1.3mm Solvent-Free Silicone Leather - Eco-Friendly Semi-PU Material for Furniture and Automotive Interiors

Price Negotiable

Price: US$5~7 Per Yard

MOQ: 1000 Yards

Delivery Time: 8-15 Working-days

Brand: XRX

Product Description

Product Overview

Our 1.3mm solvent-free silicone leather represents the next generation in eco-friendly semi-PU materials, offering exceptional softness, durability, and versatility for furniture, seating, and automotive applications.

Key Features

Eco-Friendly Manufacturing: Solvent-free production process eliminates harmful chemicals
Premium Softness: 1.3mm thickness provides luxurious velvety texture and comfort
Exceptional Durability: Designed for long-lasting performance in demanding applications
Versatile Applications: Suitable for furniture, chairs, and automotive interiors
Modern Aesthetics: Contemporary appearance enhances visual appeal across various settings

Technical Specifications

Material Type	Semi-PU Silicone Leather
Thickness	1.3mm
Production Method	Solvent-Free Manufacturing
Primary Applications	Furniture, Chairs, Automotive Interiors
Environmental Features	Eco-Friendly, No Harmful Solvents

Product Images

1.3mm solvent-free silicone leather sample showing texture and finish

Close-up view of silicone leather surface detail and grain pattern

Silicone leather material sample demonstrating flexibility and drape

Silicone leather application in furniture upholstery context

Detailed view of silicone leather edge and construction quality

Silicone leather sample showing color consistency and surface uniformity

Comparison view demonstrating silicone leather thickness and material properties

Silicone leather application in automotive interior setting

Silicone leather material showing resistance to wear and tear

Available Color Options

Color chart showing multiple available shades of silicone leather

Applications & Benefits

This innovative material is engineered to meet the demanding requirements of modern furniture manufacturing and automotive interior design, providing a sustainable alternative without compromising on performance or aesthetic appeal.