Suzhou Endless Summer Trading Co., Ltd
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1700mg/g Coconut Shell Activated Granules (30*50 Mesh) — Bulk, ISO & NSF Certified
Product Introduction
This coconut shell-based granular activated carbon boasts a high iodine value of 1700 mg/g, designed specifically to enhance the quality of household drinking water. Crafted from top-grade coconut shells, it features an extensive surface area and a well-developed pore network, making it highly effective in filtering out chlorine, odors, sediments, and organic impurities. This ensures your water tastes clean and fresh every day.
| Specification | Value |
| Mesh Size | 30*50 |
| Iodine Number, mg/g | 1700 |
| Specific Surface Area, ㎡/g | 1700 (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 Efficiency Filtration: Its porous granular structure enables effective removal of residual chlorine, organic molecules, and odors, ensuring purer drinking water.
Eco-conscious Material: Derived from naturally renewable coconut shells, supporting environmentally sustainable water treatment solutions.
Durable and Reliable: The granules maintain integrity over extended use, reducing the frequency of replacements.
Chemical-Free Purification: Provides safe, additive-free filtration suitable for health-focused households.
Applications
Designed for household water purification units, including under-sink filters and countertop systems. It improves tap water by removing chemicals, bad smells, and microcontaminants, helping families access safe, great-tasting water. Its adsorption power ensures water safety, taste quality, and a reduction in reliance on bottled or chemically treated water sources.
Manufacturing Process
The process begins with selecting premium coconut shells known for their dense structure and high carbon content. These are subjected to high-temperature pyrolysis in an oxygen-limited environment, producing pure carbon. The carbon is then activated through steam or chemical methods, creating a highly porous structure with a large surface area. The resulting carbon is carefully sieved into uniform granules, aligned with household filtration specifications.
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