Industrial Polyurethane Eagle Timing Belt

Key Selling Points:

High Torque Transmission: Thanks to its high-strength belt core and optimized tooth design, it achieves high torque transmission, meeting the power transmission needs of various mechanical equipment with minimal energy loss.
Maintenance-Free or Minimal Maintenance: The excellent properties of polyurethane materials result in a low coefficient of friction and wear rate, eliminating the need for frequent lubrication and tension adjustments, reducing equipment downtime for maintenance, and lowering maintenance costs.
Easy Installation: The self-guiding characteristics simplify belt installation, eliminating the need for complex alignment adjustments and additional edge guards, improving installation efficiency and reducing installation difficulty.

Polyurethane Eagle Timing Belts Post-processing

Specially treated fabric

Synthetic rubber teeth

Aramide tension member

Synthetic rubber backing

Product Experience

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Product Description

Polyurethane herringbone timing belts offer advantages such as precise transmission and low noise. Their core selling points include self-guiding properties and high torque transmission, making them widely used in applications such as automated production lines. The following is a detailed introduction:

Product Advantages

Precise Positioning: The helical tooth design provides tight engagement with the pulley, precise transmission ratios, and high-precision positioning. They offer excellent reliability in linear positioning and medium-sized power transmission applications.
Low Noise and Vibration: The helical tooth design ensures smooth engagement between the belt and pulley, significantly reducing operating noise by approximately 19dB compared to straight-tooth synchronous belts. It also effectively reduces vibration.
Self-guiding: The self-guiding feature eliminates the need for flanges on the synchronous pulleys to maintain accurate belt positioning during transmission, reducing installation and maintenance.
High Tensile Strength: Belts typically utilize a high-tensile-strength steel core or high-strength materials such as aramid, offering high tensile strength and fatigue resistance. They can withstand high tension, transmit high power, and have a long service life. Good Wear Resistance: Made of thermoplastic polyurethane, it is highly wear-resistant and resistant to oil, gasoline, benzene, UV rays, and ozone. It can operate in a variety of harsh environments, with an operating temperature range of -30°C to +80°C.

Automotive Industry

Industrial Automation and Production Lines

This field demands extremely high precision and continuity in transmission. Herringbone-tooth polyurethane synchronous belts, with their low vibration and zero-deviation advantages, effectively ensure production efficiency and product consistency. Typical applications include:

Automated Assembly Lines: Such as assembly lines for electronic components (chips, sensors, connectors) and automotive parts (small motors, wiring harnesses). Synchronous belts, through precise transmission ratios, drive conveyors or robotic arms to achieve synchronized "positioning-grabbing-assembly" movements, avoiding part misalignment caused by transmission errors. Their low-noise characteristics also improve the workshop working environment.

Packaging Machinery: Suitable for food packaging (such as snack sealing machines, beverage bottle labeling machines) and pharmaceutical packaging (such as capsule filling lines, infusion bag sorting machines). Polyurethane is oil-resistant and resistant to mild chemicals, allowing it to come into contact with food-grade or pharmaceutical-grade environments. Its self-guiding properties eliminate the need for additional edge guards, reducing material jamming during packaging and improving packaging speed and yield.

Conveying systems: Used for light to medium-duty material transport, such as logistics sorting lines (scanning and conveying express parcels) and PCB board conveying in electronics factories. Compared to chains, they require no lubrication, experience less wear, and avoid oil contamination of materials (especially suitable for electronic components and food).

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