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Coconut Shell Activated Carbon
Product FeaturesThe core function of coconut shell activated carbon lies in its highly developed microporous structure and enormous specific surface area, enabling efficient physical adsorption for effective purification, decolorization, deodorization, and recovery.
Packing
Main Applications
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Beverage Refining
Decolorization and Purification
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Drinking Water
Deep Purification
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Gas mask
effective protection against multiple harmful gases
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Gold Extraction
High Wear Resistance
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Metallurgy
high mechanical strength
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Petrochemical Industry
Catalyst Supports
Product Advantages
- Made from high-quality coconut shells, this product appears as black, irregular granules and offers outstanding advantages such as high strength, low ash content, and rapid adsorption speed, making it one of the superior types of activated carbon in terms of overall performance.
FAQ
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How long can coconut shell activated carbon last?
Lifespan varies depending on usage conditions, typically lasting 2 to 3 years. For household air purification applications, it is recommended to replace the filter within one year; for water treatment applications, replacement every 1 to 2 months is advised. The best way to determine replacement timing is by regularly testing the treated water or air quality—replace when performance noticeably declines.
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Does activated carbon release harmful substances after becoming saturated with adsorption?
Under normal conditions, this does not happen. Activated carbon regeneration requires high temperatures above 600°C. Daily sun exposure mainly evaporates moisture and frees up pore spaces occupied by water molecules; it is not chemical regeneration and does not cause the release of adsorbed harmful gases.
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What should be noted regarding storage and transportation?
Do not allow water immersion: Water can fill the pores of activated carbon, causing it to lose its adsorption capacity.
Fireproof and moisture-resistant: Store in a cool, dry place away from sources of ignition. Activated carbon is flammable; avoid direct contact with fire sources during storage or transportation.
Handle with care: Avoid mixing with hard materials, and do not shake or drop to prevent carbon particles from breaking.
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How to choose high-quality coconut shell activated carbon?
Look at density: the more pores, the higher the adsorption capacity; for the same weight, a larger volume is better.
Look at particle size: the smaller the particles, the greater the surface area in contact with air; it is recommended to choose products with a diameter of 0.42–0.85 mm.
Bubble test: Add a small amount of activated carbon to water; the better its performance, the more vigorously and longer-lasting the bubbles will be.
Check the packaging seal: The outer packaging must be sealed to prevent adsorption failure during storage.
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