High-performance inorganic salt synthesis for superior adsorption capacity, designed for industrial purification and eco-friendly wastewater treatment.
Our zinc chloride activated carbon represents the pinnacle of inorganic salt chemical activation. By utilizing a precision-controlled chemical dehydration process, we create a highly developed microporous structure that maximizes the internal surface area, ensuring unmatched adsorption kinetics for volatile organic compounds (VOCs).
Unlike standard physical activation, our chemical process provides uniform pore distribution and enhanced structural stability. This technical advantage allows for superior removal of low-molecular-weight contaminants, making it the industry gold standard for high-purity chemical manufacturing and precision environmental filtration.
Our production philosophy integrates inorganic salt precision with sustainable carbon sourcing to deliver unmatched purity.
Quantifiable data demonstrating the superiority of ZnCl2-activated carbon over traditional methods.
Certified analysis for high-grade zinc chloride activated carbon, conforming to ASTM international standards.
| Grade A | Grade B | Testing Method | Unit | Compliance | |
|---|---|---|---|---|---|
| Iodine Value | 1100 - 1200 | 900 - 1000 | ASTM D-4621 | mg/g | Compliant |
| Surface Area (BET) | 1500 - 1800 | 1200 - 1400 | Nitrogen Adsorp | m²/g | Compliant |
| Moisture Content | < 5.0% | < 8.0% | Gravimetric | % | Standard |
| Ash Content | < 3.0% | < 5.0% | ASTM D-2867 | % | Strict |
| Apparent Density | 0.45 - 0.55 | 0.40 - 0.50 | Tap Density | g/cm³ | Stable |
| Hardness (Ball Press) | 95% | 90% | ASTM D-3852 | % | High |
| pH Value (10% Sol) | 6.5 - 7.5 | 6.0 - 8.0 | pH Meter | pH | Neutral |
| Sieve Analysis | 8-30 Mesh | 4-12 Mesh | Sieve Shaker | Mesh | Custom |
Note: All specifications are based on our internal quality control labs. Custom specifications can be engineered to meet specific molecular adsorption requirements upon request.
Real-world applications where our activated carbon solved critical pollution and purity challenges.
Implemented microporous carbon to recover solvent vapors from industrial exhaust streams.
Removal of mercury and lead from industrial effluent using high-density microporous carbon.
Ultra-pure activated carbon used for removing trace catalyst residues from liquid pharmaceutical intermediates.
Elimination of odor-causing compounds from refined vegetable oils using ZnCl2 activated carbon.
High-capacity filters for removing ammonia and sulfur compounds from air conditioning units.
Application of high-hardness carbon for removing organic pollutants from tailings ponds.
Our ZnCl2 activated carbon is engineered to perform across diverse chemical and physical environments.
Purification of solvents and removal of catalyst by-products.
Removal of organic impurities and colors from edible oils.
Dechlorination and organic removal for industrial water.
VOC adsorption for cleanroom and industrial ventilation.
Removal of trace catalysts in API manufacturing.
Removing toxic organics from acid mine drainage.
We utilize a multi-stage washing cycle to ensure that no residual zinc chloride remains, preventing contamination of your process streams.
Every batch is verified via BET surface area analysis and iodine value testing to ensure consistency.
Comprehensive documentation from raw material sourcing to final thermal activation cycles.
Our products meet the most stringent global environmental and purity standards.
Expert answers to common technical and commercial inquiries.
Join hundreds of industrial leaders worldwide. Experience the difference in adsorption kinetics and purity. Request your customized technical sample today.
