Mona-High-Performance Friction Materials Engineered for Excellence
We have been specializing in the production of high-quality clutch friction materials for over 18 years. By continuously improving friction material formulations and refining production technology to meet the diverse needs of the automotive, industrial, and racing markets, we now have a comprehensive product line and mature production of dry and wet clutch friction materials, making them the preferred choice of many customers worldwide.The superior material properties of our copper based and paper based friction materials provide customers with high torque transmission and a long product life.
Our friction materials are widely used in various clutch components, including clutch discs, clutch plates, and clutch buttons, as well as specialized clutch racing products. Their excellent reliability, temperature stability, and wear resistance have earned them widespread acclaim from dealers and end customers.
We typically offer both standard and custom specifications. All clutch friction materials are tested in-house according to strict international standards, and our formulations are continuously optimized to meet specific customer needs. We are committed to innovation and quality, continuously optimizing friction coefficients to achieve optimal wear rates, ensuring higher performance and operational safety.
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Meeting ISO Standards Paper Friction PlateMaterial: Copperview more
Technology: Sintered
Minimum order: 300pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days -
Compatible Paper Based Friction MaterialMaterial: Copperview more
Technology: Sintered
Minimum order: 300pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days -
Wet Disc Clutch with Advanced MaterialMaterial: Copperview more
Technology: Sintered
Minimum order: 300pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days -
Wet Clutch Friction MaterialMaterial: Copperview more
Technology: Sintered
Minimum order: 300pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days -
Durable Wet Clutch Pack Meeting ISO StandardsMaterial: Copperview more
Technology: Sintered
Minimum order: 300pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days -
Wet Clutch MaterialMaterial: Copperview more
Technology: Sintered
Minimum order: 300pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days -
Performance Bronze Clutch Facing KitMaterial: Copperview more
Technology: Sintered
Minimum order: 300pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days -
Advanced Racing Clutch Plate with 4 PadsMaterial: Copperview more
Technology: Sintered
Minimum order: 300pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days -
High Performance Racing Clutch Friction DiscMaterial: Copperview more
Technology: Sintered
Minimum order: 300pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days -
High Efficiency Cushion Button ClutchMaterial: Copperview more
Technology: Sintered
Minimum order: 100pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days -
High Reliability Sintered Clutch ButtonMaterial: Copperview more
Technology: Sintered
Minimum order: 100pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days -
Premium Copper Clutch ButtonMaterial: Copperview more
Technology: Sintered
Minimum order: 100pcs
Payment term: T/T;L/C;O/A
Delivery date: 30days
Your Professional Clutch Friction Material Supplier!
Hangzhou Mona Trading Co., Ltd.,as an international trading company under Zhejiang Hongwei Auto Parts Co., Ltd.,located in Hangzhou, China, was founded in May 2007 as the former Hangzhou Xingma Automotive parts Company limited, we operate under a dual-engine strategy combining Research and Development-driven manufacturing and global trade. We specialize in clutch disc, clutch plate, clutch button, clutch racing, clutch wet material, paper based friction material, motorcycle brake pads and rivets.
Specification
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Product name |
Meeting ISO standards Paper friction plate |
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Item Number |
HW-6033 |
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Measurement |
Dimension:133.5*92*2.7mm;45 interior teeth |
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Material |
Paper based |
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Technology |
Die casting process |
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Minimum order |
300Pcs |
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Payment term |
T/T;L/C;O/A |
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Delivery date |
30Days |
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Sample(s) |
Samples will be free of charge,but you are requested to pay freight |
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OEM&ODM |
Welcome |
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Warranty |
365 Days |
Properties of Clutch Friction Material
Frictional Forces
Friction is the force that resists the motion of one solid object against another. The magnitude of friction and the normal force are proportional to the area of contact and are independent of the surface hardness. As speed increases, sliding friction decreases while fluid friction rises.
Static Friction
Static friction occurs when surfaces are stationary relative to each other. The coefficient of static friction indicates how well objects resist motion when at rest. A higher coefficient means there is less slippage between the materials when they start to move.
Sliding Friction
Sliding friction refers to the resistance encountered when two materials slide against each other. This frictional force is determined by the product of the coefficient of sliding friction and the normal force.


Rolling Friction
Rolling friction is the resistance experienced by a wheel or ball as it moves. It is the least intense form of friction. Friction materials are designed to engage with rolling objects to stop them, which is crucial in braking systems.
Kinetic Friction
Kinetic friction, also known as dynamic friction, is the force opposing the motion of moving surfaces. The force acting against the direction of movement depends on the coefficient of kinetic friction between the object and the surface.
Fluid Friction
Fluid friction occurs between layers of fluid as they move relative to one another. This type of friction restricts movement within the fluid or the motion of objects through it. The resistance to flow within the fluid is known as viscosity, and denser fluids exhibit greater resistance to movement.
Dynamic Friction
Dynamic friction arises when an object is in motion and is crucial in the performance of friction materials. Excessive force from the friction material while in motion can lead to slippage and decreased effectiveness. A friction material with a high dynamic coefficient may result in abrupt changes and transitions.
Clamping Force
Clamping force measures the amount of force needed to counteract forces attempting to move an object. For friction materials, clamping force refers to the force the material can exert when in contact with an opposing surface.
Fade
Fade refers to the decrease in effectiveness of a friction material after repeated use. This reduction is primarily caused by a buildup of heat on the friction material's surface. Manufacturers test and assess their materials to ensure prolonged performance and prevent premature fading.

The Formulation of Clutch Friction Material
Friction materials are typically composed of a mixture of various components, including abrasives, resins, fillers, and lubricants. These materials are carefully selected and combined in precise proportions to achieve the desired friction and wear characteristics.
The formulation process begins with the selection of raw materials, which are sourced from specialized suppliers to ensure consistent quality and performance. The raw materials are then carefully weighed and mixed in a controlled environment to create a homogenous blend. The mixing process is crucial, as it directly impacts the final properties of the friction materials. Once the materials are blended, they undergo a series of tests to verify their performance and consistency before being sent to the next stage of production.
Applications of Clutch Friction Material
Friction Disc
Friction discs—also known as clutch discs or brake discs—are essential elements of disc brake systems found in passenger vehicles, commercial trucks, industrial presses, and heavy equipment. Engineered to deliver consistent stopping power, friction discs work by transmitting torque and converting kinetic energy to thermal energy through friction. Friction discs offer high heat resistance, stable wear characteristics, and superior performance under repeated braking cycles, making them ideal for demanding automotive and industrial uses where frequent starts, stops, and heavy loads are common.
Clutch Disc
The clutch disc—sometimes referred to as a clutch lining or friction plate—is a pivotal component of automotive and industrial clutch assemblies. It attaches to the shaft of the transmission and seamlessly connects with the engine flywheel when the clutch pedal is engaged. By temporarily interrupting power from the engine to the transmission, clutch discs enable smooth gear shifting and controlled acceleration or deceleration.
Slip Clutch
A slip clutch, also known as a back torque limiter or overload clutch, is designed to protect the power take-off (PTO) shaft, gearbox, and driveline components of engines and equipment. By enabling controlled slippage when excess torque or unexpected loads occur, the slip clutch offers essential overload protection, preventing irreversible mechanical damage and costly downtime.
Clutch Facing
Clutch facings are high-friction linings affixed to clutch discs, designed to minimize noise and vibration during engagement and disengagement. Their precise engineering allows for smooth, predictable, and reliable clutch operation, delivering consistent frictional interaction under high rotational speeds and temperatures.
Brake Pads
Brake pads are vital friction material components in disc brake systems—used extensively in cars, motorcycles, trucks, buses, and many types of industrial equipment. They are crafted from a variety of friction material formulations, each offering distinct advantages.
Brake Lining
The brake lining—a core friction material—serves as a durable barrier between braking system components, optimizing frictional contact while minimizing direct metal-to-metal wear. Brake linings enhance overall braking efficiency, extend the service life of rotors and drums, and reduce maintenance costs by absorbing and resisting high temperatures generated during stopping.
Brake Block
Brake blocks are a straightforward yet highly effective form of friction material used to halt or slow wheels by direct application of a rigid block against the moving surface. Typically manufactured from rubber, composite, or resin-based materials, brake blocks are commonly seen on bicycle rim brakes, cranes, mining cars, and various industrial machines.
Precautions for Clutch Friction Material
Due to their role in safety-critical systems, clutch friction materials are subject to frequent wear and require regular inspection and maintenance. While their longevity varies based on application and usage intensity, proactive care can maximize performance and prevent costly failures.
Signs of Wear: The most common indicator of brake or clutch material wear is audible squealing or squeaking during operation. If you notice persistent noise or reduced braking effectiveness, inspect the relevant components for thinning, glazing, or contamination.
For braking systems, grinding noises indicate that clutch friction material is worn through, potentially causing damage to metal rotors or drums. Prompt replacement is essential to avoid more expensive repairs and maintain safe operation.
Another common issue is contamination from oil or brake fluid leaks. “Brake chatter,” characterized by vibrating noises, often signals the presence of contaminants. If detected, repair the source of the leak and replace both pads or linings simultaneously to maintain even wear and consistent braking performance.
Regularly scheduled inspections, proper bedding-in procedures for new materials, and adherence to manufacturer recommendations are key to extending the life of your friction materials.
Customization Service
We provide OEM and ODM service for Paper based friction material
OEM business process: Products that match the original equipment are supplied, and production is conducted strictly in compliance with customer requirements.
1. Verify the specifications and design with the customer.
2. A quote based on real samples and the signing of a contract
3. Verification of sample quality and mass production preparation
4. Pre-shipment inspection and mass production
5. Guarantee for shipment and post-purchase
ODM business process: We offer clients one-stop services for everything from design to R&D and production.
1. Determine the needs of the client
2. Verify the design strategy
3. Obtaining quotes and signing contracts
4. Verification of samples and mold tests
5. Pre-shipment inspection and mass production
6. Guarantee for shipment and post-purchase
Comprehensive After-Sales Service
● If the issue is confirmed to be a product quality problem after inspection, a solution (free replacement of new products / return and refund / discount for new replacement) will be provided within 24 hours, and we will bear the round-trip logistics costs to avoid additional losses for customers.
● Professional technical support services.
Packaging
Customized packaging will be acceptable
Moisture-proof and anti-corrosion protection treatment
Pass the drop test
Application of environmental protection materials
The labels are clear and traceable
Convenient for handling and storage
Enhance the professional brand image
Meet international transportation norms
Our Certificate


FAQ
We're professional clutch friction material manufacturers and vendors in China, specialized in providing high quality OEM service. We warmly welcome you to wholesale bulk clutch friction material from our factory. Contact us for price list.











