High Quality for Low Melt EVA Valve Bags - Low Melt Valve Bags for Calcium Carbonate – Zonpak
High Quality for Low Melt EVA Valve Bags - Low Melt Valve Bags for Calcium Carbonate – Zonpak Detail:
Calcium carbonate for rubber industry is usually packed in kraft paper bags which 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 calcium carbonate manufacturers. These bags together with the materials contained can be direct put into an internal mixer because they can easily melt and fully disperse in the rubber compounds as an effective ingredient. Different melting points (65-110 degree Celsius) are available for different using conditions.
BENEFITS:
- No fly loss of materials
- Improve packing efficiency
- Easy piling up and handling of materials
- Assure accurate adding of materials
- Cleaner work environment
- No need for disposal of packaging waste
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:
Our merchandise are broadly identified and trusted by end users and can satisfy continually developing economic and social requires for High Quality for Low Melt EVA Valve Bags - Low Melt Valve Bags for Calcium Carbonate – Zonpak, The product will supply to all over the world, such as: Namibia , Malta , Croatia , We are introduced as a one of the growing manufacture supplier and export of our products. We have a team of dedicated trained professional who take care the quality and timely supply. If you are looking for Good Quality at a good price and timely delivery. Do contact us.
By Jonathan
from Hyderabad
- 2018.11.02 11:11
The manufacturer gave us a big discount under the premise of ensuring the quality of products, thank you very much, we will select this company again.
By Nina
from Suriname
- 2018.12.10 19:03
