Flame-Retardant Acetate Cloth Tape with Release Liner
Product advantages
The most prominent feature of this series is its exceptional flame-retardant performance. Through special flame-retardant formulation treatment, the tape effectively inhibits flame spread when exposed to fire sources, significantly reducing fire risks and providing critical safety protection for electrical equipment, electronic products, and industrial facilities. The design with a release liner ensures that the adhesive surface remains clean during storage, transportation, and application while facilitating manual operation and precise positioning. This makes it suitable for both large-scale production and small-batch maintenance tasks.
The YJG-810H-2 black model offers superior light-blocking and weather resistance, making it ideal for outdoor equipment or applications requiring light protection. The YJG-810B-2 white model, on the other hand, excels in aesthetic coordination and labeling functionality, making it suitable for use on light-colored equipment surfaces.
This series of tape is widely used in fields such as electrical insulation, electronic component fixation, automotive wire harness bundling, and architectural decoration. It plays a particularly important role in locations with stringent fire safety requirements, such as data centers, communication equipment, and industrial control systems. Combining the convenience and reliability of ordinary industrial tapes with added safety features, this product serves as an ideal safety-oriented tape solution for modern industrial production and equipment maintenance.
| Model | Base (mm) | Adhesive Type | Total Thickness (mm) | Peel Strength (g/in) | Holding Power (hr) | Color | Operating Temperature (℃) |
| YJG-810H-2 (with Release Liner, Flame‑Retardant) | 0.19 | Acrylic | 0.22 ±0.01 | ＞800 | >24 | Black | 0-80 |
YJG-810H-2 is an upgraded product featuring anodized treatment based on the standard model, offering enhanced weather resistance and durability. With a substrate thickness of 0.19mm and a total thickness of 0.22±0.01mm, the product maintains a peel adhesion strength exceeding 800g/in (note: unit corrected from "g/μm" to industry-standard "g/inch") after special anodized treatment, while demonstrating improved environmental adaptability. The black appearance, combined with the anodizing process, provides superior UV resistance and corrosion resistance. The product offers a holding power of over 24 hours and operates within a temperature range of 0–80°C. The design includes a release liner to ensure application convenience. This product is particularly suitable for outdoor equipment, automotive components, marine equipment, and other applications that require endurance in harsh environments. The anodizing process enables the tape to maintain stable adhesive performance even under high-temperature and high-humidity conditions, significantly expanding its application scope. | |||||||
| Model | Base (mm) | Adhesive Type | Total Thickness (mm) | Peel Strength (g/in) | Holding Power (hr) | Color | Operating Temperature (℃) |
| YJG-810B-2 (with Release Liner, Flame‑Retardant) | 0.19 | Acrylic | 0.22 ±0.01 | ＞800 | >24 | White | 0-80 |
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YJG-810B-2 White Anodized Industrial Tape combines aesthetic appeal with excellent performance, enhanced durability through an anodizing process. With a substrate thickness of 0.19mm and total thickness of 0.22±0.01mm, the tape offers peel adhesion strength exceeding **800g/in** (note: unit corrected from "g/μm" to industry-standard "g/inch") and holding power over 24 hours. The white appearance is specially treated for superior anti-yellowing and anti-aging properties. Operating within a temperature range of 0–80°C and featuring a release liner for ease of use, this tape is ideal for applications requiring long-term aesthetics, such as outdoor equipment, architectural decoration, and household appliances. The anodized treatment significantly improves weather resistance, enabling the tape to withstand environmental factors like UV exposure and moisture. This ensures both appearance and performance are maintained over extended periods of use, even in demanding conditions. | |||||||