Free sample for Batch Inclusion Valve Bags For Rubber Additives - Low Melt Valve Bags for Zinc Oxide – Zonpak
Free sample for Batch Inclusion Valve Bags For Rubber Additives - Low Melt Valve Bags for Zinc Oxide – Zonpak Detail:
Zinc oxide for rubber industry is usually packed with kraft paper bags. The paper bags are easy to break during transportation and difficult to dispose after used. To solve these problems, we have specially developed low melt valve bags for zinc oxide manufacturers. These bags of zinc oxide can be direct put into an internal mixer because the packaging bags can easily melt and fully disperse in the rubber compounds as a minor effective ingredient. Different melting points (65-110 deg. C) are available for different using conditions.
Using the valve bags can avoid the fly loss of the material when packing and there is no need to seal, so it largely improves the packaging efficiency. With standard packages and no need for unpacking before using the materials, low melt valve bags also facilitate the work of the material users.
SPECIFICATION:
- Material: EVA
- Melting point: 65-110 deg. C
- Film thickness: 100-200 micron
- Bag width: 350-1000 mm
- Bag length: 400-1200 mm
Product detail pictures:
Related Product Guide:
Our firm sticks to the basic principle of "Quality is the life of your company, and status will be the soul of it" for Free sample for Batch Inclusion Valve Bags For Rubber Additives - Low Melt Valve Bags for Zinc Oxide – Zonpak, The product will supply to all over the world, such as: Mecca , New Delhi , Cape Town , Our company upholds the spirit of "innovation, harmony, team work and sharing, trails, pragmatic progress". Give us a chance and we will prove our capability. With your kind help, we believe that we can create a bright future with you together.
By Sharon
from Peru
- 2018.09.29 17:23
This company has a lot of ready-made options to choose and also could custom new program according to our demand, which is very nice to meet our needs.
By Barbara
from Indonesia
- 2018.09.21 11:44
