Applications in the Braking System Industry

Brake Fluid Purification

Application: Activated carbon is used to purify brake fluids by adsorbing moisture, particulates, and contaminants that can compromise braking performance.

Characteristics: Its high surface area and effective adsorption capacity help maintain the integrity of brake fluid, ensuring consistent performance.

Noise Reduction

Application: Activated carbon can be integrated into brake pads to help absorb vibrations and reduce noise generated during braking.

Characteristics: This contributes to a quieter and more comfortable driving experience while maintaining braking efficiency.

Brake Pad Production

Application: Diatomaceous earth can be used as a filler in brake pad formulations, enhancing the physical properties of the pads.

Characteristics: Its lightweight and high porosity improve the overall performance and durability of brake pads, making them more efficient.

Temperature Regulation

Application: Diatomaceous earth helps to manage heat within braking systems by providing thermal stability and insulation.

Characteristics: This helps prevent brake fade by maintaining optimal operating temperatures, contributing to safer driving conditions.

Moisture Absorption in Brake Systems

Application: Activated carbon can be used in brake system components to absorb moisture, which is critical in preventing corrosion and maintaining system integrity.

Characteristics: Its moisture-adsorbing properties help enhance the longevity and reliability of braking systems.

Brake Line Filtration

Application: Activated carbon may be employed in filtration systems within brake lines to ensure the removal of contaminants that could affect braking efficiency.

Characteristics: This application supports cleaner hydraulic systems, ensuring safe and effective braking.

Characteristics of Matex YG Products

High Adsorption Capacity

Activated Carbon: Features a surface area typically ranging from 500 to 1500 m²/g, providing effective removal of moisture and contaminants from brake fluids.

Thermal Stability

Both activated carbon and diatomaceous earth maintain their structural integrity under high temperatures, making them suitable for demanding braking applications.

Lightweight and Porous Structure

Diatomaceous earth’s lightweight nature contributes to reducing overall brake pad weight while providing effective thermal management.

Chemical Resistance

Both materials demonstrate resistance to various chemicals commonly found in brake fluids, ensuring long-lasting performance.

Environmental Safety

Both activated carbon and diatomaceous earth are non-toxic and safe for use in automotive applications, aligning with industry safety standards.

Customization Potential

Available in various particle sizes and formulations, these products can be tailored to meet specific requirements in the braking system industry.

Matex YG’s activated carbon and diatomaceous earth products are valuable in the braking system industry. Their unique characteristics support effective purification, noise reduction, and thermal regulation, ensuring reliable and efficient braking performance in automotive applications.