Breaking through the bottleneck of surface protection! Betely non-silicone organic silicone coating empowers cross-industry innovation.

2025-10-14 09:03

In numerous sectors—including consumer electronics, automotive, medical devices, and industrial protection—substrate surface treatment has long been a critical factor influencing product quality, durability, and user experience. Conventional coatings either suffer from poor weather resistance and rapid aging or fall short of environmental standards and deliver a rough tactile feel, making it difficult to meet the high-end market’s dual demands for performance and user experience.

As a company that has been deeply engaged in the new materials sector for 23 years, Betely has leveraged technological innovation to introduce non-silicon‑based silicone coating solutions, with “ Highly weather-resistant, environmentally friendly and safe, with a delicate tactile feel. Three core strengths help multiple industries overcome challenges in surface material treatment.

Product Analysis: A Dual-Advantage Solution of “Protection + Experience” for Non-Silicone Substrates

Bettley silicone coatings feature a main polymer backbone composed of silicon–oxygen (Si–O–Si) linkages. Functional groups are introduced via a specialized process, and the formulation—comprising solvents, pigments, and additives—is cured through an addition‑crosslinking reaction to form a durable film. Compared with conventional plastic coatings such as polyurethane and acrylics, their key advantages are readily apparent:

Three core performance attributes break through the limitations of conventional coatings.

1. Outstanding high- and low-temperature resistance: Within the extreme temperature range of –40°C to 200°C, it maintains stable performance and is resistant to the damaging effects of alternating high and low temperatures on the coating.

2. Outstanding corrosion resistance: It is resistant to acids, alkalis, solvents, and high humidity, providing long-lasting protection for substrates in highly corrosive environments such as chemical production lines and offshore equipment, thereby extending product service life.

3. Environmental Protection and Safety Compliance: Compliant with FDA food-grade testing standards and certified through medical-grade biocompatibility testing, it is skin-friendly and suitable for applications such as children’s toys, medical devices, and personal care product packaging.

Key technological breakthrough: Even non-silicon substrates can achieve a “skin-like feel.”

Traditional silicone-based coatings have largely been confined to silicon substrates and tend to feel rather stiff. Betely has broken this barrier through innovative processes, enabling the formation of a delicate, elastic “skin‑like” coating on non‑silicone substrates such as plastics, glass, metals, and fabrics. This not only addresses the common pain points of 3C product casings—“prone to fingerprints and a rough tactile feel”—but also significantly enhances the touch experience of everyday consumer goods and automotive interiors.

Cross-Industry Solutions: Precisely Addressing Surface Treatment Challenges

Tailoring comprehensive coating solutions to the specific substrate characteristics and application requirements of various industries, Betely offers end-to-end support—from product selection to construction processes. Below are typical applications across four core areas:

1. Consumer Electronics & Automotive Industry: Enhanced Durability and Improved Tactile Feel

Industry pain points: 3C product housings are prone to scratches and fingerprints, while automotive interiors exhibit poor weather resistance and tend to age rapidly under high temperatures.

Betely Solutions: It employs a multi-layer protective system—primer, undercoat, mid-coat, and topcoat with a finishing clear coat—to deliver both a skin‑like tactile finish and superior scratch and abrasion resistance.

● Representative products: primer BTS-12XX series, undercoat BQ-64XX series, and matte topcoat HSMT-10XXX series

● Construction advantages: The spray‑on process is simple, with a curing temperature of 60–100°C (up to 100°C for the topcoat). Coating thickness is precisely controllable (topcoat: 14 ± 2 µm), and adhesion meets 10 N—resistant to cross‑hatch abrasion without paint loss. Alcohol resistance testing shows no abnormalities after ≥1,000 cycles.

2. Daily Necessities & Healthcare Industry: Balancing Safety and Protection

Industry pain points: Children’s toys can readily leach harmful substances, household chemical packaging is prone to yellowing, and medical devices must meet stringent safety standards.

Betely Solutions: Provides medical-grade and food-grade silicone coatings that resist dust, prevent adhesion, and eliminate the release of harmful substances.

● Representative products: primer BQ-10XX series, matte topcoat HSMT-16XXX series

● Core Assurance: Certified by the FDA and subjected to biocompatibility testing; boiled at 100°C for ≥120 hours (glass substrate); exposed to high‑temperature, high‑humidity conditions (85°C & 85% RH) for over 240 hours with no abnormalities—fully compatible with applications such as toys, tableware, and medical consumables.

3. Leather Industry: Achieving High-End Faux-Leather Effects at Low Cost

Industry pain points: PU/PV leather is non-breathable and prone to cracking, while genuine leather is costly and difficult to maintain.

Betely Solutions: Innovatively engineered with a “bonding layer + intermediate layer + surface layer” structure, this breathable silicone‑based synthetic leather delivers exceptional abrasion and flex resistance while offering a tactile feel that closely mimics genuine leather.

● Representative products: Adhesive layer BQ-10XX series, intermediate layer BQ-10XX series, and tactile adhesive BQ-10XX series.

● Process advantages: Suitable for both coating and roller‑application methods, with a curing temperature of 120–150°C; ideal for applications in the sofa, luggage, footwear, and other industries.

Win-Win Cooperation: Betely Value Commitment

Choosing Betely means not only choosing a high-quality paint, but also opting for a full‑cycle service that spans from identifying your needs to delivering the final result:

1. Rapid response: Leveraging four R&D centers and three production bases, we deliver tailored samples within 1–3 days, accompanied by third-party test reports, enabling more efficient decision-making.

2. Precision Customization: Customize formulations based on substrate characteristics and application scenarios, and provide a comprehensive package of construction process parameters to ensure batch-to-batch consistency.

3. Ongoing Support: From sample evaluation and process optimization to mass-production monitoring, we provide end-to-end technical support, working alongside our customers to drive product upgrades.

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