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Highly Efficient Heat-dissipating Disc Brake Pads
Highly Efficient Heat-dissipating Disc Brake Pads

Highly Efficient Heat-dissipating Disc Brake Pads

High-performance disc brake pads, also known as ventilated heat-dissipating brake pads or high-performance brake pads, are the core friction components specifically designed for disc brake systems, optimized for high-frequency braking, long downhill rides, and high-speed cycling conditions. Featuring a layered cooling structure combined with a modified high-temperature-resistant friction material, along with slotted airflow guidance and a perforated cooling design, they significantly enhance heat dissipation efficiency compared to conventional solid brake pads. With steel reinforcement for noise reduction and an optimized friction layer formulation, these pads are compatible with all disc brake models—including motorcycles, scooters, off-road vehicles, ATVs, and electric heavy-duty bikes—and can be replaced without damaging original parts. They cater to diverse applications such as commuting, racing, and heavy-duty use, effectively addressing industry challenges like thermal degradation, pad burnout, abnormal noises, and accelerated wear associated with conventional brake pads, making them an advanced version of brake friction components.
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Product Description

 

2026061009321911282

Product Features

1. High-density wear-resistant friction formulation: Features a thickened, high-density friction material with ample composition, compact texture without pores, offering excellent wear resistance and durability while minimizing powder shedding or delamination. 2. High-strength composite bonding process: The friction layer is thermally pressed under high temperature and pressure with the steel backing, ensuring strong adhesion that prevents detachment or peeling even during prolonged braking or thermal cycling. 3. Reinforced anti-rust integrated steel backing: A thickened stamped carbon steel backing resistant to compression and bending, coated with electrophoretic anti-rust treatment for resistance to mud-water corrosion and deformation. 4. Factory-precision dimensional fit: CNC-cut slots with positioning, curvature, and hole diameters precisely matching original manufacturer specifications, enabling direct installation without modification or grinding.

 

 

Product AdvantagesH51d7f10aa5524647a0bb978ae21f8922m
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    Resistant to aging and carbonization, with unchanged braking performance after prolonged use

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    The protective cover reduces wear, minimizes brake disc wear, and lowers overall vehicle maintenance costs.

  • Directly installed at the original factory hole position, offering convenient installation and compatibility with most disc brake models.

  • A cost-effective, durable model ideal for wholesalers and automotive dealers to maintain long-term inventory.

 

 

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Working principle

During vehicle braking, the brake caliper compresses two disc brake pads, ensuring the friction surfaces make tight contact with the brake disc surface. This process converts the vehicle's kinetic energy into braking heat through controlled friction, achieving deceleration and parking. The product features a dedicated flow channel and hollow cooling structure that rapidly dissipates heat generated by friction, accelerates heat dissipation, and maintains a constant friction coefficient. Upon release of the brake, an internal elastic spring assists the brake pads in rebounding quickly to separate from the brake disc, preventing brake drag and disc wear while ensuring smooth, linear braking performance every time.
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Product Application Scenarios
High-speed commuting riding: Street bikes, racing-style bikes, pedal motorcycles used on urban expressways and national highways with frequent start-stop braking operations. 2. Mountainous downhill conditions: On winding mountain roads and long downhill sections, apply continuous braking for heat dissipation and risk avoidance to prevent brake failure. 3. Off-road competition scenarios: Dirt bikes and track racing motorcycles performing high-intensity, high-frequency professional braking maneuvers. 4. Outdoor all-terrain operations: ATV/UTV off-road vehicles, electric heavy-duty machines, and cargo two-wheelers performing heavy-load braking under complex road conditions. 5. Vehicle upgrades and modifications: Owners enhance braking performance by replacing standard low-grade brake pads to improve overall braking safety.

Specification

 

Heat Dissipation Process

 Surface flow-guiding grooves, side perforated ventilation, and convective heat dissipation design
High Temperature Resistance Limit Maximum temperature resistance: 420°C; maintains high-temperature stability without carbonization during continuous braking.
adaptation position Front wheel brake pads, rear wheel brake pads, disc brakes suitable for both front and rear wheels

 

Packing & Delivery

 

2026061009470711542
 

2026061009475811582

 

 

 

To better ensure the safety of your goods, professional, environmentally friendly, convenient and efficient packaging services will be provided.

 

Company Profile

 

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FAQ

Q: Can you send us product samples?

A: Yes, samples are available. We will charge sample fee and freight.
Q: What is your production lead time?
A: Normally it takes 15-30 working days after receiving the deposit.

Q: Can you send a proforma invoice?
A: Certainly. I will send it to you within today.

Q: Do you sign formal sales contract?
A:Yes, we will make a formal contract for every order.

Q: How do you pack the goods?
A:Packaged in export-standard wooden boxes, suitable for long-distance transportation.

 

 

contact information

 

email：wyf@taccjx.com

Whatsapp：+86 15854864297

Website：www.machinetailor.com

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