new material
Brake air system molecular sieve is a high-performance adsorbent designed for efficient moisture removal and air purification in pneumatic brake systems. Featuring an optimized microporous structure with superior adsorption capacity, it selectively captures water vapor and impurities, preventing corrosion and system failure while ensuring stable air compression performance. This molecular sieve is widely used in automotive, rail, and industrial brake applications, delivering reliable moisture control for enhanced system durability.
Product Overview
The brake air system molecular sieve is designed specifically for automotive brake air circuits, primarily used to adsorb moisture from compressed air to ensure the stability and safety of the braking system. It plays a critical role in drying compressed air, and through a regeneration process, it removes absorbed moisture to keep the air system dry and reliable. This product offers excellent moisture-adsorption capacity, chemical stability, and high strength, making it widely used in air systems, chemical gas drying, automotive brake systems, and refrigeration systems.
Key Features
- High Moisture Absorption Rate: Strong water absorption capability, suitable for absorbing moisture in high-speed airflow.
- No Hydrolysis: Does not undergo hydrolysis when exposed to water, ensuring long-term stable performance.
- Low Abrasion Rate: Does not produce dust during use, extending the product's service life.
- Strong Regeneration Capability: Can be effectively regenerated during the venting process through a pressure relief valve, removing absorbed moisture.
- Eco-Friendly: Free from harmful substances and meets environmental protection standards.
- High Strength and Impact Resistance: Offers high resistance to crushing, making it suitable for high-pressure air environments.
Applications
- Pneumatic Braking Systems: Used for drying air in the pneumatic braking systems of cars, trucks, trains, and ships, ensuring the stable operation of the brake system.
- Chemical Gas Drying: Widely used for drying chemical gases to maintain dryness within systems.
- Refrigeration Systems: Used for gas drying in refrigeration systems to prevent moisture from affecting system performance.
- Compressed Air Drying: Suitable for various compressed air systems, ensuring reliable drying of the gas and improving system efficiency.
