1.6mm Silicon organic leather2

硅-家具
September 18, 2025
Catégorie Connexion: Coiffure en silicone
Bref: Follow along for a hands-on demonstration that highlights performance points of our 1.6mm luxury silicon leather. See how this premium material brings unparalleled luxury and durability to high-end commercial interiors like boutique hotels and yachts. We'll showcase its exceptional suppleness, resistance to UV, spills, and abrasion, and its performance in extreme temperatures.
Caractéristiques Du Produit Connexes:
  • Features a 1.6mm thickness with a Nappa pattern and a coated backing for enhanced durability.
  • Offers an exceptionally supple and authentic touch, ideal for luxury commercial interiors.
  • Immune to UV damage, spills, and daily abrasion for long-lasting performance.
  • Maintains integrity in both freezing and high-heat environments without producing odors.
  • Eco-conscious, durable, and easy-to-maintain material suitable for various applications.
  • Available for OEM projects with a minimum order quantity starting from a 30-meter roll.
  • High tear strength with 39N warp and 35N weft, ensuring robust performance.
  • Excellent tensile strength and elongation properties for flexibility and resilience.
FAQ:
  • What is the minimum order quantity for this silicon leather?
    The minimum order quantity for our 1.6mm luxury silicon leather is 30 meters, making it accessible for various OEM projects.
  • How does this silicon leather perform in extreme temperatures?
    This silicon leather maintains its integrity in both freezing and high-heat environments without producing unpleasant odors, ensuring reliable performance.
  • Is this material resistant to UV damage and spills?
    Yes, it is immune to UV damage, spills, and daily abrasion, making it highly practical and durable for high-traffic commercial interiors.
  • What are the typical applications for this silicon leather?
    It is ideal for high-end commercial interiors such as boutique hotels, yachts, surgery chairs, hospital beds, and clinical surfaces.