High Quality for EVA Film For Bag Making - Low Melt EVA Film – Zonpak
High Quality for EVA Film For Bag Making - Low Melt EVA Film – Zonpak Detail:
Low melt EVA film is specially designed for the packaging of rubber and plastic chemicals on FFS (form-fill-seal) automatic bagging machines. The film is featured with low melting point and good compatibility with natural and synthetic rubber. The bags made on an FFS bagging machine can be direct put into an internal mixer at the user plant because they can easily melt and fully disperse in the rubber and plastic as a minor effective ingredient.
The low melt EVA film has stable chemical properties and good physical strength, suits most rubber chemicals and automatic packaging machines.
BENEFITS:
- Reach high speed, clean and safe packing of chemical materials
- Make any size packages (from 100g to 5000g) as customer required
- Help make the mixing process easier, accurate and clean.
- Leave no packaging waste
APPLICATIONS:
- peptizer, anti-aging agent, curing agent, rubber process oil
OPTIONS:
- single wound sheeting, center folded or tube form, colour, printing
SPECIFICATION:
- Material: EVA
- Melting point: 65-110 deg. C
- Film thickness: 30-200 micron
- Film width: 200-1200 mm
Product detail pictures:
Related Product Guide:
All we do is always involved with our tenet " Consumer initial, Trust first, devoting within the food stuff packaging and environmental defense for High Quality for EVA Film For Bag Making - Low Melt EVA Film – Zonpak, The product will supply to all over the world, such as: Belgium , New Delhi , Tunisia , We seriously promise that we provide all the customers with the best quality products, the most competitive prices and the most prompt delivery. We hope to win a resplendent future for customers and ourselves.
By Hazel from Palestine - 2018.06.05 13:10
The company can keep up with the changes in this industry market, product updates fast and the price is cheap, this is our second cooperation, it's good.
By Yannick Vergoz from Ecuador - 2017.06.22 12:49