Anti-Slip And Wear-Resistant Automotive Silicone Leather Support
Full Color Customization
Automotive silicone leather is a high-performance, environmentally
friendly synthetic leather that has emerged in the automotive
interior field in recent years. It uses silicone polymer as its
core raw material (replacing the plasticizers, solvents and other
ingredients in traditional PVC and PU leather). With its excellent
weather resistance, environmental friendliness and durability, it
has gradually become the mainstream choice for interior decoration
of high-end car seats, steering wheels, door panels, etc.
Features:
1. Durability: Scratch-resistant, stain-resistant, and easy to
clean
Automotive interiors are subject to frequent contact (such as seat
friction, steering wheel grip, and door panel collisions). The
physical properties of silicone leather are well-suited for these
frequent uses:
Scratch-resistant: With a surface hardness of up to 85-90 Shore A
(traditional PU leather is approximately 70-75 Shore A), it resists
minor scratches from keys, fingernails, and other sources, and
exhibits a certain degree of self-healing ability (minor scratches
can be faded with a high-temperature compress).
Stain-resistant and easy to clean: Low surface tension resists
stains such as coffee, juice, and oil, allowing them to be removed
with a damp cloth and neutral detergent. No special care is
required (traditional leather requires regular waxing, and dark
stains are prone to lingering).
Hydrolysis-resistant: Resists mold and hydrolysis from prolonged
contact with sweat and water stains (such as damp seats).
(Traditional PU leather tends to delaminate and peel when exposed
to water).
2. Comfortable Touch: Striving for Softness and Support
Silicone leather can achieve a variety of tactile experiences by
adjusting the silicone elastomer formula (e.g., cross-linking
density, toughening agent ratio):
Basic models: Softness approaching that of genuine leather (e.g.,
top-grain cowhide), without a stiff feel;
High-end models: Adding a fleece-based fabric or micro-foam
structure creates a more delicate touch and a degree of
breathability (although not as good as genuine leather, it
surpasses the airtight feel of PVC leather);
Slip resistance: A moderate surface friction coefficient prevents
your body from sliding on the seat while driving (especially during
sudden acceleration/braking).
Applications:
1. Seat covers: Especially the driver and passenger seats
(high-frequency contact, requiring scratch and stain resistance).
Some models also use this for the rear seats.
2. Steering wheel covers: High-frequency contact, requiring
non-slip, wear-resistant, and odor-free (to prevent hand contact
with harmful substances).
Multiple color options
