SILK FEEL
Silk-feel UV coating: make luxurious touch "instantly available"!
Preface
Have you ever felt that the interior of your beloved car:
× The steering wheel feels like hard plastic, sticky in summer and cold in winter?
× The central control screen has become a "fingerprint collector", and it's hard to clean?
× The door armrest is icy cold?
Don't worry, the "black technology" for car touch is here!
Imagine this:
Your fingers glide over the steering wheel, silky smooth like touching silk;
The central console is free from annoying fingerprints and consistently emits a warm matte texture like jade;
Every time you open the car door, you can feel the soft, high-class texture that is skin-friendly——
This is not exclusive to luxury cars, but a magical transformation brought by Silk Feel UV coating.
What is "skin feel"?
Can car interiors have "good skin"?
All of this stems from three years of independent research and development by Betely on skin-feel UV coatings.
Silk Feel
Silk-feel UV Coating
Simply put, skin-feel UV is a type of special coating technology that makes the surface feel as smooth as silk.
It uses "excimer lamp" rapid curing technology to form millions of micron-sized "small beads" on the surface of objects, bringing an extremely delicate touch while having excellent properties such as anti-fingerprint, wear resistance, and dirt resistance.
Process Flow
Why is Silk Feel silk-feel UV coating a breakthrough in automotive interior coatings?
Because we pursue a new luxurious experience for fingertips in the name of innovation!
While others are still imitating furniture paints, the Betely R&D team has successfully tackled three core challenges for automotive-level applications:
• Cross-border Technology Reconstruction
Successfully transformed excimer skin-feel UV technology in the home field to applications in the 3C and automotive oxygen curing scenarios, completely solving the oxygen inhibition problem;
• Exclusive Equipment Patent
(Patent No.: CN202322502821.2)
Independently developed multi-segment curing equipment, innovatively introduced three-stage excimer curing technology, breaking the limitations of traditional UVA curing coatings which are hard and rough, difficult to balance wear resistance and touch;
• Broad Substrate Applicability
Whether ABS plastic or metal alloy, Betely makes it possible for various materials to have a "silk touch".
This is the hard-core strength of Betely's Silk Feel silk-feel UV coating!
Luxurious feel at your fingertips!
Where can Silk Feel silk-feel UV coating be applied?
• Automotive Interior Field
Application Part | Silk Feel Brings the Change | Real Feedback from Car Owners |
Steering Wheel Buttons | Silky smooth Anti-slip | "Finally fell in love with the feel of the steering wheel!" |
Central Console & Instrument Cluster | Fingerprint Disappearance + Warm Matte Texture | "Fewer car cleaning sessions, more sense of class!" |
Door Panels & Armrests | Skin-friendly and soft, say goodbye to "plastic feel" | "Friends touched it and asked: Is this car expensive?" |
Mass Production Case:
• 3C Electronics Field
Notebook shells, keyboards, mice, headphones, switch panels, etc., can all have a new touch experience.
Mass Production Case:
There are more application scenarios waiting to be unlocked...
Color? Environmental? Testing?
Silk Feel
Silk-feel UV Coating got it all!
• Multiple Colors Available
Morandi advanced gray? Personalized gradient? Silk Feel can be precisely matched;
• Safe and Environmentally Friendly
Passed the "Q/LiA5300004 Technical Requirements for Organic Emissions Performance of Passenger Car Interior Parts and Materials", no new car odor, making family rides safer and more assured;
• Authoritative Testing
Certified by authoritative domestic testing institutions and obtained admission qualifications from multiple OEMs, quality is trustworthy.
Choosing Silk Feel means choosing Betely's triple commitment of "technology + aesthetics + responsibility"!
Betely, redefining luxurious feel at fingertips in the name of innovation!
Hotline: 18025936130
Website: www.betely.com
