Fast delivery Low Melt EVA Bags For Silica - Low Melt Bags for Rubber Compounding – Zonpak
Fast delivery Low Melt EVA Bags For Silica - Low Melt Bags for Rubber Compounding – Zonpak Detail:
ZonpakTM low melt bags are specially designed for packing rubber ingredients and chemicals used in the rubber compounding process. The materials e.g. black carbon, anti-aging agent, accelerator, curing agent and aromatic hydrocarbon oil can be pre-weighed and temporarily stored in these bags. Due to their good compatibility with natural and synthetic rubber, these bags together with the materials inside can be direct put into an internal mixer, and the bags will melt and fully disperse in the rubber as a minor effective ingredient.
BENEFITS:
- Accurate adding of ingredients and chemicals
- Easy pre-weighing and storing
- Clean mixing area
- No waste of additives and chemicals
- Reduce workers’ exposure to the harmful materials
- Less labor and time needed
SPECIFICATION:
- Material: EVA
- Melting point: 65-110 deg. C
- Film thickness: 30-100 micron
- Bag width: 200-1200 mm
- Bag length: 250-1500mm
Product detail pictures:
Related Product Guide:
Our products are greatly acknowledged and reliable by users and may fulfill repeatedly shifting financial and social wants for Fast delivery Low Melt EVA Bags For Silica - Low Melt Bags for Rubber Compounding – Zonpak, The product will supply to all over the world, such as: Angola , Denmark , Yemen , Our products are exported worldwide. Our customers are always satisfied with our reliable quality, customer-oriented services and competitive prices. Our mission is "to continue to earn your loyalty by dedicating our efforts to the constant improvement of our products and services in order to ensure the satisfaction of our end-users, customers, employees, suppliers and the worldwide communities in which we cooperate".
By Cara
from Australia
- 2017.09.29 11:19
It is a very good, very rare business partners, looking forward to the next more perfect cooperation!
By Teresa
from Nepal
- 2018.11.06 10:04
