Empowering the upgrade of new-energy vehicles! Betely material solutions unlock a new mobility experience.

 

Amid the accelerating wave of innovation in the new‑energy vehicle industry, breakthroughs in materials technology are the key to unlocking enhanced vehicle performance, safety, and user experience. From the tactile quality of human–machine interaction in intelligent cockpits, to the robust protection of the three‑electric system, and to the precise sensing that ensures driving safety, every critical application relies on the solid foundation provided by high‑performance materials.

Since its founding in 2001, Betely has remained committed to chemical innovation, deeply cultivating the field of new‑energy vehicle materials. It has developed integrated material solutions that span all application scenarios, leveraging its expertise to help automakers overcome technical bottlenecks and power the future of mobility.

 

Corporate Core Competitiveness: Innovation-Driven, Solidifying the Foundation of Quality

As a new‑materials company that places customer needs at the forefront and R&D at its core, Betely is headquartered in Suzhou and operates five major subsidiaries in Dongguan, Jiangxi, Wuxi, and other locations. It has established four R&D centers in Suzhou, Wuxi, Jiujiang, and Dongguan, with deep expertise in three core business segments: silicones, coatings, and conductive materials.

The R&D system is equipped with over 300 sets of high-precision instruments, with total assets exceeding RMB 10 million. Its testing accuracy and efficiency meet the same standards as those of international third-party organizations such as SGS and CNAS. The company has obtained multiple authoritative certifications, including ISO 9001 and ISO/TS 16949, providing global automotive manufacturers with stable and reliable material assurance.

 

Core Product Solution: Comprehensive Scenario Coverage, Precisely Addressing Industry Pain Points

I. Smart Cockpit Materials: A Dual Leap in Texture and Performance

As the central hub for human–vehicle interaction, the smart cockpit places stringent demands on materials’ optical performance, tactile experience, and compatibility. Betely has responded with a comprehensive suite of solutions, elevating the cabin experience with cutting-edge technology and enhanced comfort.

 

1. Center console large-screen bonding: liquid silicone optical adhesive

 

 

Specifically engineered for the full-lamination process of automotive center‑console large displays, it precisely addresses the demands of oversized screens, robust environmental durability, and high‑definition imaging. Compared with conventional acrylic LOCA, it offers superior weather resistance, a shrinkage rate of less than 0.1%, is non‑toxic and odorless, and exhibits exceptional stability. During the pre‑curing stage, it can be repaired, and it is compatible with fully automated production lines, delivering sharper display quality and stronger bonding.

 

2. Central Control Touchscreen: Conductive Silver Paste Series

 

 

Covering a range of products including laser‑etched and ultra‑fine laser‑cut types, these materials deliver excellent printability, with adhesion ratings up to 5B, hardness ≥2H, and resistivity as low as ≤3.0×10⁻⁵ Ω·cm. They are compatible with various substrates such as ITO glass/film and nano‑silver films, ensuring responsive touch performance and stable operation.

 

3. High-performance interior coating: Combines texture with protection

 

 

● Silk-like texture UV : Through formulation design and proprietary equipment, it delivers a soft, skin-friendly feel; cured via UVA+UVC+UVA multi‑stage curing, it is well suited for automotive interiors and other applications.

● Silicone-based, skin-friendly coating : Maintains stable performance from -40°C to 200°C, resistant to acid and alkali corrosion, compliant with environmental and FDA standards, and skin-friendly.

● Magnesium-aluminum coating : Available in high- and low-temperature formulations, compatible with materials such as magnesium-aluminum alloys, PC, and ABS, offering excellent scratch resistance, water resistance, and weatherability; already adopted by Li Auto.

● Low-reflectance coating : Effectively reduces reflections and glare, increases light absorption, and lowers the difficulty of image acquisition; already implemented in AITO and Honda vehicle HUDs.

● Automotive glass ink : Compatible with tempered glass finishes, supporting black, white, colored, pearlescent, and other decorative treatments to achieve a fully concealed aesthetic.

 

II. Core Assurance for Safety and Perception: Safeguarding Every Journey

4. Electric defrosting for car windows: conductive silver paste on the glass

High-performance sintered conductive paste, screen-printed onto the surface of float glass and firmly bonded to the glass after tempering, offering excellent conductivity and weather resistance. The SF‑25XX series features a sheet resistance of ≤3 mΩ at 10 μm, strong acid resistance, a solder‑bond strength of ≥150 N, and a hardness of ≥6H, ensuring rapid defrosting in low‑temperature environments and maintaining clear visibility.

 

5. ADAS System Protection: Automotive Radar Potting Compound

Model: BQ-72XX Series. Features rapid curing, excellent self-leveling properties, a shrinkage rate of less than 0.02%, and outstanding weather resistance. It exhibits a volume resistivity of 7.0×10¹⁴ ohm·cm and provides superior moisture‑proof, shock‑absorbing, and insulating performance, offering reliable protection for electronic device encapsulation and ensuring the stable operation of ADAS systems.

 

III. Reliable Protection for the Three-Electric System: Heat-Resistant and Flame-Retardant, Ensuring Peace of Mind

 

 

Heat-resistant and flame-retardant cable adhesive

Both the SH-85XX and SH-86XX series boast excellent heat resistance and mechanical properties: after curing at 120°C, their tensile strength is ≥8.5 MPa, and their performance remains stable following a 250°C/72-hour heat‑resistance test. Notably, the SH-86XX series achieves UL94 V‑0 flame‑retardant rating, making it ideal for wire and cable applications as well as automotive component manufacturing, thereby providing a robust safety barrier for high‑voltage systems in electric vehicles.

 

IV. Headlights and Tires: Long-lasting Performance, Clear Markings

6. Automotive headlight encapsulation: high-refractive-index encapsulant silicone gel

Model: BQ‑42XX series; refractive index: 1.54; light transmittance: 92%; excellent sulfur resistance and ultra‑low gas permeability; outstanding thermal shock resistance; strong adhesion to various substrates; low internal stress. It provides long‑lasting protection for automotive headlamp films, ensuring stable performance and extended service life.

 

7. Tire Smart Label: Thermosetting Tire Label Protective Ink

Model CSKN‑K‑100XX series boasts an adhesion rating of 5B, withstands high temperatures up to 180°C without softening or yellowing, offers excellent abrasion resistance, and delivers a smooth, slick surface. It is specifically designed to protect PET white films and PI materials prior to high‑temperature hot‑pressing, ensuring tire markings remain clear and durable.

 

Betely Value: One-stop service, a win-win future for mobility.

Bettley places customer needs at the core of its operations, offering end-to-end services that span from component selection and testing to production‑scale support and failure analysis. Its open‑access laboratories accommodate custom‑tailored requirements, while four state‑of‑the‑art R&D centers ensure flexible supply capabilities, providing new‑energy vehicle manufacturers with a one‑stop materials‑solution platform.

From intelligent cockpits to the three-electric system, and from safety perception to exterior branding, Betely consistently leverages high‑quality materials to drive product upgrades and harnesses innovative technologies to propel the development of the new‑energy vehicle industry, earning its status as a trusted materials partner for automakers.

Choose Betely—partner with the industry’s experts to co‑create a new ecosystem for future mobility!