Covering Yarn Clutch Facing Manufacturers

The main materials of this series are ordinary medium-alkali (alkali-free) glass fiber core, core spun yarn by the consisting of chemical fiber wrapping, imported styrene-butadiene rubber 1502, ordinary phenolic resin and organic friction modifier. The products adopt the traditional rubber soaking technology and German engineering which greatly improves its strengths and wear resistance, thus is applied to various types of cars. The main varieties include: FST016, FST018-2, etc. 

The Main Performance Index 
1. Density: 1.90±0.1g/cm²
2. Hardness: HRL40-90
3. Bending strength≥50 (N/mm2), Maximum strain ≥15 (10-3mm/mm).
4. Friction and Wear Properties meet the demand of the below table:

Temperrature ℃

100

150

200

250

300

More 100

Friction Coefficient(μ)

0.45±0.07

0.45±0.08

0.45±0.09

0.45±0.10

0.45±0.11

0.45±0.07

Wear Rate (v) 10-7cm3 (N.m)

≤0.15%

≤0.20

≤0.25

≤0.30

≤0.35

/

ABOUT US
Taizhou First Rivet Co.,Ltd.
As a famous Custom Covering Yarn Clutch Facing Company and Covering Yarn Clutch Facing Manufacturers,Taizhou First Rivet Co.,Ltd. founded in 1991, is a specializes in researching, developing, producing and selling bolts and rivets manufacturers and factory. It covers an area of 13,834 square meters and has convenient transportation.

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Our main customers are domestic first-class and second-class OEM suppliers, and our automobile hollow rivets and other products are exported to
Europe, America,the Middle East, Africa, Southeast Asia and more than 20 countries.

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Industry Knowledge Extension

How Does Covering Yarn Clutch Facing Perform in Special Operating Environments?

Covering yarn clutch facings can provide reliable and efficient operation under demanding conditions. The following are their performance characteristics :

(1)Heat Resistance: Covering yarn clutch facings are engineered to withstand high temperatures generated during clutch engagement. They are designed to resist heat and maintain their integrity without significant degradation or loss of performance. This heat resistance ensures consistent and reliable operation, even in hot environments.

(2)Frictional Properties: These clutch facings allow for effective transmission of torque between the clutch components. They are formulated to provide sufficient grip and friction characteristics to ensure smooth engagement and disengagement of the clutch, even under high-stress conditions. The materials used in covering yarn clutch facings are carefully selected to optimize frictional performance and prevent slippage.

(3)Wear Resistance: In high-stress operating environments, clutch facings are subjected to significant wear due to repeated engagements and disengagements. Covering yarn clutch facings are designed with wear-resistant materials and structures to withstand the demands of heavy-duty applications. They offer a longer service life and maintain their performance over extended periods of use, reducing the frequency of replacements and associated downtime.

(4)Structural Stability: The structural stability of covering yarn clutch facings is crucial for their performance in high-stress environments. They are designed to maintain their shape and integrity, even under extreme loads and operating conditions. This stability ensures consistent and predictable clutch performance, reducing the risk of premature failure.

(5)Thermal Conductivity: Effective thermal conductivity is essential for dissipating heat generated during clutch engagement. Covering yarn clutch facings are designed to efficiently transfer heat away from the contact surface, preventing overheating and thermal damage to the clutch system. This characteristic contributes to the overall reliability and durability of the clutch in hot or high-stress environments.

(6)Material Compatibility: Covering yarn clutch facings are engineered to be compatible with the other components of the clutch system, including the clutch plate and flywheel. They are designed to minimize wear and damage to these components, ensuring optimal performance and longevity of the entire clutch assembly.

How Does Covering Yarn Clutch Facing Improve Clutch Performance?

Covering yarn clutch facing is a specialized type of clutch-facing material that is designed to improve the durability and performance of a clutch system. Unlike conventional clutch facing materials, which are made from composite materials, covering yarn clutch facings utilize high-strength yarns that are wrapped tightly around the clutch facing material. This process creates a significantly stronger and more durable material that is capable of withstanding higher levels of stress and temperature.

One of the key benefits of covering yarn clutch facing is improved durability. The high-strength yarns used in this type of clutch facing material are significantly stronger and more resistant to wear and tear than the composite materials used in conventional clutch facings. As a result, covering yarn clutch facings are able to withstand higher levels of stress and temperature, making them ideal for high-performance applications.

Another key benefit of covering yarn clutch facing is enhanced heat resistance. When a clutch system is engaged, friction is created between the clutch plate and the pressure plate. This friction generates heat, which can cause clutch facings to overheat, glaze, and lose their effectiveness. However, covering yarn clutch facings are designed to withstand higher levels of heat than conventional clutch facings, helping to prevent slipping and glazing and improving clutch performance and efficiency.

Covering yarn clutch facing can also improve clutch engagement, resulting in smoother and more consistent shifting performance. With conventional clutch facing materials, clutch engagement can be jerky and unpredictable, which can result in decreased performance and efficiency. However, covering the yarn clutch facing offers a smoother and more consistent engagement, which translates to improved performance and efficiency.

Finally, covering the yarn clutch facing can help to reduce wear and tear on other clutch system components, such as the clutch plate and pressure plate. This is because covering yarn clutch facings are less likely to slip or glaze, which can cause excessive wear and tear on these components. As a result, covering yarn clutch facings can help to extend the life of a clutch system, reducing the need for costly repairs and replacements.

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