What is of carbon black N339
Carbon black N339 with a high abrasion furnace grade features and high surface , and high structure offers excellent processing properties. Usually used black N339 in tire tread, tire casing, tire beads , hard tires, molded products, and also conveyor belts which requires high abrasion resistance and perfect dynamic properties such as tread wear and hysteresis.Â
As a result Carbon N339 has nearly the same reinforcing intensity, wear resistance, and it has tear resistance like N220.
Compared to N330,N339 has higher structure ,and smaller particles .As well as The N339 compound has better abrasion and resistance than those of high abrasion furnace black-high structure such as N347 .
Usage of carbon N339
The Carbon black N339 usually used for Premium passenger tire tread compound and heavy lorry tires. And used For the Motor mounts and Solid tires, at last its used at conveyer belts, and also rubber products requires for high wear resistance.
The Packaging of this product
Packing in double layer Kraft paper-PE envelopes( 20-25 kg)
Grad | Bag weight(kg) | Pallet weight(kg) | Volume per 40 FCL |
N-339 | 21 | 1,155 | 18.480 |
Bulk jumbo packing-double valve ,PP-PE(1,100kg)
Grade | Bag Weight(kg) | Pallet Weight(kg) | Volume per40 FCL |
N-339 | 1,100 | 1,100 | 22,000 |
How we are shipping the carbon N339
Depending on the grade of carbon black, 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.
The properties and analysis the product
Specification | Value |
Appearance | Black granular |
Iodine absorptions, g/kg | 85-95 |
CATB absorptive specific surface area, 103 m2/kg | 88-98 |
DBP absorption, 10-5 m3/kg | 115-125 |
Absorptive specific surface area, 103 m2/kg | 91-101 |
Tinting strength, % | 105-115 |
Compressed sample DBP absorption, 10-5 m3/kg | 96-106 |
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 | -0.5-1.5 |