Good Price Packing 300kgs/carton Acetate Tow From Professional Manufacturer

Short Description:

Celloluse Diacetate Tow is the major raw material in producing filter rods of cigarette. After a processing system of stretching, gathering, setting the shape and then being wrapped by tissue paper, at last the filter rod is made according to customers requirements on specification. The filter rod used for cigarettes can greatly reduce the hazardous material such as tar and nicotine, meantime the taste and aroma of the exquisite bouquet of tobacco is well preserved. Owing to it is clean, no u...

Port: DALIAN/ XIINGANG/ NINGBO

Payment Terms: T/T

Send email to us Download as PDF

Product Detail

Product Tags

Celloluse Diacetate Tow is the major raw material in producing filter rods of cigarette.
After a processing system of stretching, gathering, setting the shape and then being wrapped by tissue paper, at last the filter rod is made according to customers requirements on specification.
The filter rod used for cigarettes can greatly reduce the hazardous material such as tar and nicotine, meantime the taste and aroma of the exquisite bouquet of tobacco is well preserved.
Owing to it is clean, no unwanted smell, has a steady chemical structure and a good filtration effects, it’s very popular by cigarette manufacturers in the world.

Features
1. Materials: nature virgin wood pulp
2. For manufacturing cigarette filter rod which reduce hazadouse items like tar and nicotine
3. Packing: 200kgs/carton, 300kgs/carton, 500kgs/carton
4. 1×20’ load 11tons, 1x40HQ 24-25tons

Technical Data Sheet of Acetate tow

ITEM	RANG OF STANDARD	NUMERICAL VALUR	TEST METHOD
Ktex	25000-40000	3000	YC/T169.1—2002
Dtex	2.5-8.0	±0.25	YC/T169.2—2002
Coil number/25mm	22	±3	YC/T169.3—2002
Tension strength(N/Ktex)	≥7	≥7	YC/T169.5—2002
Section figure of fiber	Y	Y	YC/T169.6—2002
Moisture(%)	≤6%	≤6%	YC/T169.8—2002
Oil content(%)	0．8%—1.5%	0．8—1.5	YC/T169.9—2002
Odor	Odorless	Odorless	YC/T169.10—2002
Residual acetone content(%)	≤0.006	≤0.006
TiO2 content(%)	≥0.5	≥0.5	YC/T169.11—2002