Honeycomb Zeolite Molecular Sieve High Efficiency Waste Gas Purification

• Customization: Available
• Application: Refractory, Structure Ceramic, Industrial Ceramic
• Material: Ceramic
• Model NO.: Sanhe-HC
• Dimension: 100*100*50mm, 100*100*100mm, 100*100*150mm, etc.
• Shape: Rectangle, Square, Round
• Hole Shape: Triangle, Round, Square
• Aperture: Mesoporous, Microporous
• Structure Material: Honeycomb Ceramic
• Cell Density (In2): 100-400 Holes
• Bulk Density (g/cm3): 0.45~0.50
• Organic Adsorption Capacity: >2%
• Purification Efficiency: 90~95%
• Type: Ceramic Plates
• Transport Package: Pallet
• Specification: 100*100*50mm
• Origin: China
• HS Code: 3824999990
• Production Capacity: 50000PCS/Month
• Package Size: 15.00cm * 15.00cm * 15.00cm
• Package Gross Weight: 2.000kg

Product Description

Honeycomb Zeolite Molecular Sieve

Product's Introduction:
 

The extruded honeycomb zeolite molecular sieve VOC adsorbent independently developed by Sanhe Ceramics is based on high-purity inorganic materials and refined by combining advanced molding technology and modified zeolite molecular sieve technology. The product forms a uniform and dense adsorption channel through a unique honeycomb pore structure design, with a high specific surface area and porosity. It can efficiently capture a variety of volatile organic compounds (VOCs) such as benzene, aldehydes, esters, etc. in industrial waste gas, and exhibits excellent hydrophobicity and moisture resistance. It is suitable for industrial waste gas treatment scenarios with complex components and large humidity fluctuations.

Advantages and characteristics

1. Regular honeycomb structure: The overall extrusion molding technology is used to form uniform and dense honeycomb channels, realize efficient gas diffusion and contact, and improve adsorption efficiency.

2. High-efficiency adsorption performance: With modified zeolite molecular sieve as the core active material, it has selective adsorption capacity for various VOCs such as benzene, aldehydes, esters, etc., and is suitable for complex waste gas components.

3. Excellent high temperature resistance: Special inorganic materials combined with high temperature sintering process can maintain structural stability under high temperature conditions, and are suitable for high temperature waste gas treatment systems such as RTO and RCO.

4. Strong recycling and regeneration ability: Support thermal desorption or steam regeneration process, and can still restore adsorption performance after repeated use, reducing the long-term operating costs of enterprises.

5. High mechanical strength: The unique extrusion molding process gives the product high mechanical strength, pressure resistance and wear resistance, and adapts to the harsh environment of long-term continuous operation of industrial equipment.

6. Good hydrophobicity and moisture resistance: Optimize the material formula to significantly reduce the impact of humidity on adsorption efficiency and ensure stable purification effect in high-humidity exhaust gas environment.

7. Customized and flexible adaptation: Adsorption performance, pore density, module shape (square, round, etc.) and size can be customized according to customer needs to meet the needs of diversified exhaust gas treatment scenarios.

8. Environmental compliance certification: The product performance has been verified by a third-party testing agency and meets the relevant national standards for industrial exhaust gas treatment, helping enterprises to meet environmental protection standards.

Technical indicators

1. Specifications and dimensions

Shape	Hole type	Number of holes	Side length/diameter mm(±2%)	Outer wall thickness mm(±2%)	Rebar thickness mm(±2%)	Height mm(±1%)
Rectangle	Square hole	26×20	107×85	0.8	0.4	8-100 Customize product height according to demand
Rectangle	Square hole	33×33	100×100	0.8	0.4
Rectangle	Square hole	42×42	100×100	1.5	0.6
Rectangle	Square hole	55×55	100×100	1.2	0.4
Rectangle	Triangular hole	1372	100×100	0.9	0.45
Round	Triangular hole	344	φ51	0.7	0.45
Note: The above are product styles that can be directly produced by existing molds. If there are other specifications, they can be customized.

2.Physical properties
 

Project	Indicator	Remarks
Bulk density	360-600kg/m³	Determined by pore type, pore number, etc.
Geometric surface area	≥900 /m³	--
Void ratio	60-65%	Determined by pore type, pore number, etc.
Compressive strength	Vertical:≥1.0Mpa;Horizontal:≥0.3Mpa	--
Adsorption working temperature	≤60ºC	--
Desorption working temperature	160-260ºC	Specific VOCs can be desorbed at 350ºC
Maximum tolerance temperature	650ºC	--
Specific heat capacity	0.85-0.87KJ/kg.k	--
Applicable cross-sectional wind speed	0.2-1.2m/s	Determined by pore type, pore number, etc.
Dynamic saturated water absorption rate	≤5wt%	--
Adsorption efficiency	≥90%	--
Service life	≥3 years	--
VOC adsorption capacity	10-50kg/m³	Customized according to different working conditions and adsorbents

Application Scope

It is widely used in printing, coating, petrochemical, electronics, pharmaceutical and other industries. It has high mechanical strength and long service life. It can maintain stable adsorption performance under continuous operation conditions, meeting the stringent requirements of industrial waste gas treatment.




R&D and customized support

Relying on mature environmental protection ceramic research and development experience, the company can customize adsorbent modules of different specifications and structures according to the actual working conditions of customers, and provide full-process service support from technology selection to installation and maintenance.