Silicone Leather
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Why Silicone Leather Has the Lowest Carbon Emission
Clean and Low Energy Production Process
Solvent-free Manufacturing Technology
Unlike conventional coated textiles (PVC and Polyurethane PU) and leather manufacturing, silicone leather uses solvent-free technology to ensure a safe and clean production process and environment. Since no solvents are used, we further limit waste emissions to a great extent.
Low Waste Emissions
The advanced production process of silicone leather produces almost no wastewater. The entire plant’s water demand is only for domestic water and circulating water required for cooling equipment. At the same time, zero solvent emissions are achieved. Silicone leather production does not degrade water quality, and only a small amount of waste gas is discharged after safe treatment through RTO burners, activated carbon absorption and UV photolysis.
Reuse of production materials
During production and operation, we reuse surplus raw materials for other production, recycle waste silicone rubber into monomer silicone oil, reuse packaging materials such as cardboard and polyester bags, and reuse production materials, such as using waste release paper for packaging.
Lean Logistics Management
Silicone Leather has implemented a lean approach in material management and logistics, aiming to achieve synergies and efficiencies to reduce costs and our environmental impact, including CO2 emissions, energy use, water consumption and waste. -
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Silicone leather has excellent durability and anti-aging properties. Due to the high stability of silicone materials, silicone leather can resist the erosion of external factors such as ultraviolet rays and oxidation, and maintain a long service life. In addition, the wear and scratch resistance of silicone leather is also better than that of traditional materials, and it can withstand long-term use and frequent cleaning, effectively reducing maintenance costs.
Silicone leather has significant advantages in touch and comfort. Its delicate texture and the touch of natural leather provide drivers and passengers with a more comfortable riding experience. At the same time, silicone leather has good breathability, which can effectively regulate the temperature in the car, avoid stuffiness, and improve driving comfort.
Silicone leather has significant advantages in environmental protection. No harmful chemicals are used in its production process, which is environmentally friendly. At the same time, silicone leather can be recycled, reducing resource consumption and waste generation, and meeting the requirements of sustainable development. In addition, silicone leather uses advanced process technology in the production process, which effectively reduces energy consumption and carbon emissions, and contributes to green travel.
Silicone leather also has good processing performance and design flexibility. Its easy dyeing and cutting properties give designers more room to play in car interior design. By flexibly using silicone leather, automakers can create more personalized and creative interior designs to meet consumers’ needs for beauty and personalization.
Silicone leather has many advantages as a car interior material. Its excellent durability, comfort, environmental protection and design flexibility make silicone leather have broad application prospects in the automotive industry.