Best Price on 10kg EVA Valve Bag - Low Melt Valve Bags for CPE Pellets – Zonpak
Best Price on 10kg EVA Valve Bag - Low Melt Valve Bags for CPE Pellets – Zonpak Detail:
These low melt valve bags are specially designed packaging bags for CPE (Chlorinated Polyethylene) pellets. With this low melt valve bags and automatic filling machine, CPE manufacturers can make standard packages of 10kg or 25kg. Using the valve bag can avoid the fly loss of the material when packing and there is no need to seal, so it largely improves the packaging efficiency.
The low melt valve bags are made from EVA (copolymer of ethylene and vinyl acetate) which has a lower melting point and is highly compatible with rubber and plastic, so the bags together with the contained materials can be direct put into a mixer, and the bags can fully disperse into the mixture as a minor effective ingredient. Bags of different melting point are available for different using conditions.
OPTIONS:
- Gusset or block bottom, embossing, venting, color, printing
SPECIFICATION:
- Material: EVA
- Melting point: 65-110 deg. C
- Film thickness: 100-200 micron
- Bag width: 350-1000 mm
- Bag length: 400-1500 mm
Product detail pictures:
Related Product Guide:
With this motto in mind, we've turn into one of quite possibly the most technologically innovative, cost-efficient, and price-competitive manufacturers for Best Price on 10kg EVA Valve Bag - Low Melt Valve Bags for CPE Pellets – Zonpak, The product will supply to all over the world, such as: Angola , Australia , Uzbekistan , We confirm to public, cooperation, win-win situation as our principle, adhere to the philosophy of make a living by quality, keep developing by honesty , sincerely hope to build up a good relationship with more and more customers and friends, to achieve a win-win situation and common prosperity.
By Rebecca
from Somalia
- 2018.12.25 12:43
We are old friends, the company's product quality has been always very good and this time the price is also very cheap.
By Andrew
from Saudi Arabia
- 2018.07.27 12:26
