Activated carbon（coconut husk）

Activated carbon is used for extracting gold, using high-quality coconut shells from Southeast Asia as raw materials, and refined through carbonization, high-temperature activation, and pretreatment. The product has significant characteristics such as well-developed pore structure, large specific surface area, high wear resistance, fast adsorption speed, large adsorption capacity, easy desorption, and repeated regeneration. It is widely used in the extraction of gold by carbon slurry and heap leaching processes. The activated carbon used in this gold has adopted a special process to high-strength shape the activated carbon particles, almost completely removing the easily worn parts such as needle shaped, pointed, and angular shapes in the particles. The particle shape is full and uniform, greatly improving the wear resistance of the product. After entering the factory, there is no need for pre grinding, and it can be directly used after water washing.

Applications:

Municipal Water Treatment

Industrial Water Purification

Food & Beverage Processing

Aquarium Filtration

Gold Mining Carbon-in-Pulp

Hydroponics Systems

Pharmaceutical Purification

Certifications:

NSF Standard 61 Drinking Water System Components

KOSHER

HALAL

Pricing & Packaging:

25kg multi-ply Kraft bags

500kg, 1MT bulk bags

Volume discounts available

Competitive pricing structure

English name：

• Carbon nanodiscs/nanocones (annealed)

• Activated carbon, 4 x 10 mesh granules

• Carbon, activated, -20+40 mesh

• Single Layer Graphene on Copper Foil

• Reduced Graphene Oxide@ Fe3O4

• Single Layer CVD hexagonal Boron Nitride FilM on 285 nM SiO2/Si substrates (p-doped)

• Single Layer Graphene on Glass

• Single Layer Graphene on PET

• Single Layer Graphene on Plastic

• Single Layer Graphene on Quartz

• Single Layer Graphene on Si

• Single Layer Graphene on SiO2

• Single layer h-BN (Boron Nitride) filM grown in copper foil

• Thiol Graphene

• Trivial Transfer Graphene

• 3D Freestanding Graphene FoaM or on Nickel

• AMinated Graphene AMino-PEG covalently linked

• AMinated Graphene OctadecylaMine covalently linked

• AMinated Graphene Piperazine covalently linked

• AMinated Graphene TEPA covalently linked

• Carboxyl Graphene

• CVDGrapheneTM filM deposited on TEM grids

• Dispersion of Carboxyl Graphene

• GO quantuM dots

• Multi-walled carbon nanotube (MWNT)

• Acetylenecarbonblack(99.99%)(100%compressed)

• Acetylenecarbonblack(99.99%)(50%compressed)

• Carbonpowder(99.999%)

• Carbonpowder(99+%)

• Carbonrods(99.999%)

• Carbonsheet(99.8%)

• Carbonyarn(99.9%)

• ACTIVATED CARBON (ELECTROPLARTIN)

• GRAPHITEFIBRES

• GRAPHITICCARBONS

• MULTI-WALLCARBONNANOTUBES

• CARBONIONS

• CARBONAEROSOL

• ELEMENTALCARBON

• COLLOIDALCARBON

• SINGLE-WALLEDCARBONNANOTUBES

• TOTALCARBON

• CARBON, ACTIVATED, NORIT ROW 0.8MM PELLETS, STEAM ACTIVATED

• CARBON, ACTIVATED, CHORCARB 130 POWDER

• ACETYLENE CARBON: (50% COMPRESSED), 4N

• CARBON POWDER, 2N+

• CARBON RODS, 5N: 99.999%

• CARBON POWDER, 5N

• ACETYLENE CARBON BLACK (100% COMPRESSED), 4N

• CHARCOAL,ACTIVATED,DARCOG60.POWDER

• CHARCOAL,ACTIVATED,FINEGRANULAR(BULK

• CHARCOAL,ACTIVATED,GRANULAR

• CHARCOAL,ACTIVATED,NORITAQUARIUM,GRANULAR

• CHARCOAL,ACTIVATED,NORITCA3.POWDER

• CHARCOAL,ACTIVATED,NORITCN3.POWDER

• CHARCOAL,ACTIVATED,NORITRBHG

• CHARCOAL,ACTIVATED,NORITSA5.POWDER

• CHARCOAL,ACTIVATED,NORITSX