Wholesale Coconut Shell Activated Carbon for Gold Extraction
Carbon Tetrachloride Adsorption Value
Specific Surface Area
Environmental Protection Industry, Chemical Industry, Food Industry, Gold Industry, Air Purification
Physical Method of Activated Carbon
Shell Activated Carbon
Permeability of Graphite Class
Coconut Shell Based Activated Carbon
Air Purification, Water Treatment
25kg Small Bag or 1 Ton Bag. Other Package Require
0.5-1mm, 1-2mm, 2-4mm, 4-6mm
Wholesale coconut shell activated carbon for gold extraction Description Coconut shell activated carbon is made from high quality coconut shell. It is manufactured in rotary furnace by steam activation showing features of superior adsorption capacity, large surface area, high hardness, long service life and fast rate of deodorization. It is good filter media for water treatment.
For Water Treatment For Air Purification For Solvent Recovery For Catalyst Carrier Or Catalyst For Desulfuration and Denitrification For Garbage Burning For Protection For Efficiency Adsorption For Pressure-swing Adsorption For Sugar Refining For Hydrocarbon Adsorption For Natural Gas Purification For Gasoline Recovery For Deodorization
Product advantages: 1. Developed pore structure; 2. High mechanical strength; 3. Large specific surface area; 4. Strong adsorption capacity; 5. Easy to regenerate, and durable etc.
1. Choose 40mesh high quality Coconut shell as material. 2. Put the zinc chloride solution into the coconut shell. Make sure adsorb all the zinc chloride solution. 3. Move into open flat coking oven hermetically sealed carbonization about 3 hours. The temperature adjust to 400° C. 4. Every 30 minutes thoroughly mixing time, mixing before the furnace temperature drop to below 100° C, after mixing temperature closed charring, until become black coke, show that carbonized completed. 5. Add suitable zinc chloride solution into the coconut shell carbon again, Move into activation furnace and adjust the temperature to 650° C. 6. Wash the coconut shell based activated carbon with the boiling water. 7. Drying the wet activated carbon. 8. Crushing the activated carbon into same size particle. 9. Package.