Yamaha XMAX300 YZF-R3 modified CCB carbon ceramic brake disc

This Yamaha XMAX300 YZF-R3 modified CCB carbon ceramic brake disc is a new high-performance brake accessory produced by Max Trading. It is an aerospace grade composite material. Our carbon ceramic brake discs support bulk procurement, OEM/ODM outsourcing, and stable inventory. We also have mature after-sales technical support to create more suitable, safe, and cost effective modified brake solutions for customers.

1. Core advantages of carbon ceramic brake discs

1.1 Ultimate lightweight, more responsive handling

The Yamaha XMAX300 YZF-R3 modified CCB carbon ceramic brake disc is made of high-quality carbon ceramic composite material (carbon fiber reinforced silicon carbide matrix) with a lower density than traditional steel discs, significantly reducing the vehicle's unsprung mass and reducing wheel rotational inertia. This advantage helps the modified vehicle to start and accelerate more quickly, and the steering control can be more precise, completely rejecting the traditional bulky and lagging feeling of the chassis.

1.2 Zero thermal decay, high temperature conditions remain stable

The upgraded coating process in the factory has high temperature resistance and can stably withstand temperatures above 1000 ℃ without losing any braking force, far exceeding the traditional steel disc tolerance limit. Even in the face of intense driving, track racing, and continuous heavy braking, there will be no safety hazards caused by thermal degradation due to high temperatures.

1.3 Faster acceleration and shorter braking distance at the start

Yamaha XMAX300 YZF-R3 modified CCB carbon ceramic brake disc The lightweight design directly reduces the rotational resistance of the wheels, making the engine power transmission more direct and efficient; The factory customized carbon ceramic material has a stable and uniform friction coefficient, which can output strong and linear braking force whether commuting at room temperature or cycling at high temperatures, effectively shortening the braking distance and further improving cycling safety.

2. Floating structure with upgraded coating technology

2.1 Scientific Floating Design Structure

This Yamaha XMAX300 YZF-R3 modified CCB carbon ceramic brake disc features a carbon ceramic friction outer ring and an aluminum alloy inner ring that are precisely connected using high-strength rivets. It is not afraid of the expansion of the disc surface caused by heating during cycling, and can avoid problems such as edge warping and bending, as well as brake shaking under high temperature conditions, resulting in a smoother braking process.

The floating structure can also enhance the overall impact resistance of the brake disc, effectively dispersing the huge impact force of bumpy road conditions and sudden braking, avoiding disc cracking and deformation, and accurately adapting to Yamaha modified models; The floating structure reduces disc wear, effectively extends service life, and reduces maintenance costs in the later stage.

2.2 Fourth generation coating technology

The factory upgrades the fourth representative surface carbon ceramic coating technology, significantly improving the high friction performance of brake discs, while Yamaha XMAX300 YZF-R3 modified CCB carbon ceramic brake disc The high temperature resistance performance has skyrocketed, and continuous braking still does not degrade. The wear rate can also be reduced by 60% compared to ordinary discs.

The special coating enhances the corrosion resistance and wear resistance of the product, which can effectively resist the erosion of rainwater and sediment, without frequent inspection and maintenance, and has a longer service life.

3. Three specifications of the product, each suitable for different riding environments

3.1 Choose the appropriate carbon ceramic brake disc specification according to your needs

5.0mm: Lightweight, suitable for daily cycling;

5.5mm: Balancing performance and durability, suitable for most scenarios, it is the best-selling choice;

6.0mm: Higher strength, suitable for intense driving, mountain/track scenes, and stronger impact resistance.

You can choose according to your riding habits and needs, and if you are unsure, you can also contact customer service to help you recommend.

The brake disc also supports color customization, including the color matching of the inner ring and rivets, which can be adjusted according to customer needs.

Product Parameter

Max Trading Carbon Ceramic Brake Disc Production Line

FAQ

Q1: Can this Yamaha XMAX300 YZF-R3 modified CCB carbon ceramic brake disc be directly replaced with original accessories?

A1: No problem at all. Because our carbon ceramic brake discs are fully molded according to the original installation holes and sizes, suitable for Yamaha XMAX300, YZF-R3, MT07, MT09T, MAX560 models, and can be installed upon receipt.

Q2: What are the main differences between this brake disc and cast iron disc?

A2：

1. The weight of carbon ceramic material is reduced by 50% compared to cast iron material, effectively reducing the quality under the spring

2. More resistant to high temperatures, there will be no thermal decay in intense driving environments such as track cycling

3. Better wear resistance, therefore the service life is 3-5 times longer than that of ordinary disc bodies

Q3: Do I need special brake pads to use this carbon ceramic brake disc?

A3: It is recommended to pair high-performance brake pads that are compatible with carbon ceramic brake discs for better braking effect; Prevent using brake pads with excessive metal content, as it can easily scratch the coating.

Q4: Is there a break in period for carbon ceramic brake discs after installation?

A4: We recommend a 200 kilometer break in period, but try to avoid sudden braking and prolonged continuous braking during the break in period.