Reasonable price - Low Melt Valve Bags for Kaolinite Clay – Zonpak
Reasonable price - Low Melt Valve Bags for Kaolinite Clay – Zonpak Detail:
Kaolinite clay for rubber industry is usually packed in kraft paper bags, and 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 the material manufacturers. These bags together with the materials contained can be direct put into a banbury mixer because they can easily melt and fully disperse in the rubber compounds as an effective ingredient. Different melting points (65-110 deg. C) are available for different using conditions.
Using low melt valve bags can eliminate the fly loss of the materials when packing and there is no need for sealing, 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.
OPTIONS:
- Gusset or block bottom, embossing, venting, color, printing
SPECIFICATION:
- Material: EVA
- Melting point: 65-110 deg. C
- Film thickness: 100-200 micron
- Bag size: 5kg, 10kg, 20kg, 25kg
Product detail pictures:
Related Product Guide:
It can be a great way to enhance our solutions and service. Our mission would be to build inventive products to consumers with a superior working experience for Reasonable price - Low Melt Valve Bags for Kaolinite Clay – Zonpak, The product will supply to all over the world, such as: Albania , Moscow , Algeria , We mainly sell in wholesale, with the most popular and easy ways of making payment, which are paying via Money Gram, Western Union, Bank Transfer and Paypal. For any further talk, just feel free to contact our salesmen, who are really good and knowledgeable about our prodcuts.
By Victor Yanushkevich
from New York
- 2018.12.22 12:52
We are old friends, the company's product quality has been always very good and this time the price is also very cheap.
By Frederica
from Canada
- 2018.10.01 14:14
