• Carbon Black N330 Granluar System 1
  • Carbon Black N330 Granluar System 2
  • Carbon Black N330 Granluar System 3
Carbon Black N330 Granluar

Carbon Black N330 Granluar

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
-
Supply Capability:
10000MT m.t./month

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Carbon Black N330 (Granule)

Product Description:

carbon black N330:
1.Usage Rubber Auxiliary Agents;
2.Product Status:Black powder or granular;
3.Standard: ISO 9001:2000

Suggest for Use:


(1) Uses for the tire tread, cord rubber, tires and various rubber industrial products inside.
(2) Usage, and the FDA is a kind of reinforcement for good performance of carbon black, can give a good strong rubber elongation, tear resistance, abrasion resistance and flexibility. So that the FDA's passenger tire rolling loss (hysteresis loss) only in the N300 series carbon black is greater than N351, than the other varieties are small, dispersed in the rubber compound and pressure out of the performance is also good for all kinds of synthetic rubber and natural rubber.

TDS of the Carbon Black N330

Product Varieties

N330

Pouring density(kg/m3)

340~420

Iodine absorption Value(g/kg)

77~87

300%modulus(Mpa)

-1.9~0.1

DBP absorption Value (10-5m2/kg)

97~107

Ash content

≤0.7%

24Mn DBP(10-5m2/kg)

83~93

45um sieve residue

≤0.05%

CTAB surface area(103m2/kg)

76~88

500um sieve residue

≤0.001%

STSA/(103m2/kg)

70~80

Impurity

NO

Nsa surface area(103m2/kg)

73~83

Fine content

≤10%

Tint strength(%)

99~109

Tensile strength(Mpa )

≥-5.0

Heatloss(%)

2.5

Elongation at failure

≥-20%

Safety:

As a matter of good industrial hygiene, gloves and safety glasses with side shields or better eye protection should be worn when handing Carbon Black ,For more information, refer to the MSDS.




Q: High school knowledge __ teacher do not know right!
Nothing to do, but with the percentage of activated molecules, is proportional to
Q: Carbon dioxide and hydrogen in the catalyst and heating conditions, the reaction of water and methane, the chemical equation is what
CO2 + 4H2 = catalyst, heating = 2H2O + CH4
Q: Exemplify the use of green catalysts in green chemistry
The platinum and palladium catalyst in the exhaust pipe of the automobile can catalyze the formation of CO2 and N2 by NO and CO
Q: What is the catalyst for high chemistry?
Concentrated sulfuric acid, NI, barium bromide, copper or silver
Q: Could you tell me all the differences between those two catalysts? Thank you very much.
One occurs in biological systems and the other is in chemical reactions. Biological catalysts are basically enzymes - proteins which regulate biochemical reactions whilst chemical catalysts act on non-biological chemical reactions and are inorganic elements or compounds.
Q: The greater the chemical adsorption strength, the catalyst activity changes
If the adsorbent is a reactant, then the better the adsorption capacity of the better catalytic effect; but the catalyst surface of the product will generally have adsorption, if this effect has become very strong, then desorption The process will become difficult, the catalytic effect will decline; the other one, if the adsorption of other substances, such as the reaction may produce a reaction or the catalyst will poison the material, it is greatly detrimental to the catalytic effect. The effect is to be controlled in a suitable optimum range for superior, and preferably to be selectively adsorbed.
Q: Will the catalyst in the chemical reaction be reduced?
The amount of catalyst in the chemical reaction is not reduced, the catalyst is divided into a positive catalyst and a negative catalyst, the positive catalyst promotes the reaction, and the negative catalyst inhibits the reaction
Q: how does the amount of a catalyst affect reaction rate?
It's more the surface area than the amount, but, in general, the more catalyst exposed, the quicker the reaction will proceed.
Q: Does the nature and quality of the catalyst itself change before and after the chemical reaction?
The catalyst is not consumed in the chemical reaction. They are able to be separated from the reactants, either before or after the reaction. However, they may be consumed at a certain stage of the reaction and then regenerated before the end of the reaction.

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