Suzhou Endless Summer Trading Co., Ltd
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1500 mg/g Coconut Shell Activated Carbon — 20×40 Mesh Granules, Bulk, ISO & NSF Certified
Product Introduction
This high-quality granular activated carbon, 20×40 mesh size and made from coconut shells, has an iodine value of 1500 mg/g and is specifically designed to improve drinking water quality. Sourced from premium coconuts, it offers a large surface area and optimized pore structure, effectively removing chlorine, odors, sediments, and organic impurities for clearer, better-tasting water in everyday use.
| Specification | Value |
| Mesh Size | 20×40 |
| Iodine Number, mg/g | 1500 |
| Specific Surface Area, ㎡/g | 1500 (min) |
| Moisture, % | 5 (max) |
| Density, g/cm³ | 0.4-0.5 |
| Ash, % | 5 (max) |
| Hardness, % | 95 (min) |
Note: Specifications and particle sizes can be customized according to customer requirements.
Features
High-Performance Absorption: The porous, granular structure efficiently captures chlorine, volatile organics, odors, and sediments, ensuring superior water purification.
Eco-Friendly Material: Produced from sustainably harvested coconut shells, supporting environmentally conscious practices.
Long-Lasting Durability: The sturdy makeup of this coconut shell granular activated carbon resists cracking, providing consistent filtration over time and reducing the need for frequent replacements.
Pure, Chemical-Free: Contains no additives or chemicals, delivering safe, natural water treatment suitable for health-conscious consumers.
Applications
Designed for household filtration units such as under-sink or countertop systems. It effectively removes chemical residues, unpleasant odors, and micro-contaminants, contributing to safer, better-tasting water. Its excellent adsorption helps decrease dependence on bottled or chemically treated water, promoting healthier living.
Manufacturing Process
Starting with dense, high-carbon coconut shells, they undergo high-temperature carbonization in a controlled oxygen-deprived environment to produce pure charcoal. This is followed by activation via steam or chemical processes, creating a highly porous structure with a vast surface area. The resulting activated carbon is then graded into consistent granules suitable for domestic filtration, ensuring quality and performance stability.
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