Sanniu Carbon
Activated carbon products
Compare published sample grades and material forms for industrial adsorption. Open a product to review its specifications and discuss suitability.
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Coconut Shell Activated Carbon for Gold Recovery in CIL/CIP Circuits
Coconut shell activated carbon for gold recovery in CIL and CIP circuits, where hardness and a defined particle cut support screening and slurry duty. This granular series is offered with iodine value, methylene blue adsorption, bulk density and ball-pan hardness ranges that help buyers compare grades. Published values describe the series; the actual batch certificate and test method are confirmed before quotation, so plants can check figures against incoming material.
Activated Carbon for Mercury Removal: Selecting the Right Grade for Flue Gas and Process Streams
Mercury removal from flue gas and process streams calls for more than one adsorption number. Coal, coconut, wood, nutshell and bamboo series offer a range of pore structures and particle sizes to compare against your gas conditions and target duty. Selection starts with micropore development, surface area, hardness and particle size. Series references such as iodine value, BET and CTC are shown here; batch figures, packing and documents are confirmed before quotation.
Coal-Based Activated Carbon for Air Filtration: Iodine Value, CTC and Particle Size Selection Guide
Coal-based granular activated carbon is made by high-temperature steam activation, giving a hard, dense granule with a pore network suited to removing VOCs, solvent vapours and odours from process air and exhaust streams. The granular form keeps pressure drop workable in packed beds while the coal precursor balances capacity and strength. Reference values for this series are confirmed batch by batch before quotation.
High-Quality Coal-Based Activated Carbon for Water and Air Purification | Sanniu Carbon
Sanniu Carbon supplies high-quality coal-based activated carbon for water and air purification. Selected coal is carbonized and steam-activated into a durable granular adsorbent with a developed pore structure targeting dissolved organics, chlorine, taste-and-odor compounds and VOCs. Batch figures are confirmed before quotation. Share your medium, flow or concentration, target specification, mesh cut and quantity for a suitable grade.
Coal-Based Granular Activated Carbon for Water and Air Treatment | Sanniu Carbon
Coal-based granular activated carbon is made from selected coal and steam-activated to create a dense, hard granule with a broad pore network. This structure suits drinking water, wastewater, odour control and gas-phase duty, holding organics, chlorine, taste and odour compounds in fixed beds and pressure filters. Its hardness resists attrition during backwashing. Reported iodine value, CTC, hardness and particle size help match a grade to your duty; values are reference ranges, not batch guarantees.
Coal-Based Granular Activated Carbon for Air and Gas Filtration: Selection Guide for Iodine Value, Hardness and CTC Performance
Coal-based granular activated carbon is produced by high-temperature steam activation of selected coal, giving a dense, predominantly microporous material for air and gas filtration. Its granular form keeps pressure drop predictable in fixed beds while the pore network captures solvent vapours and odours. Compare grades using iodine value, BET surface area, CTC adsorption and hardness. Share your gas stream, flow rate, particle size and quantity, and we will confirm the applicable specification through our inquiry channel.
Coal-Based Activated Carbon for Water Treatment: Iodine Value, Hardness and Particle Size Selection Guide
Coal-based activated carbon for water treatment is made from selected coal and activated at high temperature, creating a porous structure that adsorbs colour, taste, odour and dissolved organics. It is supplied as granular carbon for fixed-bed filters and as powdered carbon for short-contact dosing. Iodine value and surface area describe capacity, while hardness and particle size guide bed behaviour. Share your water target, flow and mesh range so a suitable grade can be discussed.