Ceramic Brake Pads
Purchase GDST ceramic brake pads, your customers will not complain that the brake pads you sell are noisy, dusty and of poor quality.
- No Dust & No Rust
- No Noise
- Longer Lifespan
Ceramic Brake Pad Manufacturer
GDST is a Chinese ceramic brake pad manufacturer that provides high-quality ceramic brake pad solutions to meet the needs of global distributors and importers. With over 3,000 brake pad models in our catalog, our ceramic series covers a wide range of Japanese, Korean, European, and American vehicles – both passenger cars and trucks.
Our ceramic brake pads are developed using advanced formulas designed for low dust, low noise, and stable performance in various driving conditions, including cold weather, delivering excellent braking power while protecting rotors and reducing wear. Customized ceramic formulas are also available to match specific market or customer demands.
All GDST ceramic brake pads are 100% asbestos-free, noise-free, and give you a cleaner, smoother, and safer driving experience. From brake pad formula to finished brake pad testing, we follow strict quality control processes to ensure every set of ceramic pads meets OE quality standards.
If you’re looking for a ceramic brake pad manufacturer with broad vehicle coverage, customizable solutions, and a commitment to quality, GDST is your trusted partner in building a strong and competitive brake pad business.





GDST Ceramic Brake Pads

Friction Body
Anti-Noise Shim
OE Quality Backplate
Chamfer
Slot
Friction Body
GDST ceramic brake pads are made from a mixture of ceramic fibers, and adhesive die-casting, with a standard brake pad thickness of 1.5cm. Our factory specified a friction coefficient of 0.37.
Anti-Noise Shim
Anti-noise shims are attached to the back plate to dampen vibrations, we have stainless steel, fabric, and rubber material for you to choose from.
OE Quality Backplate
Our brake pad backplate is made of Q235 low carbon steel, generally, the hardness is 120-180HB, the thickness of the backplate is usually 5-5.5mm, and plane accuracy is 0.15 wire.
Chamfer And Slot
Slots and chamfers are cut into the friction material, which can increase friction, dissipate heat, remove dust, and reduce noise.








GDST Ceramic Brake Pads Level
Ceramic brake pads are also available in different quality grades, we adjust the formula of brake pads according to the customer’s market feedback to meet different needs. Quality grade: A>B>C>D>E>, Price: A>B>C>D>E>. If there is any need, please contact us.

Level A

Level B

Level C

Level D

Level E
How Long Do Ceramic Brake Pads Last?
Ceramic brake pads can usually last between 40,000 to 50,000 kms.
Are Ceramic Brake Pads Good for Towing?
Ceramic brake pads aren't ideal for towing. They work well for regular driving but can overheat under heavy loads. For towing, semi-metallic pads are a better choice as they handle heat and provide stronger stopping power.
Do Ceramic Brake Pads Contain Asbestos?
No, ceramic brake pads don’t contain asbestos. They’re made with ceramic fibers and other materials, so you don’t have to worry about the health risks that came with older asbestos brake pads. They're a cleaner, safer choice for your car.
Are Ceramic Brake Pads Good?
Yes, ceramic brake pads are great for most drivers. They offer quiet, smooth braking and tend to last longer than other types. And, they produce less dust, which helps keep your wheels cleaner.
Ceramic Brake Pads Pros and Cons
Pros:
- Quieter: Less noise compared to other types.
- Cleaner: Produce less dust, keeping wheels cleaner.
- Durable: Last longer with good performance.
- Stable: Consistent braking, even in different conditions.
Cons:
- Higher Cost: They can be more expensive than other brake pads.
- Less Effective for Heavy Loads: Not ideal for towing or heavy-duty vehicles.
In short, ceramic brake pads are great for everyday driving—quiet, clean, and long-lasting—but might not be the best for heavy-duty use.
Ceramic vs Semi-metallic Brake Pads
Ceramic:
- consistent performance, great for everyday driving.
- a bit pricier, but less noise and dust.
- long lifespan, durable.
Semi-metallic:
- better for performance and heavy-duty use.
- generally cheaper, but can be noisier.
- shorter lifespan and more dust on wheels.
Brake Pad Shim Materials

Cloth Anti-Noise Shim
Made of fiber or woven material for basic noise reduction. Cost-effective and suitable for standard driving conditions. Used in economy vehicles and general aftermarket brake pads.

Rubber Anti-Noise Shim
Rubber-coated steel shim provides excellent sound and vibration dampening. Offers quiet braking and comfort in daily driving. Common in OEM and high-quality aftermarket pads for passenger cars.

Stainless Steel Anti-Noise Shim
Durable metal shim that withstands high temperatures and pressure. Long-lasting and ideal for heavy-duty performance. Used in trucks, SUVs, and high-performance or premium brake pads.
Why Work With GDST?
Lower MOQ
100set/model
Competitive Price
Factory Direct Selling
Warranty
1 Year/30000kms
Fast Delivery Time
40-45 days on time
Free Sample
Test quality before ordering
Wide Application of Ceramic Brake Pads
Looking for ceramic brake pads for Subaru, Lexus, Mitsubishi, Toyota, Nissan, Volkswagen, Mercedes-Benz, Audi, Chevrolet, or Chrysler? GDST offers ceramic brake pads compatible with a wide range of vehicles from Japanese, Korean, European, and American brands. Whether you’re targeting compact cars, luxury sedans, or light commercial vehicles, we provide a one-stop solution with reliable quality and broad vehicle coverage to support your business.


OEM & ODM Solutions for Your Brand
We support full OEM and ODM services for ceramic brake pads. If we haven’t developed the specific model you need, we can customize it based on your samples or technical drawings.
To help your brand stand out, we offer complete packaging customization—from printing your logo directly on the ceramic brake pads to creating unique, branded color boxes. Every detail is tailored to strengthen your brand identity and help drive your sales in competitive markets.
Reliable Quality You Can Trust
We test every batch of ceramic brake pads using advanced NVH equipment that simulates real driving conditions. This helps us make sure our ceramic brake pads stay quiet, last longer, and give strong, smooth braking. You can trust our quality every time.


Certified Ceramic Brake Pad Manufacturer
As a trusted ceramic brake pad factory, GDST meets global quality standards with certifications like ISO, IATF 16949, E-mark, and AMECA. These certifications show our focus on quality and safety. When you work with us, you get reliable ceramic brake pads that help you reduce customer complaints, build a strong reputation, and grow your business with confidence.
Rich Experience in 100+ Countries
Buyers from over 100 countries choose GDST for their ceramic brake pad supplier. With years of export experience, we understand different market demands and can offer the right advice to help your business grow. When you work with GDST, you get a reliable partner who ensures smooth communication, fast delivery, and high-quality ceramic brake pads that meet OE standards.

GDST Ceramic Brake Pad Factory
10+ Years History
Since founding our factory in Wuhu, Anhui in 2011, GDST has been committed to manufacturing high-quality ceramic brake pads that deliver consistent performance and durability. Located in one of China’s major automotive centers, our factory benefits from advanced production technology and rigorous quality checks.
We strictly follow international standards such as Europe’s ECE, Japan’s JIS, and China’s ISO to ensure every brake pad meets market demands. Over the years, GDST has built a strong reputation worldwide, becoming a trusted ceramic brake pad manufacturer for businesses seeking dependable ceramic brake pad solutions.

3000+ Brake Pad Moulds Cover All Your Need
With more than 3,000 ceramic brake pad molds developed, GDST offers a wide range of products for different types of vehicles—from passenger cars to commercial trucks. Our extensive selection covers most market needs, and we also provide custom mold development based on your samples. This broad catalog allows us to quickly find the right fit and deliver fast, accurate quotes for your orders.

Strong Production Capacity to Support Your Business
Spanning more than 20,000 square meters, our factory is staffed with over 100 skilled professionals dedicated to producing high-quality ceramic brake pads. Equipped with modern facilities and an experienced team, we maintain efficient workflows, reliable delivery schedules, and consistent product quality. Whether your orders are large or small, our strong production capacity ensures we can meet your needs and help your business grow with confidence.

Advanced Quality Test Equipments
Consistent quality begins with thorough testing. Our ceramic brake pad manufacturer uses advanced inspection equipment such as NVH dynamometers, shear strength testers, compressibility testers, wear resistance testers, and friction coefficient testers. These tools ensure every ceramic brake pad meets strict standards for safety, comfort, and durability. When you choose us, you get more than just a product—you get reliable quality supported by cutting-edge technology and precise craftsmanship.

Production Process of Ceramic Brake Pads
Step1: Mixing Process - 800 L Plough And Rake Mixer
Ceramic brake pads are formulated using a precise combination of raw materials, including ceramic fibers, aramid fibers, synthetic resin binders, friction modifiers, fillers, and lubricants.
At this stage, we use an 800-liter plough and rake mixer to ensure uniform and thorough blending. The composition is customized based on the customer’s performance requirements. Key properties such as friction coefficient, wear rate, and noise level are carefully adjusted by varying the proportion of each ingredient in the formula.

Step2: Brake Plate Processing Process - Gluing Machine
Before bonding the friction material to the steel backing plate, we perform a series of surface treatments to ensure strong adhesion:
- Cleaning: We clean the steel back plate thoroughly to remove oil, dust, and any other impurities. Ensures the surface is ready for strong and reliable adhesive bonding.
- Shot Blasting: The backing plate undergoes shot blasting to achieve the required surface roughness, improving mechanical bonding strength.
- Gluing: An adhesive is applied using a gluing machine. Special attention is paid to glue thickness and even coverage to ensure consistent bonding. No glue residue is left on exposed surfaces.

Step3: Hot Pressing & Heat Treatment
We pour the mixed friction material into the mold and apply high pressure and temperature to form ceramic brake pads. This process allows the friction material and the backing plate to bond more tightly.
After molding, we place the rough ceramic brake pads into an oven for heat treatment. The pads are baked at high temperatures for over 6 hours to cure the resin and enhance overall strength and durability.
Each set of molds typically produces 6–8 rough brake pads. It takes over 30 minutes to change a set of molds, which is factored into the overall production cycle.

Step4: Grinding And Cutting
After heat treatment, ceramic brake pads often have surface burrs and uneven edges. We perform precision grinding and cutting to remove these imperfections and ensure a smooth, flat surface. This step guarantees proper fit and performance during installation.

Step5: Machining – Slotting and Chamfering
In this stage, we perform slotting and chamfering on ceramic brake pads’ surface using a linear grinder.
Slotting helps improve friction stability, heat dissipation, and dust removal during braking.
During both slotting and chamfering, we carefully monitor the thickness and flatness of the grinding surface to ensure product consistency and performance.

Step6: Painting Stage
We apply a protective coating to ceramic brake pads’ backing plate to prevent rust and enhance its appearance. This is done through electrostatic powder spraying, using either flat powder or sand grain powder based on product requirements.
During this process, we carefully control key parameters such as: Electrostatic voltage, Drying tunnel temperature, Baking time, Spray thickness, Coating uniformity, Coverage rate.
Proper control of these factors ensures strong adhesion, corrosion resistance, and a consistent, high-quality finish.

Step7: Assembly
Print and code the friction pad and steel backing, ensuring clear, well-placed markings.
Install accessories with accurate positioning and secure attachment, using rotary or pressure riveting as needed. Check the fit and firmness of all parts, including alarms, shockproof plates, springs, and gaskets.
Pack the finished ceramic brake pads into boxes, cartons, and pallets for shipment.

Customers Feeback
Our ceramic brake pads are exported to over 100 countries across North and South America, Europe, the Middle East, Southeast Asia, and Africa, earning strong customer praise for our quality and service.
Let GDST Boost Your Business Today!

Want the best price fast? Just upload your OE or FMSI inquiry list and tell us your requirements through the form. Our experienced GDST sales team will respond within 6 hours with a competitive quote and expert guidance to meet your needs.
We’re here to help you save time, cut costs, and get exactly what you’re looking for — quickly and professionally.