Brake System Desiccant AH-5 Brake Ball

Also known as coal columnar activated carbon Made from high-quality coal-based raw materials Features a large specific surface area and well-developed microporous structure Provides strong adsorption capacity and high purification efficiency Offers high mechanical strength and excellent durability Supports easy regeneration and extended service life Provides...

Also known as columnar activated carbon Made from high-quality wood chips, coconut shells, and other raw materials Produced through crushing, mixing, extrusion, shaping, drying, carbonization, and activation processes Features a uniform pellet structure for efficient adsorption performance Provides reliable purification and filtration capabilities Suitable f...

Designed as a high-performance adsorbent for industrial applications Features a large surface area and strong adsorption capacity Maintains effective adsorption performance even at low adsorbate concentrations Non-toxic, odorless, non-flammable, and non-explosive material Suitable for selective adsorption, dehydration, and drying processes Used for kerosene ...

Provides adsorption capabilities of both 3A and 4A molecular sieves Suitable for adsorbing C3-C4 normal alkanes and other small molecules Effective for ethyl chloride, ethyl bromide, and butanol adsorption Supports selective separation of N-isomeric hydrocarbons Suitable for pressure swing adsorption (PSA) separation processes Provides co-adsorption of water...

Designed for selective adsorption of water and various small molecules Suitable for removing moisture, methanol, ethanol, hydrogen sulfide, and carbon dioxide Provides effective adsorption of sulfur dioxide, ethylene, and propylene Prevents adsorption of molecules larger than 4A in diameter Offers excellent water adsorption performance compared with other mo...

Designed mainly for selective water adsorption applications Adsorbs moisture while preventing larger molecules from entering the pore structure Provides fast adsorption speed for efficient drying performance Supports multiple regeneration cycles for extended service life Features high crushing strength and strong durability Offers good resistance to contamin...

Made from high-quality coal through high-temperature processing Features a honeycomb structure with developed pore networks Provides strong adsorption capacity for effective purification Non-toxic and odorless material suitable for various applications Offers high wear resistance for long-term use Suitable for air purification and gas treatment applications ...

Produced from high-quality materials including coal, coconut shells, and resins Manufactured through crushing, molding, carbonization, activation, and carbon deposition processes Features a large network of uniformly distributed micropores Provides precise molecular separation performance with narrow pore sizes Suitable for separating gases such as oxygen an...

Made from high-quality raw materials including coal, coconut shell, and sawdust Produced through advanced processing techniques for effective purification performance Suitable for gas treatment, sewage treatment, and industrial purification applications Used in desulfurization, denitration, and solvent recovery processes Applied in nitrogen generation and ai...

Qualified raw coal, mainly anthracite, is selected as the primary material Raw coal is crushed to a specific fineness, typically around 200 mesh Crushed coal is mixed with suitable binders such as coal tar The mixture is processed through a kneading system for uniform blending Formed into carbon strips using specialized molds under controlled pressure Ensure...

Qualified raw coal, mainly anthracite, is selected as the primary material Raw coal is crushed to a specific fineness, typically around 200 mesh Crushed coal is mixed with suitable binders such as coal tar The mixture is processed through a kneading system for uniform blending Formed into carbon strips using specialized molds under controlled pressure Ensure...

USY molecular sieve is an active component used in fluidized-bed catalytic cracking. Widely applied in hydrocracking, isomerization, alkylation, and deolefin processes. Suitable for various petroleum refining and chemical processing applications. Can also be used as an adsorbent for volatile organic compounds (VOCs). Supports catalytic and adsorption process...

Crystal-structure molecular sieve manufactured through a controlled production process. High acid center and acid strength support strong catalytic activity. Offers good stability and selectivity in catalytic applications. Designed for long service life in industrial processes. Widely used as a catalyst, catalyst carrier, active component, and adsorbent. Sui...

Microporous crystalline material with a structured zeolite framework. Skeleton is formed from silicon-oxygen and aluminum-oxygen tetrahedra. Tetrahedral units combine into rings and secondary structural units. β-cages are interconnected through six-membered rings to form the zeolite structure. Dodecahedral rings create the main pore openings of the molecular...

Features a pore size of approximately 10 Å for selective molecular adsorption. Suitable for deep drying of general gases. Effectively removes water (H₂O) and carbon dioxide (CO₂) in air separation applications. Can adsorb molecules handled by 3A, 4A, and 5A molecular sieves. Also accommodates larger critical-diameter molecules, including aromatic and straigh...

Chemical molecular sieve with a 5Å effective pore size. Molecular formula: 3/4CaO-1/4Na₂O-Al₂O₃-2SiO₂-9/2H₂O. Silicon-to-aluminum ratio is approximately SiO₂/Al₂O₃ ≈ 2. Spherical form provides a practical structure for molecular separation applications. Designed for processes requiring controlled adsorption through approximately 5Å pores.

Honeycomb structure provides strong adsorption performance. Low fluid resistance supports efficient air and gas flow. Features a well-developed pore structure for effective adsorption. Large specific surface area enhances contact with target substances. Suitable for air purification, filtration, and adsorption applications.

Designed to absorb moisture inside insulating glass units, preventing fogging and maintaining clear visibility even at low temperatures. It helps improve insulation, reduce energy consumption, and extend service life.

Designed mainly for curing oil-based coating products. Suitable for paint curing applications. Compatible with epoxy resin curing processes. Can be used for polyurethane curing applications. Supports effective curing of various industrial resin and coating systems.

Effectively adsorbs trace moisture and small molecular impurities in polyurethane systems. Helps prevent CO₂ formation, bubbles, surface roughness, and production defects. Fast adsorption and excellent dispersion support efficient moisture control. Compatible with commonly used polyether, isocyanate, and polyol materials. Low impurity content and uniform par...

Molecular sieve activation powder designed for polyurethane systems. Quickly adsorbs trace moisture and small molecular impurities from materials. Helps reduce bubble formation caused by moisture reacting with isocyanates. Supports improved bonding quality and helps prevent surface roughness. Good dispersibility allows smooth integration into polyurethane fo...

Removes trace moisture and small-molecule impurities from polyurethane systems. Helps prevent CO₂ formation, bubbles, surface roughness, and production defects. Provides fast adsorption and good dispersion within the material. Compatible with commonly used polyether, isocyanate, and polyol systems. Low impurity content and uniform particle size support consi...

Fast-acting adsorbent designed to remove trace moisture and small molecular impurities. Suitable for polyurethane systems to help prevent moisture-related CO₂ formation and bubbles. Helps reduce surface roughness, lines, and other defects during production. Offers excellent dispersion and compatibility with commonly used polyether, isocyanate, and polyol mat...

Features a pore size of approximately 10 Å for adsorbing molecules below this size. Used for deep drying of general gases and removing H₂O and CO₂. Suitable for air separation units and cryogenic air separation processes. 13X-III offers enhanced adsorption of low-concentration CO₂ and water. CO₂ adsorption capacity is approximately 22% higher than traditiona...