Superior Quality Carbon Black N234 Tread Glue

• CAS No.: 1333-86-4
• Formula: 215-609-9
• EINECS: 215-609-9
• Appearance: Granules
• Usage: Rubber Auxiliary Agents, Plastic Auxiliary Agents, Paper Chemicals
• Color: Black
• Model NO.: N234
• Brand: Juwuba Carbon Black
• Classification: Chemical Auxiliary Agent
• Purity of Carbon Black: 99.5%
• Transport Package: 25kgs, 1000kgs, 500kgs
• Specification: ASTM-D
• Trademark: Daguangming
• Origin: Cn
• HS Code: 28030000
• Production Capacity: 200, 000ts

Product Description

We - Xingtai Shineway Science is the 4th Manufactuer of Carbon Black in China. The annual production is 150,000Mts and will be expected to 170000Mt Next year.

Our mainly produce:
N220, N234, N375, N326, N339, N330, N550, N539, N660, N774, N762 Grade wet processed granular carbon black, and have the potential to produce 20 grade carbon black if the quantity is suitable.

Quality Certificate:
     ISO9001: 2008, Environmental Certificate ISO4001: 2004 Standard. Occupation Cetificate: 28001: 2001 

Characteristic: Carbon black N234 with high re-inforcing, super abrasion resistance, high modulus good dispersion.

Usage: Carbon black N234 Mainly used for rubber chemical, such as  the tread
compounds of high speed tire and high performance rubber products.

Packing: 25kgs PP bags/500kgs jumbo bags/1000kgs jumbo bags, All by wooden pallets

Standard: GB 3778-2003 and reaches ASTM-Standard.
 

TECHNICAL SHEET(STANDARD:GB3778-2003 & ASTM-STANDARD)
Item No.	Unit	Number	GB/T3778-2003 Standard(ASTM)	Results (Y/N)
Value Of Iodine Suction	G/kg	120	120±5	Y
Nitrogen Surface Absoption	10(CBM) M(SQ)/kg	112	112-126	Y
DBP Adsorption Number	10(CBM) M(SQ)/kg	121	125±5	Y
Ash Specfication	%	0.3	≤0.5	Y
45um Screen Filter(Tailings)	%	0.01	≤0.10	Y
150um Screen Filter(Tailings)	%	0.00	≤0.02	Y
500um Screen Filter(Tailings)	%	0.000	≤0.001	N/A
Impurity	Y/N	N	N	Y
Loss On Heating	%	0.7	≤2.5	Y
145 degree ITEM	SULFURIZED POINT	30 Min	145degreeX30Min
PH		7.5	7±1.5	Y
Tint strength	%	118	115-131	Y
300%Fixed Extention Strength	MPA	-0.6	-0.4±1.6	Y