EPOTAL ECO 3702

EPOTAL ECO 3702

EPOTAL ECO 3702

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EPOTAL® ECO 3702 is a waterborne adhesive raw material that is compostable according to EN 13432. The adhesive is particularly suited for the production of multi-layer films based on a broad variety of compostable films and paper. The laminate has a high initial bond strength enabling direct further converting.

Applications for EPOTAL ECO 3702

It is recommended to apply EPOTAL ECO 3702 by gravure coating. For direct gravure coating, a smoothing bar helps to achieve a good coating quality. The smoothing bar should be operated against the web directions. A defoamer and a wetting agent are recommended when EPOTAL ECO 3702 is applied by gravure coating.

It is strongly advised to add a water-emulsifiable, polyfunctional isocyanate crosslinker to improve the overall performance of the adhesive.

If thickeners are added or if EPOTAL ECO 3702 is mixed with other products, it is important to make sure that none of the components has a pH of lower than 7 in order to prevent coagulation. It can only be mixed with anionic dispersions or with dispersions that contain a protective colloid.

EPOTAL CF 430

EPOTAL® CF 430 is a waterborne coater-ready flexible packaging compostable adhesive, which incorporates the base polymer EPOTAL ECO 3702. The adhesive is particularly suited for the production of multi-layer films based on a broad variety of compostable films and paper.

 

Features & Benefits

  • Water-based technology
  • Industrial compostable adhesive polymer
  • Addition of water dispersible polyisocyanate increases its resistance to heat and moisture
  • Stable viscosity with or without the use of polyisocyanate
  • BPI Certified
  • APEO free
  • Viscosity stable
  • Good wetting characteristics on compostable films and paper
  • Easy to apply on gravure application lines

 

For more information on EPOTAL ECO 3702 check out the Product Brochure!

Performance Data

EPOTAL ECO 3702

Properties

Typical Properties  Value
Solids Content Approximately 40%
pH Value Approximately 8%
Viscosity Approximately 40 mPas
Glass Transition Temperature Approximately -46°C

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