below industry s

Sharif Helical Gearbox

The Sharif Helical Gearbox is an advanced product in the field of industrial power transmission, utilizing high-precision helical gears to deliver smooth and quiet operation. Engineered with precise design and high-quality materials, this gearbox is capable of transmitting high torque while simultaneously handling radial and axial loads. Its modular design and versatile mounting options provide flexibility for use in production lines, conveyor systems, and various industrial machinery. Compliance with international standards ensures its quality and long-lasting durability.

Structurally, the Sharif Helical Gearbox features a robust housing made from cast iron or aluminum alloy, offering high resistance to mechanical stress and environmental corrosion. The gears are manufactured through precise heat treatment and grinding processes to guarantee optimal performance and extended service life. Advanced sealing systems and high-quality bearings reduce friction and prevent oil leakage, enabling easy and efficient maintenance. The Sharif helical gearbox is easily coupled with different electric motors and provides reliable performance under heavy and continuous operating conditions.

Oztekfen Helical Gearbox

The Oztekfen helical gearbox is designed using advanced technologies and high-quality materials to deliver stable and reliable performance across various industries. Its helical gears enable power transmission with minimal vibration and noise, significantly improving transmission efficiency. The robust housing is made from corrosion- and heat-resistant alloys, ensuring long service life and durability under harsh working conditions. Additionally, the variety of gear ratios allows users to select the gearbox precisely according to the specific requirements of their industrial systems.

Structurally, the Oztekfen helical gearbox is engineered for easy and quick installation and maintenance, which helps reduce operational costs. Its advanced lubrication system and efficient ventilation guarantee flawless operation and high durability of internal components. Compliant with international standards and incorporating modern technologies, this gearbox is an ideal choice for heavy-duty applications, conveyors, industrial machinery, and power transmission systems that require continuous and reliable performance.

Chinese brake motor

The Chinese brake motor is one of the most widely used options across various industries. This type of electric motor, equipped with an internal braking system, offers the ability to quickly stop the output shaft—an essential feature for production lines, industrial machinery, cranes, conveyors, and CNC machines. If you are looking to purchase an affordable electric motor with acceptable quality and a reasonable service life, a Chinese brake motor can be a suitable choice.

Some users may be concerned about the quality of Chinese products, but many electric motor manufacturers in China have obtained international certifications such as CE and ISO in recent years. Therefore, by choosing a Chinese brake motor and selecting reputable brands such as Yongkun, Jie, Teco China, or Huali, you can benefit from reliable performance and solid engineering.

Siemens three-phase brake motor

The Siemens brake motor is one of the best choices for industrial applications that require fast and safe stopping.

Technical specifications of the Siemens brake motor SIEMENS motor:

Motor type: Three-phase induction motor

Power: From 0.37 kW up to 30 kW depending on project requirements

Operating voltage: 380 to 415 volts, 50/60 Hz

Motor speed: 750, 1000, 1500, 3000 RPM

Insulation class: F or H for higher thermal durability

Brake type: Electromechanical brake with fast response speed

Protection class: IP55 for resistance against dust and moisture

Body construction: Aluminum or cast iron depending on model and application

Suitable for: Production lines, transport equipment, cranes, presses, and other industrial machinery

For specialized consultation and pricing information about Siemens three-phase brake motors, please contact our experts.

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

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.

bloked pads

Clutch brake pads for impact presses are critical components in the power transmission systems of heavy industrial machinery, designed to withstand high compressive and thermal stress. These pads typically have a thickness ranging from 8 to 14 millimeters and are composed of copper fibers, phenolic resin, and ceramic additives. Their coefficient of friction falls between 0.38 and 0.48, ensuring consistent performance across operating temperatures from 100 to 450 degrees Celsius. The wear rate is reported to be less than 0.06 millimeters per 1,000 operating cycles.

The compressive strength of these pads is measured up to 22 megapascals, with a surface hardness ranging from 65 to 80 Rockwell C. Engineered with segmented grooves and a mesh surface design, they provide improved ventilation and reduce operating temperatures by up to 18 percent. These pads can handle torque loads exceeding 200 newton-meters and maintain stable performance even in dusty or humid environments. Their service life is estimated between 50,000 and 70,000 cycles in forging machines and impact presses.

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.