Ceramic Drum Brake Shoes

Ceramic Drum Brake Shoes
Details:
The duo servo type has a structure where a pair of brake shoes is fitted. It is called the primary shoe and secondary shoe. These brake shoes are connected via an adjuster. Powerful pressure from the servo effect or self-boosting effect from the primary shoe is sent to the connected secondary shoe, thus creating a very large braking force.
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Company Introduction

 

Shandong Best Auto Parts Co., Ltd. is a brake pad manufacturer located in Shandong, China. The factory was established in 2015. We focus on the production of car brake pads, brake shoes and truck brake pads, brake lining.
As an OEM brake pad and brake shoe manufacturer and supplier, we currently have more than 3,000 models of production molds and maintain more than 2,000 models in stock, we have been committed to providing high-quality and reliable products. Our formulas are asbestos-free, dust-free, noise-free, and have long service life, and are trusted by customers. At the same time, we are also actively exploring the market. Our team is full of professional knowledge and experience, and we will provide high-quality after-sales service and will do our best to meet customer needs.

 

 
Why choose us?
 
01/

Cover more models
We offer an extensive range of ceramic brake pads tailored to fit all models of Japanese, Korean, German, and American cars, providing our customers with a broad selection for any vehicle.

02/

Small MOQ
Our minimum order quantity is only 1 set, providing you with great flexibility to meet your diverse needs for brake pads.

03/

Quality assurance
A full set of quality testing equipment will allow us to repeatedly test and obtain data after production is completed to check product quality.

04/

Fast delivery
We understand that fast shipping is very important to customers, so the models we have in stock only take 3 days.

05/

Supply chain
Establish an integrated supply chain, production chain, and transportation chain. The best solution will be provided by Shandong Best Auto Parts.

06/

Aftersales service
Act quickly on customer feedback to resolve any issues you may have after your purchase.

 

Rear Drum Parking Brake Shoes

Rear Drum Parking Brake Shoes

Our rear drum parking brake shoes are designed to offer reliable parking braking performance for vehicles equipped with rear drum brakes. Crafted from high-quality materials and engineered for precise fit and function, these brake shoes ensure consistent engagement and secure holding power, providing drivers with confidence when parking their vehicles. With their durable construction and proven reliability, our rear drum parking brake shoes are the ideal choice for safe and secure parking.

Rear Drum Brake Shoe

Rear Drum Brake Shoe

Our rear drum brake shoes are designed to deliver reliable braking performance for rear axle applications. Made from high-quality materials, these brake shoes offer excellent durability and consistent stopping power, ensuring safe and efficient braking for vehicles of all types.

Trailer Drum Brake Shoes

Trailer Drum Brake Shoes

Our trailer drum brake shoes are engineered for reliable performance and durability in trailer brake systems. With their precise fit and high-quality construction, these brake shoes provide consistent stopping power and enhanced safety for trailers of all sizes.

Automobile Brake Shoes

Automobile Brake Shoes

Our automobile brake shoes are designed to meet the braking needs of passenger vehicles and light trucks. With their premium materials and precision engineering, these brake shoes offer excellent durability, consistent performance, and enhanced safety for drivers and passengers.

Freight Car Brake Shoes

Freight Car Brake Shoes

Our freight car brake shoes are engineered for the rigorous demands of freight and cargo transportation. With their robust construction and advanced friction materials, these brake shoes provide reliable stopping power and long-lasting performance, ensuring safe and efficient operation for freight cars and trains.

Rear Parking Brake Shoes

Rear Parking Brake Shoes

Our rear parking brake shoes are meticulously crafted to provide reliable and secure parking braking performance for vehicles. Designed to meet the specific requirements of rear axle applications, these brake shoes ensure consistent engagement and durability, giving drivers confidence when parking on inclines or uneven surfaces. With their premium materials and precise engineering, our rear parking brake shoes offer superior performance and peace of mind for drivers.

Rear Disc Parking Brake Shoes

Rear Disc Parking Brake Shoes

Our rear disc parking brake shoes are engineered to deliver dependable parking braking performance in vehicles equipped with rear disc brakes. Designed for precise fit and compatibility, these brake shoes provide consistent engagement and reliable holding power, ensuring secure parking in various driving conditions. With their advanced friction materials and durable construction, our rear disc parking brake shoes offer long-lasting performance and exceptional reliability.

Semi Truck Drum Brake Shoes

Semi Truck Drum Brake Shoes

Our semi-truck drum brake shoes are built to withstand the rigorous demands of heavy-duty trucking. Engineered for optimal performance and durability, these brake shoes provide reliable stopping power and consistent performance in various driving conditions. With their advanced friction materials and robust construction, our semi-truck drum brake shoes offer exceptional reliability and longevity, ensuring safe and efficient operation for commercial fleets.

Heavy Duty Truck Brake Shoes

Heavy Duty Truck Brake Shoes

Our heavy-duty truck brake shoes are designed to meet the demanding requirements of heavy-duty truck applications. Built to deliver reliable stopping power and consistent performance, these brake shoes offer exceptional durability and longevity, even in the toughest operating environments. With their premium materials and precise engineering, our heavy-duty truck brake shoes provide superior braking performance and peace of mind for commercial truck operators.

 

What is Ceramic Drum Brake Shoes

 

Ceramic drum brake shoes are a pivotal component in vehicle braking systems, designed to provide reliable stopping power. These brake shoes are crafted from durable ceramic materials, which are known for their heat resistance and ability to perform under a wide range of driving conditions.

 

Rear Parking Brake Shoes

 

Benefits of Ceramic Drum Brake Shoes

Ceramic drum brake shoes can provide more braking force than disc brakes of comparable diameter


Ceramic drum brake shoes have a large friction contact surface; therefore, they last longer


Ceramic drum brake shoes production costs are comparatively lower


Ceramic drum brake shoes generate less heat


Ceramic drum brake shoes have built-in self-energizing action; less input force is required (such as hydraulic pressure)


Ceramic drum brake shoes are easier to recondition when compared to brake calipers


Ceramic drum brake shoes have superior corrosion resistance than discs, and maintenance is required less frequently

 

Types of Ceramic Drum Brake Shoes

 

Leading / trailing shoe type drum brake
This type has a single wheel cylinder and a pair of brake shoes known as the leading shoe and the trailing shoe. Leading brake shoe is a term referring to the shoe that moves in the direction of rotation when it is being pressed against the brake drum. The other shoe is called the trailing shoe. The brake shoe is pressed in the same direction as the rotation of the brake drums, and this rotation helps to press the brake shoes against the brake drum with higher pressure for better braking force. This is called the servo effect or the self-boosting effect which provides the powerful braking forces of the drum brakes. These brake shoes work in a way that they both become either the trailing shoe or leading shoe, depending on whether the vehicle is moving backward or forward.

 

Twin leading shoe type drum brake
This type of drum brake has a pair of wheel cylinders fitted in opposite directions, and a pair of brake shoes are fitted on them. Each wheel cylinder presses one shoe towards the rotating brake drum so that both shoes act as leading ones when the vehicle moves forward, giving the best braking force.

 

Duo servo type drum brake
The duo servo type has a structure where a pair of brake shoes is fitted. It is called the primary shoe and secondary shoe. These brake shoes are connected via an adjuster. Powerful pressure from the servo effect or self-boosting effect from the primary shoe is sent to the connected secondary shoe, thus creating a very large braking force.

 

Riveting type brake shoes
This is the oldest method of fitting a brake liner on the brake shoe. For this, depending on the size of the brake shoe, six to eight holes are drilled on the area where the liner is to be fitted. The same is done with the brake liner which is then placed on the brake shoe. After matching both of them, metal rivets are fitted, securing the liner with the brake shoe. You can even change your riveted brake shoes with bonded brake shoes.

 

Bonded type brake shoes
The bonded type brake shoes are mostly used in two-wheelers but are also found in cars and trucks. In this type, the glue is applied on the brake liner's inner side and on the outer side of the brake shoe. Both parts are then placed on each other and are then pressed with the help of a pressing machine. You have an option to buy riveted brake shoes or bonded brake shoes.

 

Manually adjusted brake shoes
When this type of brake shoe wears, there is an excessive gap between the brake drum and the brake shoe, due to which the brake pedal travels slightly more than usual for better braking. To remove this excess gap, the brake backplate has a snail-type cam or an adjuster gear that is connected to the brake shoe. When the cam or the adjuster gear is rotated, the brake shoe is pushed towards the brake drum, hence removing the excess gap from the brake pedal. This is an important maintenance requirement in manually adjusted brake drum designs.

 

Automatically adjusted brake shoes
Today this type of brake shoe is found in almost all cars. Automatically adjusted brake shoes have small threaded self-adjusting components. When there is an excessive gap between the brake drum and the brake shoe, the adjusting component pushes the threaded screw, which then pushes the brake shoe towards the brake drum, thus maintaining the gap.

 

 

How Ceramic Drum Brake Shoes work

Upon the driver's application of the brake pedal, the brake booster (also known as the servo system) amplifies the force, which is then converted into hydraulic pressure (oil pressure) by the master cylinder. This hydraulic pressure is transmitted through tubing filled with brake fluid to the brake mechanisms located at each wheel. As the pressure reaches these brakes, it engages pistons that are positioned on the brake assemblies of all four wheels.
Subsequently, these pistons exert pressure upon brake linings, composed of friction-inducing materials, against the interior surfaces of the rotating brake drums that are synchronised with the wheels' motion. The friction generated between the linings and the spinning drums causes deceleration in the wheel.

Semi Truck Drum Brake Shoes

 

How to Maintain Ceramic Drum Brake Shoes

 

 

Slow down gently

When you brake quickly, your brake shoes must work harder to stop your car, thus creating premature wear and tear. Slowing down gradually extends the life of your brakes.

 

Maintain a healthy car weight

When your vehicle is heavier than usual, your brakes must compensate for the increased kinetic load, forcing them to work harder and resulting in premature wear and tear.

 

When possible, use engine braking

Consider pulling your foot off the accelerator to deactivate your engine at low speeds when driving a manual car. You can extend the life of the friction material in your brake shoes by not relying on your brakes to slow down your car.

 

 

What Should You Pay Attention to When Replacing Ceramic Drum Brake Shoes

 

A brake shoe replacement can be a complicated process, as drum brakes have more parts you'd have to put together compared to disc brakes.
Here's a look at what your mechanic will be doing during a rear brake shoe replacement:
●First, your mechanic will jack up the rear axle and release the parking brake.
●Then, they'll remove the rear brake drum by removing the axle-bearing retainer nut. Rust buildup on the axle can cause the rear brake drum to become stuck, so your mechanic must loosen it with a brake cleaner before removing it.
●Next, they'll inspect the rear brake assembly (springs, backing plate, axle, etc.) and use a brake cleaner to clean the brake dust and grease inside the drum brakes.
●They'll also inspect each rear brake shoe for contamination and thickness.
●Now, your mechanic will check the wheel brake cylinder to ensure there's no brake fluid leak.
●The mechanic will then disconnect the parking brake cable using a pair of pliers and remove the brake shoes from the backing plate.
●They'll replace the wheel cylinder if needed, especially if it's an older vehicle or used for heavy duty. Your mechanic may advise replacing them as a set because if one wheel cylinder leaks, the other isn't too far behind.
●Next, the mechanic will install the new brake shoe set onto the backing plate, reconnect the parking brake cable, and adjust the star wheel on the brake adjuster.
●Then, they'll reinstall the rear drum brakes and ensure each lug nut is secured correctly. Your mechanic may machine the brake drum first to give the new brake shoe set a clean surface.
●Once done, they'll check the brake fluid level.
●And finally, set the rear brake shoes with the adjuster and perform essential safety inspections.

 

How to Choose the Right Ceramic Drum Brake Shoes

 

 

Understand your vehicle's specifications
Consult your vehicle's manual or research online to determine the specifications for your car's brake system. This includes the size, type, and material of the brake shoes.

 

Identify the brake shoe type
There are two main types of brake shoes: drum brake shoes and disc brake pads. Ensure you are selecting the correct type based on your vehicle's braking system.

 

Check for compatibility
Make sure the brake shoes you are considering are compatible with your specific make and model of the car. Check with your vehicle manufacturer or a trusted automotive parts store.

 

Consider your driving style
If you engage in heavy braking frequently, such as towing or driving in mountainous terrain, you might want to opt for brake shoes that are designed for high-performance or heavy-duty use.

 

Look for brand reputation
Choose brake shoes from reputable brands known for producing quality automotive parts. Reading reviews and seeking recommendations can help you identify trustworthy brands.

 

Compare prices
Prices for brake shoes can vary based on brand, material, and other factors. Compare prices from different retailers and consider the overall value, including warranty and performance.

 

Check for warranty
Look for brake shoes that come with a warranty. This can provide peace of mind and protection in case of any defects or premature wear.

 

Consult with a professional mechanic
If you are unsure about which brake shoes to choose, or if you want personalized advice based on your driving habits and vehicle specifications, consult with a professional mechanic.

 

Follow installation guidelines
Once you have selected the right brake shoes, follow the manufacturer's guidelines for installation. If you are not comfortable doing it yourself, seek the help of a qualified mechanic.

 

 
Our Factory
 

 

Shandong Best Auto Parts Co., Ltd. is a brake pad manufacturer located in Shandong, China. The factory was established in 2015. We focus on the production of car brake pads, brake shoes and truck brake pads, brake lining. As an OEM brake pad and brake shoe manufacturer and supplier, we currently have more than 3,000 models of production molds and maintain more than 2,000 models in stock, we have been committed to providing high-quality and reliable products. Our formulas are asbestos-free, dust-free, noise-free, and have long service life, and are trusted by customers. At the same time, we are also actively exploring the market. Our team is full of professional knowledge and experience, and we will provide high-quality after-sales service and will do our best to meet customer needs.

 

 

 

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FAQ
 

 

Q: What distinguishes ceramic drum brake shoes from other types of brake shoes?

A: Ceramic drum brake shoes are engineered with a unique combination of ceramic fibers and bonding agents, providing superior heat resistance, wear resistance, and reduced fade under repeated heavy braking. Unlike organic or semi-metallic shoes, ceramics maintain their friction coefficient at higher temperatures, ensuring consistent braking power.

Q: What is the operating temperature of ceramic drum brake shoes?

A: Ceramic shoes are designed for continuous operation at temperatures up to 1,000 degrees Fahrenheit (537 degrees Celsius). This makes them particularly effective in high-performance vehicles that experience extreme braking conditions.

Q: How do ceramic drum brake shoes compare in noise level to traditional shoes?

A: Ceramic shoes generally produce less noise during operation. The materials used in their construction are less prone to squealing and grinding, which is a common issue with other types of brake shoes, especially in wet or dirty conditions.

Q: What is the average lifespan of ceramic drum brake shoes?

A: With proper maintenance, ceramic drum brake shoes can last between 80,000 to 150,000 miles, which is significantly longer than standard shoes. Their durability is attributed to the heat resistance and low coefficient of thermal expansion.

Q: Do ceramic drum brake shoes require a specific type of brake fluid?

A: No, ceramic shoes do not require a different type of brake fluid than what is used with standard brake shoes. However, the entire brake system must be maintained with high-quality DOT 3, DOT 4, or DOT 5.1 brake fluid to ensure proper function and prevent damage to the brake system components.

Q: Can ceramic drum brake shoes be installed on any vehicle?

A: While ceramic shoes can be installed on many vehicles, they are primarily designed for use in applications where high-performance braking is required. It's essential to verify compatibility with the vehicle's brake system and ensure that the drum size and shape are appropriate for the shoes.

Q: How do ceramic drum brake shoes handle brake fade compared to metallic shoes?

A: Ceramic shoes are less susceptible to brake fade, a phenomenon where braking effectiveness diminishes due to heat buildup. The ceramic composition allows for better heat dissipation and maintains friction coefficients at elevated temperatures.

Q: Do ceramic drum brake shoes require special maintenance?

A: Regular inspection and maintenance are crucial. While ceramic shoes have a long service life, they still need to be checked for wear, and the brake system's fluid levels should be monitored and replaced according to the manufacturer's recommendations.

Q: Can ceramic drum brake shoes be used in conjunction with disc brakes at the front of a vehicle?

A: Yes, it is common to pair ceramic drum brakes with disc brakes at the front of a vehicle. The disc brakes handle the majority of stopping power due to their superior stopping ability and heat dissipation, while the ceramic rear drums provide additional stopping force and improved handling balance.

Q: How do ceramic drum brake shoes perform in wet weather?

A: Ceramic shoes perform well in wet conditions. Their friction material is formulated to provide consistent braking performance in all weather conditions, although performance may vary slightly based on the specific formulation of the ceramic compound.

Q: Can I upgrade to ceramic drum brake shoes if my vehicle originally had standard shoes?

A: Yes, an upgrade is possible, but it requires careful consideration of the vehicle's brake system specifications. The drums must be able to accommodate the larger shoes, and the system should be capable of handling the increased performance without needing modifications.

Q: What effect do ceramic drum brake shoes have on fuel efficiency?

A: Ceramic shoes can contribute to improved fuel efficiency. Because they maintain consistent friction coefficients and have less fade, the vehicle's braking system works more efficiently, which can lead to less energy being wasted during braking and thus better fuel economy.

Q: How can I tell if my vehicle's drum brakes need to be replaced with ceramic shoes?

A: If you notice excessive brake dust, decreased braking performance, or unusual noises coming from the rear of your vehicle, it may be time to consider replacing your brake shoes. If you frequently drive at high speeds or require consistent braking performance in high-temperature conditions, ceramic shoes could be a beneficial upgrade. Consult a qualified mechanic to assess your specific needs.

Q: Can ceramic drum brake shoes be used in racing applications?

A: While ceramic shoes offer excellent performance, they may not always be the first choice for racing applications that require the absolute highest levels of heat dissipation and durability. Specialized racing brake systems are often used instead.

Q: Can ceramic drum brake shoes be used with any type of brake drum?

A: While ceramic shoes can be used with most standard brake drums, for the best performance and longevity, it is recommended to use them with high-quality, heat-resistant brake drums designed to work with ceramic materials.

Q: What benefits do ceramic drum brake shoes offer in terms of performance?

A: Ceramic shoes offer improved fade resistance, meaning they maintain braking effectiveness even under extreme conditions, such as repeated hard braking or during extended downhill descents. They also generate less dust, provide quieter operation, and have a longer lifespan compared to traditional shoes.

Q: Can ceramic drum brake shoes be used on any vehicle?

A: While ceramic shoes can be used in various vehicles, they are particularly beneficial in performance-oriented or heavy-duty applications where high heat and consistent braking performance are crucial. It's important to check compatibility with specific vehicle models and brake systems.

Q: How do ceramic drum brake shoes handle high temperatures?

A: Ceramic materials are inherently resistant to high temperatures and do not degrade as quickly as traditional materials. This resistance minimizes the risk of brake fade, ensuring that the brakes maintain their stopping power even when subjected to intense heat from aggressive driving.

Q: Are ceramic drum brake shoes eco-friendly?

A: Ceramic shoes are considered more eco-friendly compared to standard shoes because they last longer, reducing the frequency of replacement and waste generation. The reduced dust production also contributes to lower environmental impact. Additionally, the longer lifespan and reduced maintenance requirements contribute to a smaller carbon footprint associated with brake system upkeep.

Q: How do I choose between ceramic drum brake shoes and disc brakes?

A: The decision between ceramic drum brake shoes and disc brakes depends on several factors, including vehicle type, driving habits, budget, and desired performance characteristics. Disc brakes typically offer better stopping power, improved heat dissipation, and easier maintenance but come at a higher cost. Ceramic drum brake shoes are a cost-effective alternative that still provides excellent performance for many applications but may not match the absolute stopping power of disc brakes. Consider your specific needs and consult with a professional mechanic to make an informed decision.

 

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