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.

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

SN 526 KG Two-Piece Bearing Made in China

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The SN 526 KG two-piece bearing made in China is one of the most widely used products across various industries, designed for both heavy and light machinery. Its two-piece structure allows for easy installation and replacement, while ensuring high durability and flawless performance for your industrial equipment.

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If you are looking for a high-quality two-piece bearing for industrial machinery or a durable bearing with a long service life for heavy equipment, our team is ready to provide expert advice and fast product delivery.

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.

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.

Industrial timing belts

Timing belts are engineered from polyurethane or natural rubber materials, capable of withstanding temperatures ranging from -20°C to 100°C. Belt widths typically range from 6 to 50 millimeters, with thicknesses varying between 3 and 15 millimeters. These belts feature precisely engineered teeth with depths between 2 and 6 millimeters, ensuring accurate synchronization and preventing slippage in power transmission systems. Tensile strength ranges from 2000 to 6000 Newtons per centimeter of width, enhanced by internal reinforcement with polyester fibers or steel cords.

The internal reinforcement system of timing belts is commonly made from Aramid fibers or stainless steel, guaranteeing high durability and flexibility. These belts resist industrial oils, abrasion, and ultraviolet radiation, with an estimated service life exceeding 7 years. Compliance with ISO 9001 and DIN EN standards during production ensures the quality and precise performance of timing belts across various industrial machinery applications.

Multi-Rib Power Transmission Belt

A multi-rib power transmission belt is designed for high-efficiency mechanical power transfer and can transmit several kilowatts of power simultaneously. The width and depth of the ribs are manufactured with ±0.1 mm accuracy to minimize slippage and maximize surface contact. The materials are typically a combination of heat-resistant polymers and steel-reinforced fibers, providing tensile strength up to 5000 N. The rib angle and spacing are designed according to DIN 7867 or ISO 9981 standards to reduce vibration while extending belt life. Wear resistance and an operating temperature range of -30 to 120°C ensure stable performance under various industrial conditions.

In engineering design, the minimum bending radius and tensile safety factor are critical for belt longevity and preventing premature failure. Tensile and fatigue tests on CNC dynamometers ensure elongation remains below 0.5%. Chemical resistance against oil, grease, and water vapor enhances long-term reliability. The friction coefficient between the rib and pulley is precisely controlled to 0.02, achieving mechanical efficiency above 95%. Using this belt in industrial machinery and heavy-duty vehicles reduces maintenance costs and prevents unexpected power transmission downtime.

galvanized cap head screw

Galvanized Allen bolts are typically made from carbon steel grades 8.8 and 10.9, with tensile strength ranging from 800 to 1040 MPa. These bolts have diameters between 4 and 24 millimeters and lengths ranging from 10 to 200 millimeters. They are manufactured according to DIN 912 and ISO 4762 standards and feature an internal hexagonal head with a 90-degree angle. Cold or hot-dip galvanizing increases resistance to corrosion and rust in humid and industrial environments. The coating thickness ranges from 5 to 25 microns, providing long-term protection against oxidation.

The threading of galvanized Allen bolts is produced to DIN and ISO standards with a dimensional tolerance of ±0.15 millimeters. Thread pitch usually ranges from 0.7 to 2.5 millimeters and is available in both full-thread and half-thread variants. Surface hardness after heat treatment and galvanizing reaches 35 to 45 HRC, improving wear resistance and preventing plastic deformation. These bolts are widely used in construction, automotive, and industrial machinery due to their high strength and long-lasting durability, making them ideal for high-stress connections.

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.