JM
John Mitchell
Requested a free sample
Just now · Water Treatment · United States

PRODUCTS RANGE

High Quality.  Superior Performance.

Coconut Shell Powdered Activated Carbon

When the application demands maximum micropore density, low ash, and a clean performance profile pharmaceutical API purification, sugar and glucose refining, food-grade edible oil processing coconut shell is the only acceptable PAC source. Triple-washed, steam-activated, and ground to 100–325 mesh. Iodine values of 800–1,100 mg/g confirm the micropore density that drives performance in pharmaceutical and high-purity applications. Ash content below 5% ensures no inorganic carry-over into sensitive downstream processes.

ISO 9001:2015  ·  NSF/ANSI 61  ·  USP / EP Grade Available

The pharmaceutical and food industry’s preferred PAC.

Not every PAC application calls for the same pore structure. When the target is a small molecule dissolved organics, pharmaceutical impurities, trace contaminants in high-purity water micropore-dominant carbon is what performs. And when the application also demands low ash, a clean leachable profile, and food or pharmaceutical certification, coconut shell is the only acceptable source material.

Our coconut shell PAC is produced by triple-washing and steam-activating premium coconut shells, then grinding to fine powder typically 100 to 325 mesh. The powder form eliminates diffusion distance as a limiting factor: contaminants reach the carbon surface almost instantly on contact. The coconut shell source delivers the maximum micropore density, ash content below 5%, and the clean performance profile that pharmaceutical and food-grade applications cannot compromise on.

This is the grade pharmaceutical buyers specify for API decolourisation, food manufacturers specify for sugar and edible oil purification, and water engineers specify for applications where inorganic contamination from high-ash alternatives introduces unacceptable quality risk.

Premium Coconut Shell

> 80% Surface Area

Steam Activation

Ash Content ≤ 5%

What sets COCONUT SHELL PAC apart ?

Balanced Meso/Macro Pore Structure

Liquid-phase dosing · Gas-phase ACI injection · Both from one grade family

ACI Mercury Removal Standard

ACI standard · Mercury capture · Dioxin/furan compliance

Iodine Number up to 1100 mg/g

Grade 900 · Grade 1000 · Grade 1100 — ASTM D4607

90% Passing 200 Mesh

90% passing 200 mesh — ASTM D2862

High Methylene Blue 180–250 mg/g

180–250 mg/g — the key parameter for colour removal applications

Kosher, Halal & HACCP Certified

ISO 9001:2015 · Kosher · Halal · HACCP

Full parameter table
MICBLAC™.

Standard grades shown below.Specify Grade 900, 1000, or 1100 on order.
Washed and unwashed grades available. Custom mesh sizes on request.

Iodine Number M900: 900 mg/g  ·  M1000: 1000 mg/g  ·  M1100: 1100 mg/g ASTM D4607
Methylene Blue 200–280 mg/g
Surface Area (BET) 1,000–1,600 m²/g BET
Total Pore Volume 0.90–1.40 cm³/g
Moisture Content < 3% ASTM D2867
Ash Content ≤ 5% ASTM D2866
Bulk Density 360–450 kg/m³ ASTM D1895
pH Value 9–11 ASTM D3838
Mesh Size 90% passing 200 mesh ASTM D2862
Certification ISO 9001:2015 · Kosher · Halal · HACCP
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Where MICBLAC™  is specified.

Specified in applications where large-molecule adsorption capacity, cost efficiency at scale,
and dual liquid/gas-phase performance define the grade requirement.

MICBLAC Applications
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