Carbon black N330

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What is carbon black N330

Carbon black N330 is a material produced by incomplete combustion of heavy petroleum products such as FCC tar, coal tar or ethylene cracking tar. Actually N330 is a paracrystalline form of carbon with a high surface area to volume ratio, albeit lower than that of activated carbon. Carbon black N330 differs from drying in a much higher surface area to volume ratio and significantly lower polycyclic aromatic hydrocarbon (PAH) content

 Usage of  black N330

Carbon black N330 used as a color pigment in plastics, paints and inks. And also for paint and ink, plastic and other industries It is widely used as a model compound for diesel soot for diesel oxidation experiments. In fact the black N330 most common use(70%), it is a pigment and strengthening stage in atomics Carbon N330\’s high tinting strength and stability have also made it useful for coloring resins and films .In addition it can be used as a food coloring agent as electrical conductive material of lithium-ion battery

Packing’s carbon N330

Packing in double layer Kraft paper-PE envelopes( 20-25 kg)
Grad Bag weight(kg) Pallet weight(kg) Volume per 40 FCL
N-330 22 1,210 19.360

The product in Bulk jumbo packing-double valve ,PP-PE(1,100kg)

Grade Bag Weight(kg) Pallet Weight(kg) Volume per40 FCL
N-330 1,100 1,100 22,000

How we are shipping the carbons

Depending on the grade of carbon, we carry and load it.  According to the transportation ways of the buyer country, the method of loading carbon black changes, usually through 40-foot containers, where each container changes from at least 15,489 to at least 22 depending on the grade of carbon black and the type of packaging.

 Properties and analysis of carbon N330

Specification Value
Appearance Black granular
Iodine absorptions, g/kg 77-87
CATB absorptive specific surface area, 103 m2/kg 77-87
DBP absorption, 10-5 m3/kg 97-107
Absorptive specific surface area, 103 m2/kg 78-88
Tinting strength, % 98-108
Compressed sample DBP absorption, 10-5 m3/kg 83-93
Heat loss, % 2.5 max.
Ash, % 0.5 max.
Residue on 45µm sieve, % 0.1 max.
Residue on 500µm sieve, % 0.001 max.
300% modulus at a definite elongation, MPa -2.0-0.
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