Good Quality Low Melt EVA Bags - Low Melt Bags for Rubber Hose Industry – Zonpak
Good Quality Low Melt EVA Bags - Low Melt Bags for Rubber Hose Industry – Zonpak Detail:
Rubber mixing plays an important role in the production of rubber hose or tube. ZonpakTM low melt EVA batch inclusion bags are designed for packaging the rubber chemicals used in the rubber compounding or mixing process. The main properties of the bags are low melting point and good compatibility with rubber, so the bags together with the additives and chemicals inside can be direct put into an internal mixer. The bags can easily melt and disperse into the rubber as minor effective ingredient. Using the batch inclusion bags can help ensure accurate adding of additives, provide a cleaner work environment, save time and production cost.
Bag size and color can be customized at request.
Technical Standards |
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Melting point | 65-110 deg. C |
Physical properties | |
Tensile strength | MD ≥16MPa TD ≥16MPa |
Elongation at break | MD ≥400% TD ≥400% |
Modulus at 100% elongation | MD ≥6MPa TD ≥3MPa |
Appearance | |
Surface of the product is flat and smooth, there is no wrinkle, no bubble. |
Product detail pictures:
Related Product Guide:
The business keeps to the operation concept "scientific management, premium quality and efficiency primacy, customer supreme for Good Quality Low Melt EVA Bags - Low Melt Bags for Rubber Hose Industry – Zonpak, The product will supply to all over the world, such as: Belgium , Turkmenistan , Croatia , We are confident that we are able to provide you with opportunities and will be a valuable business partner of you. We look forward to working with you soon. Learn more about the types of products that we work with or contact us now directly with your inquiries. You are welcome to contact us anytime!
By Bertha from Curacao - 2017.08.15 12:36
The factory has advanced equipment, experienced staffs and good management level, so product quality had assurance, this cooperation is very relaxed and happy!
By Cheryl from Munich - 2018.10.31 10:02