Operation Temp 280°C Mica Polyimide Lamination Insulation Tape Cutting Roll Or Tape Suitable For Electrical Applications

Product Description:

The Mica-Polyimide Lamination Insulation Tape is an advanced insulation solution designed to meet the demanding requirements of high-performance electrical and thermal applications. Constructed from premium quality polyimide and mica materials, this tape provides exceptional insulation properties, making it ideally suited for use in environments where high temperature resistance and superior electrical insulation are paramount.

One of the standout features of this insulation tape is its ability to withstand continuous operation temperatures up to 280°C. This high temperature resistance makes it an excellent choice for applications involving motors, transformers, and other electrical equipment that generate significant heat during operation. The tape’s robust thermal stability ensures reliable performance without degradation, even under prolonged exposure to elevated temperatures.

At its core, the Mica-Polyimide Lamination Insulation Tape serves as a high insulation resistance paper, offering superior dielectric strength and excellent electrical insulation properties. The combination of polyimide and mica materials results in a tape that not only insulates effectively but also maintains its structural integrity and insulation capabilities over time. This makes it particularly valuable in scenarios where consistent electrical insulation is critical to safety and functionality.

The tape also exhibits a Limiting Oxygen Index (LOI) of ≥33%, indicating its outstanding flame retardant properties. This high LOI value reflects the tape's ability to resist combustion and minimize the risk of fire propagation in electrical systems. Such flame retardant characteristics are essential for enhancing the safety standards of electrical devices and installations, especially in industrial settings.

In addition to its electrical insulation prowess, this product is an exemplary motor insulation paper. Its excellent thermal and dielectric properties help protect motor windings and components from electrical stress and thermal damage. By providing reliable insulation in motors, the tape contributes to improved motor efficiency, longevity, and safety, reducing the likelihood of failures caused by insulation breakdown.

The Mica-Polyimide Lamination Insulation Tape is also recognized as a high temperature resistance paper, capable of enduring harsh operational conditions without compromising its insulating capabilities. This makes it suitable for various applications beyond motors, including electrical coils, generators, and other equipment requiring durable insulation that performs well under thermal stress.

Its construction from polyimide and mica combines the best qualities of both materials: the excellent thermal stability and mechanical strength of polyimide, and the superior electrical insulation and heat resistance of mica. This synergy results in a tape that is not only highly effective but also reliable and durable in challenging environments.

Overall, the Mica-Polyimide Lamination Insulation Tape stands out as a premium insulation solution, offering high insulation resistance, exceptional thermal endurance, and enhanced safety through its flame retardant properties. Whether used as high insulation resistance paper, motor insulation paper, or high temperature resistance paper, this product delivers consistent performance that meets the rigorous demands of modern electrical engineering and manufacturing.

For engineers, manufacturers, and technicians seeking a dependable insulation tape capable of withstanding extreme temperatures and providing robust electrical insulation, the Mica-Polyimide Lamination Insulation Tape is an excellent choice. Its combination of materials, high operational temperature rating of 280°C, and superior properties such as LOI ≥33% make it a valuable component in ensuring the safety, efficiency, and durability of electrical systems.

Features:

• Product Name: Insulation Tape
• Material: Polyimide and Mica
• Manufactured in Ganzhou City, Jiangxi
• Port of Loading: Shenzhen, China
• Mica Content: Greater than 50%
• LOI (Loss on Ignition): ≥33%
• Contains Electric Insulation Paper for superior performance
• Made with High Insulation Resistance Paper to ensure durability
• Suitable for use as Transformer Insulation Paper

Technical Parameters:

Applications:

The Longtai 200mic insulation tape, originating from Ganzhou City, Jiangxi Province, China, is a premium product designed for various electrical insulation applications. Manufactured using high-quality polyimide and mica materials, this insulation tape offers exceptional durability and reliable performance. Its availability in both roll and tape cutting options provides flexibility for diverse usage scenarios, making it an ideal choice for professionals and industries alike.

One of the primary application occasions for the Longtai 200mic insulation tape is in the manufacturing and maintenance of motors. As a specialized motor insulation paper, it effectively provides high insulation resistance, ensuring the motor's winding and components are protected from electrical faults, short circuits, and overheating. This makes it particularly useful in electric motor production lines, repair shops, and quality assurance testing environments where reliable insulation is crucial.

In addition to motor applications, the Longtai tape is extensively used in transformers as a transforma insulation paper. Its excellent dielectric properties and thermal stability make it a trusted choice for insulating transformer windings and components. The tape's ability to withstand high voltage and temperature variations helps enhance the transformer’s efficiency and longevity, making it suitable for power generation plants, electrical substations, and industrial equipment maintenance.

The high insulation resistance paper qualities of the Longtai 200mic tape also make it an essential component in various electric applications. Whether in household appliances, industrial machinery, or electronic devices, this insulation tape provides a reliable barrier against electrical conduction and mechanical wear. Its strong adhesive properties ensure secure placement, while the mica and polyimide materials contribute to its versatility across different electric insulation scenarios.

With Shenzhen, China, as the port of loading, the Longtai 200mic insulation tape is readily accessible for domestic and international markets, supporting a wide range of electrical insulation needs. Whether used in the production of motors, transformers, or other electric equipment, this insulation tape exemplifies quality and performance, meeting the rigorous demands of modern electrical engineering applications.

Customization:

Longtai offers customized insulation tape solutions with model number 200mic, specially designed for high temperature resistance applications up to 280°C. Manufactured in our factory located in Ganzhou City, Jiangxi, China, this insulation tape is ideal for motor insulation paper and transformer insulation needs. Our insulation tape is made from premium quality materials providing excellent insulation properties, making it a reliable choice for electric motors and transformers. Shipped from the port of Shenzhen, China, Longtai insulation tape ensures superior performance and durability in demanding electrical environments.

Support and Services:

For technical support and services related to our Insulation Tape product, please ensure you have the product details and batch number available when seeking assistance. Our support team is equipped to provide guidance on proper application techniques, compatibility with various surfaces, and troubleshooting common issues to ensure optimal performance. We also offer consultation services for custom insulation solutions tailored to your specific requirements. In addition, comprehensive product datasheets and safety information are available to help you use the insulation tape safely and effectively. For warranty claims or product returns, please refer to the terms and conditions provided at the time of purchase.