Product description

Key attributes

Flame retardant silicone adhesives, polyimide stickers, and UL94 high-temperature resistant labels are typically used in high-temperature, electronic, and environments that require resistance to corrosion or aging. Here are the common applications of these labels and stickers across various fields:

1. Electronics Industry (PCB, SMT)

PCB Protection: Polyimide (PI) stickers, with high heat resistance and excellent electrical insulation properties, are ideal for protecting circuit boards.

Surface Mount Technology (SMT) Labels: Used for marking electronic components, capable of withstanding high temperatures and thermal stress during the soldering process.

Component Protection: Flame-retardant silicone adhesives are used to protect electrical components under high temperatures, ensuring they are not damaged by excessive heat.

2. Automotive Industry

High-Temperature Labels: Automotive parts like engines, exhaust systems, and sensors require high-temperature labels to ensure functionality remains stable.

Oil and Corrosion Resistance: Suitable for automotive electrical systems, ensuring labels remain intact and legible in long-term, high-temperature, and harsh environments.

3. Home Appliances Industry

Home Appliance Electronic Labels: For components inside appliances such as microwave ovens, air conditioners, and refrigerators, high-temperature labels ensure stable and safe operation over time.

Temperature Control Equipment: Labels used in temperature control systems are made from materials that can withstand high temperatures, maintaining performance and durability.

4. Aerospace and Aviation

Aircraft Parts: High-temperature and chemical-resistant labels are used in the aerospace industry, particularly for electrical systems, engines, and sensors in aircraft.

Spacecraft Labels: These labels need to endure extreme temperature fluctuations and high pressure while meeting strict fire-resistant and high-temperature standards.

5. Industrial Equipment

High-Temperature Equipment Labels: Used for boilers, heat exchangers, generators, and other industrial equipment, high-temperature flame retardant labels ensure safety and label longevity.

Factory Machinery Identification: High-temperature labels are used for marking critical parts of industrial machines to indicate operating temperature and safety warnings, ensuring the safety of equipment operation.

6. LED Lighting

LED Modules: Used for labeling components in LED lighting, these labels withstand the high temperatures that occur during operation.

High-Temperature and Heat-Conductive Labels: Labels for LED lighting in high-temperature environments can enhance heat dissipation while maintaining label stability.

Features and Benefits:

High-Temperature Resistance: UL94 high-temperature labels can withstand high-temperature environments (up to 200°C and beyond), making them ideal for high-temperature industrial applications.

Flame Retardant: Flame-retardant silicone adhesives ensure the labels won’t melt or catch fire in extreme heat, improving safety.

Durability: Polyimide materials have excellent chemical resistance, wear resistance, and UV resistance, ensuring the labels remain intact and readable over time.

Strong Adhesion: Silicone adhesives offer superior adhesion, ensuring the labels stay securely attached to high-temperature surfaces, ideal for circuit boards and other metal surfaces.