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VINNOL®

For over 60 years, VINNOL® surface coating resins have been valued as competent specialists in many applications.

WACKER markets vinyl chloride co- and terpolymers in the form of dispersions and solid resins under the VINNOL® trade name.

Delivery Forms

- Dispersion (liquid)

- Solid resins (powder)

VINNOL® Dispersions

VINNOL® is used to render textile fabrics flame resistant.

VINNOL® dispersions are used as binders in the manufacture of nonwovens and in textile coating. Special ethylene-vinyl chloride grades are available under the brand name VINNOL® EVCL, specifically for these applications. Specific properties take the main role, depending on the field of application.

Advantages in Textile Applications

  • Good flame resistance
  • Excellent bonding to textiles
  • High abrasion resistance

VINNOL® Solid Resins

VINNOL® allows the seal-bond strength, e.g. In blister packs, to be precisely matched to the application.

Thanks to their outstanding adhesion profile, VINNOL® solid resins are used in, for example, heat-sealing lacquers, printing inks and industrial coatings. The highly developed product portfolio is based on over 60 years’ experience with a broad spectrum of different, completely mutually compatible polymer resins. It is therefore possible to modify the properties of heat-sealing lacquers, printing inks and coatings precisely to requirements.

  • Very good adhesion to various metals and plastics
  • Excellent water and chemical resistance
  • Very good mechanical resistance
  • Very good high and low-temperature resistance
  • Broad formulation range
  • Odorless and tasteless

Application Areas

  • Heat-sealable coatings
  • Printing inks
  • Industrial coatings

Product Recommendations

Products
Technical data
Solids content Viscosity, dynamic Supply form Glass transition temperature
VINNOL® CE 35 (EX) 49 - 51 % 49 - 51 % 40 - 100 mPa·s 40 - 100 mPa·s - - approx. 36 °C[1] approx. 96.8 °F[1]
VINNOL® E 15/40 A - - - - white granulate with some powder[3] white granulate with some powder[3] approx. 69 °C[2] approx. 156.2 °F[2]
VINNOL® E 15/45 - - - - white granulate with some powder[3] white granulate with some powder[3] approx. 75 °C[2] approx. 167 °F[2]
VINNOL® E 15/45 M - - - - white granulate with some powder[3] white granulate with some powder[3] approx. 73 °C[2] approx. 163.4 °F[2]
VINNOL® E 15/48 A - - - - white granulate with some powder[3] white granulate with some powder[3] approx. 69 °C[2] approx. 156.2 °F[2]
VINNOL® E 18/38 - - - - white granulate with some powder[3] white granulate with some powder[3] approx. 70 °C[2] approx. 158 °F[2]
VINNOL® E 22/48 A - - - - white granulate with some powder[3] white granulate with some powder[3] approx. 61 °C[2] approx. 141.8 °F[2]
VINNOL® H 11/59 - - - - white powder[3] white powder[3] approx. 75 °C[2] approx. 167 °F[2]
VINNOL® H 14/36 - - - - white powder[3] white powder[3] approx. 69 °C[2] approx. 156.2 °F[2]
VINNOL® H 15/42 - - - - white powder[3] white powder[3] approx. 70 °C[2] approx. 158 °F[2]
VINNOL® H 15/45 M - - - - white powder[3] white powder[3] approx. 74 °C[2] approx. 165.2 °F[2]
VINNOL® H 15/45 M (Renewable Energy) - - - - white powder[3] white powder[3] approx. 74 °C[2] approx. 165.2 °F[2]
VINNOL® H 15/45 M SPECIAL - - - - white powder[3] white powder[3] approx. 74 °C[2] approx. 165.2 °F[2]
VINNOL® H 15/50 - - - - white powder[3] white powder[3] approx. 74 °C[2] approx. 165.2 °F[2]
VINNOL® H 30/48 M - - - - white powder[3] white powder[3] approx. 65 °C[2] approx. 149 °F[2]
VINNOL® H 40/43 - - - - white powder[3] white powder[3] approx. 58 °C[2] approx. 136.4 °F[2]
VINNOL® H 40/50 - - - - white powder[3] white powder[3] approx. 60 °C[2] approx. 140 °F[2]
VINNOL® H 40/55 - - - - white powder[3] white powder[3] approx. 60 °C[2] approx. 140 °F[2]
VINNOL® H 40/60 - - - - white powder[3] white powder[3] approx. 62 °C[2] approx. 143.6 °F[2]
Legend
[1] Glass transition temperature DSC | specific method,  [2] Glass transition temperature | DSC (DIN 53765 / ISO 11357-5),  [3] Supply form | Visual 

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