Voc Molecular Sieve as Catalyst for Waste Gas Tre | RFQ Sourcing Details

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Molecular Sieve Drying Method Dynamic Drying Sorbent Molecular Sieves Desiccant Chemical Desiccant Aperture Mesoporous, Microporous Structure Material Honeycomb Ceramic Bulk Density (g/cm3) 0.45~0.50 Organic Adsorption Capacity >2% Purification Efficiency 90~95% Transport Package Pallet Specification 3-5mm Trademark Sanhe Origin China HS Code Production Capacity 50000ton/Month Overall extruded hydrophobic strip-shaped zeolite molecular sieve VOC adsorbent Product Overview The extruded hydrophobic strip-shaped zeolite molecular sieve VOC adsorbent professionally developed and , Ltd.

in Pingxiang City, Jiangxi Province adopts advanced molding technology and has unique structural advantages.

The products cover solid strips, hollow strips, and multi-leaf special-shaped structures such as clover and four-leaf clover, and significantly improve the specific surface area and mass transfer efficiency by optimizing the pore design.

With excellent hydrophobic properties, this series of adsorbents can maintain a stable adsorption capacity in a high humidity environment, and is suitable for efficient capture of volatile organic compounds (VOCs) in the fields of petrochemicals, environmental protection, etc.

The products are strictly quality controlled and meet relevant industry standards, providing safe and reliable solutions for industrial waste gas treatment, helping enterprises achieve green and sustainable development. Advantages and characteristics 1.

Multi-morphological structural adaptability: covering special-shaped structures such as solid strips, hollow strips, three-leaf clover and four-leaf clover strips, and significantly improving the specific surface area and pore utilization through geometric design, and enhancing gas diffusion and mass transfer efficiency.

2. High hydrophobic stability: The material is endowed with excellent hydrophobic properties through a special modification process, which can maintain a stable adsorption capacity in a high humidity environment, avoiding the performance attenuation of traditional adsorbents due to competition with water molecules. 3.

Excellent selective adsorption: The zeolite molecular sieve has precise pore size control, and achieves efficient selective adsorption of VOCs (such as benzene, alkanes, halogenated hydrocarbons, etc.), reducing the risk of secondary pollution. 4.

Mechanical strength and durability: The overall extrusion molding technology ensures that the product has high mechanical strength and wear resistance, and is suitable for a variety of working conditions such as fixed beds and fluidized beds, reducing powdering losses. 5.

Environmental protection and economy: The recyclable design extends the service life, combined with the low operating resistance characteristics, reduces the energy consumption and comprehensive cost of waste gas treatment in enterprises. 6.

Wide industry adaptation: The product has passed multiple performance tests and meets the VOCs governance needs in the fields of petrochemicals, printing and coating, and manufacturing, helping enterprises achieve environmental protection standards and sustainable development.

Product Photos Technical indicators Shape Solid strip Hollow strip Shamrock Strips Four-leaf clover strip Notes Specification and size Diameter 3-5mm Diameter 3-5mm Bulk weight Length 10-15mm Length 10-15mm Void ratio 600kg/m³±20kg 480kg/m³±20kg Compressive strength Adsorption working temperature 100N/piece 100N/piece Desorption working temperature ≤60ºC ≤60ºC Maximum tolerance temperature 160-260ºC 160-260ºC Specific heat capacity 650ºC 650ºC Applicable cross-sectional wind speed KJ/kg.k KJ/kg.k Dynamic saturated water absorption rate Adsorption efficiency ≤3wt% ≤3wt% Service life ≥98% ≥98% VOC ≥3 years ≥3 years Ethyl acetate was used as the test adsorbent Note: This data is based on standard test conditions, and the actual data needs to be adjusted according to the application conditions.

Application Scope Petrochemicals: Suitable for the treatment of VOCs such as benzene, alkanes, and olefins produced in the process of oil refining and petrochemical production.

Pharmaceuticals and fine chemicals: Highly efficient capture of volatile organic compounds such as halogenated hydrocarbons, esters, and ketones in the use of solvents.

Coating and printing packaging: Suitable for the purification of xylene, non-methane total hydrocarbons and other waste gases produced in processes such as spraying, printing, and laminating.

Electronics and semiconductor manufacturing: Used for the recovery and treatment of organic solvents such as cleaning and photolithography. Environmental protection engineering: As the core adsorption material for industrial organic waste gas treatment and odor gas purification systems.