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CAS Number: 1333-86-4
EC Number: 215-609-9
Carbon Black N330 is a High Abrasion Furnace (HAF) grade feature’s medium structure and medium surface area offers high resilience, easy processing, and good tensile strength properties.
Carbon Black N330 is with good reinforcing properties, which can give the rubber good strength, tear resistance, abrasion resistance and elasticity.
The rolling loss (hysteresis loss) of the passenger tire using this product is only greater than N351 in the N300 series carbon black, which is smaller than other varieties, and has better dispersion and extrusion performance in the rubber compound.
High wear-resistant furnace black HAF.
Carbon Black N330, also known as carbon black, is an amorphous carbon.
Black powder, light loose and very fine, the surface area is very large, ranging from 10~3000m2/g, is carbon containing materials (coal, natural gas, heavy oil, fuel oil and other products) in the air under conditions of inadequate the incomplete combustion or thermal decomposition and the.
Specific gravity 1.8-2.1. Made of natural gas known as "black", the oil made from said "black", called "made by acetylene acetylene black".
In addition, there are "groove black", "furnace black."".
According to the performance of carbon black, there are "reinforcing carbon black", "conductive carbon black" and "wear-resisting carbon black". Can be used as a black dye, used in the manufacture of Chinese ink, ink, paint, etc.,
Carbon Black N330 is a kind of carbon black of furnace process and high ware-resistant.
Carbon Black N330's specification is medium gain diameter, typical D.B.P, wide range of general purpose application.
Carbon Black N330 has excellent strengthen for tire and rubber products.
Carbon Black N330 is wet method pellet, low pullet, high product quality, less impurity.
Carbon Black N330 45μm residuum on sieve less then 300ppm .
So use for rubber production Carbon Black N330 can improve the fineness.
Use Carbon Black N330 to tread can improve wear-resistance and anaphase, reduce the rubber products number of reject and seconds.
Carbon black N330 belongs to high wear resistance furnace black.
Carbon Black N330 is the most widely used high wear-resistant furnace black.
The wear resistance of Carbon Black N330 is slightly worse than that of medium and super wear resistant carbon black, but better than that of trough carbon black.
Carbon Black N330 is used for tire tread, cord compound, tire side and various rubber industrial products.
Carbon Black N330 is a kind of carbon black with good reinforcing property.
Carbon Black N330 can give the compound better tensile property, tear resistance, wear resistance and elasticity.
The rolling loss of the passenger tyre used in Carbon Black N330 is only greater than N351 in N300 series, which is smaller than other varieties.
Carbon Black N330 has good dispersion and extrusion performance in rubber compound.
Carbon Black N330 is suitable for all kinds of synthetic rubber and natural rubber.
Carbon Black N330 is produced by incomplete combustion or pyrolysis of natural gas or high aromatic hydrocarbon oil in the reactor.
This kind of carbon black is called furnace black, and Carbon Black N330 is the largest and most diverse type of carbon black N330.
The distinct difference between furnace blacks and groove blacks and hot cracking blacks is that the degree of melting or coalescence of particles can be adjusted according to different uses.
Therefore, the same particle size range of furnace blacks can be divided into several derivatives with different structures.
Furnace black production is characterized by the combustion of fuel in the reactor to provide the heat required for the cracking of raw materials.
Combustion and pyrolysis occur simultaneously.
According to the different forms of raw materials used, the production of furnace black can be divided into gas furnace method and oil furnace method.
The raw materials and fuels used in the gas furnace process are natural gas.
The fuel of oil oven process can be natural gas, coke oven gas or liquid hydrocarbon.
The raw material is high aromatic oil, such as ethylene tar and anthracene oil.
Reactor is the core equipment in the production process of furnace black.
Reaction furnaces with different sizes are needed to produce different kinds of blacks.
Air and fuel are burned in the reactor.
The raw materials are atomized and sprayed into the burning flame.
Carbon black is produced by pyrolysis at high temperature.
Carbon black is suspended in the residual gas to form smoke.
The flue gas is further cooled by air preheater and oil preheater after quenching.
Finally, Carbon Black N330 is fed into bag filter.
The separated carbon black is sent to granulator for granulation, and then dried in dryer.
Carbon black N330 is used in the tread compound, cord fabric compound, inner tire and industrial compounds.
Carbon black N330 has good re-inforcement, resulting in good tensile properties, crack resistance, abrasion and elasticity.
The hysteresis loss of the passenger tire filled with Carbon Black N330 is lower than the compounds with other N300 series except N351.
The Carbon Black N330 has good dispersion and extrusion properties too, suitable for various synthetic rubbers and natural rubbers.
As a matter of fact, the Carbon Black N330 is the end product of the incomplete combustion of heavy petroleum products like:
Fcc tar,
Coal tar,
Ethylene cracking tar
By the same token, Carbon Black N330 is a form of para crystalline carbon that has high surface area to volume ratio, but lower than that of activated carbon.
The subtypes of the carbon black are (equally important):
Acetylene black
Channel black
Furnace black
Lamp black and
Thermal black
Moreover, Carbon black is widely used as a model compound for diesel soot for diesel oxidation experiments, and also used as a reinforcing filler in tires and other rubber products.
Similarly, Carbon Black N330 is used as a color pigment in plastics, paints and inks.
Carbon Black N330 also offers very good abrasion resistance.
As well as, Carbon Black N330 also provides good tear resistance and high tensile strength.
Applications of Carbon Black N330:
Carbon Black N330 is suitable for all kinds of synthetic rubber and natural rubber,specially used in tire surface, shade cloth glue, the tire and all kinds of rubber industry products.
Carbon Black N330 can be used in tire tread, tire casings, tire beads, tire cord rubber, solid tires, conveyor belts, rollers and molded rubber goods which requires optimum balance of abrasion resistance, hysteresis and viscosity properties.
Carbon Black N330 is a hard particle, reinforcing, furnace carbon black grade.
Carbon Black N330 is recommended for rubber industry and footwear & sheeting.
Carbon Black N330 is suitable for tire treads, sidewall, filler & curing bladders.
Carbon Black N330 is designed for use in belts & hoses, mechanical goods, gaskets & O-rings.
Carbon Black N330 exhibits good wear & tear, stress/strain and processing characteristics.
Carbon Black N330 mainly used in Tires (Solid Tires, Tread, Castings, Beads and Cord Rubber), Conveyor Belts, Rubber Products (Mechanical, Roller & Moulded and others) which requires optimum balance of abrasion resistance, hysteresis and viscosity properties and Inks & Paints.
Automotive & Transportation — Automotive
Cooling & Climate
Fuel Systems
Tires
Industrial — Chemical & Industrial Manufacturing
Equipment & Parts
Other Industrial Applications
Electrical & Electronics — Wire & Cable
Jacketing & Insulation
Materials Features of Carbon Black N330:
Easier Processing
Good Balance of Properties
Good Tensile Properties
High Resilience
Usage of Carbon Black N330:
Carbon Black N330 is used for Tire Tread, Cord adhesive, Tire inside and Different Kinds of Rubber Products.
Carbon black is a major reinforcing filler used in rubber compounds and enhancement in rubber properties is a function of Carbon Black N330 fundamental physical and chemical characteristics
Main Uses of Carbon Black N330:
Carbon Black N330 is a kind of new process carbon black furnace process and high ware-resistant.
Carbon Black N330 is wet method pellet, easy to traffic , low pollution, apply to wide field.
Carbon Black N330's specification is medium gain diameter, high D.B.P, wide range of general purpose application.
Tread of tire
Tire shoulder of radial ply tire
Rubber axis
Slab rubber
Rubber tube
Products of extrusion molding etc.
Plastics & Elastomers End Uses of Carbon Black N330:
Belts/Belt Repair
Conveyors
Hoses
Tires
Highly Recommended Uses:
Wire Coat
Tire Treads
Beltings
Moldings
Recommended Under Advice:
Carcases
Hoses and Hosses Cover
Not Recommended:
Inner Liner and Tubes
Profiles
Paints and Inks
PVC Pipes
Introduction of Carbon Black N330:
Carbon Black N330 is most widely used type of high abrasion furnace black.
Carbon Black N330 is a kind of good carbon black reinforcing performance, and can give a good rubber tensile properties, tear resistance, abrasion resistance and flexibility.
Physical and Chemical Properties of Carbon Black N330:
Carbon Black N330 is the most widely used high wear-resistant carbon black, with an iodine absorption value of 82g/kg and DBP 102cm3/100g
Identifiers of Carbon Black N330:
Chemical Family: Carbon Blacks
Chemical Name: Carbon Black
CAS No.: 1333-86-4
Technologies: Elastomers
Product Families:
Elastomers — Elastomer Additives
Fillers & Extenders
Specifications of Carbon Black N330:
Name: Carbon black N330
Loding Absorption Number(g/Kg): 77-87
Absorption Value of DBP (10-5m3/Kg): 97-107
Absorption Value of compressing sample DBP (10-5m3/Kg): 83-93
Adsorptive Specific Surface Area of CATB ( 103m2/Kg): 77-87
Adsorptive Specific Surface Area of Nitrogen (103m2/Kg): 78-88
Tinting Strength %: 98-108
Heating Loss: 2.5%max
Ash Content: 0.5%max
Tensile Strength: -0.5mpa min 300%
Extending Stress: -1.0±1.0 mpa
Packing: 25kg strong paper bag with PE inside ;20MT/20’FCL
Usage:Rubber Industry, such as Tyres, Cable, Tape, also used in ink industry etc.
H.S. Code: 2803000000
Iodine absorption value, g/kg: 82±5
DBP No., 10-5m3/kg: 102±5
DBP compress sample, 10-5m3/kg: 80-96
CTAB No., 10-5m2/kg: 73-91
STSA, 103m2/kg: 75±5
Nitrogen surface area, 103m2/kg: 71-85
Tinting strength, %: 96-112
Moisture, %< : 2.5
Ash, %< : 0.7
45micron sieve residue, %< : 0.1
500micron sieve residue, %< : 0.001
Density, kg/m3 : 320±40
Fines, %< : 10
Test Items: Standard
Iodine Adsorption (g/kg): 82±6
DBP Absorption (10-5m3/kg): 102±6
CDBP Absorption (10-5m3/kg): 88±6
CTAB Absorption Surface Area-N2(103m2/kg): 79±6
N2SA (103m2/kg): 78±6
STSA (103m2/kg): 75±6
Tinting strength(%): 104±8
PH value: 8.0±2
Heating Loss(%): ≤1.0
Ash Content(%): ≤0.5
45um Sieve Residue(mg/kg): ≤0.05
150μm Sieve Residue ( mg/kg): ≤0.02
500μm Sieve Residue ( mg/kg): ≤0.0010
Impurity: None
300%Modulus (MPa): -0.5±1.5
Pour Density (kg/m3): 380±40
Fine Content (%): ≤10
Size Distribution (%):
2mm
0.25mm
Synonyms of CARBON BLACK N330:
215-609-9
1333-86-4 HOSTAJET BLACK OPT
carbon black hostajet black op-t
Carbon Black
Toka Black 7100F
Plasblak PE 2648
BASIS PIGMENT BLACK 7
AMBK 7
SRF-N 770
Diablack MA 800
Niteron 200
Carbon Black 2000
Diablack MA 220
NIPX 60
Monarch Black 1300
MT Carbon
Printex XE
MT
7861D
Diablack N 550M
N 110
S 170
Monarch 1000
HTC 20S
Spheron 5000A
Rebonex HS
HT 1500C
Sterling 2320
GF 20
Vulcan M
PME 80V
MT-N 990
New Lacqutimine Black FLPR
SD 9020
MA 10 (carbon)
Sevacarb SC-N 990
Raven 1060B
Farbruss FW 18
Seast 900A
MA 7
Microlith Black C-K
V4
RCC 6
Printex 70
Denka Acetylene Black CBA
HG 3
Witcoblack 100
Ecorax 1720
SD 9139
Black Pearls 1300
N 550G
BP 3200
CD 1006
CF 31
MCF-HS 78
TM 30
