Latex-Nappa

is an extremely bi-elastic, gloss finished high-tech Latex & Nappa immitation, with soft-grained Nappa-surface which haptic is between Latex and Nappa. 

In our ranking from "9" = slinky and sexy style to "1" = elegant and exciting , Latex-Nappa is our top "7".

 

Characteristics

  • A sensational symbiosis between Synthetic-Latex-9 and Synthetic-Nappa-3

  • Due to the Memory-Effect, the thermoplastic coated Latex-Nappa adapts itself optimally to the body contour. This happens during the first wearing by the body heat and will be saved for the next usage.

  • Won't loose it's high-gloss and wet look after wearing. Silicon-sprays are not necessary.

  • Not attacted by sweat and not getting brittle and tough like genuine latex or leather.

  • Breathable to avoid strong uncomfortable sweating like genuine latex.

  • We are only coating the outer surface, which implies a comfortable feeling on the skin while wearing.

  • Easy, comfortable and quick putting on, compared to genuine latex which is very sticky on the skin.

  • Allergy-free

  • Exciting to wear

  • Haptic and surface behaviour like genuine latex

  • 100% high-tech coated in Germany

  • High-qality materials from selected German or European suppliers

     

Textile care

  • Very easy to clean with dry or damp cloth

  • Machine washable at 40°C / Hand-wash (recommended) with mild detergent

  • No surface treatment with oils, powder or silicon-sprays necessary

 

Material composition

  • Carrier material: 82% polyamide, 18% elastane
  • Surface coating: single coated polyurethane as well as pigments for metallic- und crystal-colors

 

Note

Since Synthetic Latex there is sticky, a thin layer of powder is applied during processing . This is, however, easy to remove by wiping with a damp cloth or washing. The material will then also get their typical, brilliant shine and their rubbery grip. The thermoplastic properties of the material and the memory effect makes Synthetic Latex suit your body and draws the contours by the body heat.