Honeycomb Ceramic Zeolite Molecular Sieve for Ind | RFQ Sourcing Details

Product overview This honeycomb ceramic zeolite molecular sieve is an adsorbent module intended for industrial waste-gas treatment. Its extruded honeycomb structure provides regularly arranged flow channels for gas . The stated target compounds include VOCs such as benzene, aldehydes, and esters.

The available configurations include rectangular modules with square or triangular channels and a round module with triangular channels. Existing-mold sizes include 107 × 85 mm, 100 × 100 mm, and 51 mm diameter.

Product height can be customized from 8 to 100 mm, and other shapes, pore densities, structures, and dimensions may be customized according to the operating conditions. Stated operating data The listed adsorption working temperature is up to 60°C.

The stated desorption range is 160–260°C, while certain VOCs may be desorbed at 350°C. Maximum temperature tolerance is listed as 650°C.

Other stated properties include bulk density of 360–600 kg/m³, void ratio of 60–65%, geometric surface area of at least 900 per m³, dynamic saturated water absorption of no more than 5 wt%, and applicable cross-sectional gas velocity of 0.2–1.2 m/s.

Vertical and horizontal compressive strengths are listed as at least 1.0 MPa and 0.3 MPa, respectively. Regeneration and customization The module supports thermal desorption or steam regeneration.

VOC adsorption capacity is listed as 10–50 kg/m³ and is customized according to the operating conditions and adsorbent selection. Available customization can cover adsorption characteristics, pore density, module shape, and size.

Applications stated for this product include waste-gas treatment in printing, coating, petrochemical, and electronics operations.

Suitability for any specific process must be assessed against the actual VOC mixture, concentration, humidity, temperature, airflow, pressure-drop limits, regeneration method, and system design.

Buyer confirmation points Before procurement, confirm the target VOC species and concentrations, inlet temperature and humidity, required removal performance, gas velocity, module dimensions, channel geometry, acceptable pressure drop, regeneration temperature and medium, and expected operating cycle.

Buyers should also request the test conditions behind adsorption efficiency, adsorption capacity, service-life, water-absorption, and strength figures. Confirm whether the selected configuration is suitable for the intended equipment and whether project-specific environmental or safety requirements apply.