Polyester-tape-
Polyester-tape-
Polyester-tape-
Polyester-tape-
Polyester-tape-

Polyester tape

Polyester tape, also commonly known as PET tape or Mylar tape, is an industrial tape based on polyester film (PET, polyethylene terephthalate) coated on one or both sides with a high-performance pressure-sensitive adhesive.

Features: 1. High-temperature resistance 2. High mechanical strength 3. Excellent insulation properties 4. Chemical resistance 5. Dimensional stability 6. Thin and tough

Applications: 1. Electronics industry 2. Powder coating, electroplating, and anodizing 3. Splicing 4. Automotive industry 5. Composite materials manufacturing

Detailed description

Polyester tapes offer a unique combination of high mechanical strength, excellent temperature and chemical resistance, and electrical insulation on a thin, rugged substrate, making them ideal for a wide range of applications, from precision electronics assembly to demanding industrial masking.

Related Specifications

Name Item No.Model Material Colour Adhesive Tack Adhesion Strength Tensile Resistance Temperature tolerance
N N/25mm N/25mm ℃
Polyester tape MY36 PET Red/Green/Blue Silicone 3↑ 8↑ 150↑ 200
Polyester tape MY26 PET Red/Green Silicone 5↑ 7↑ 120↑ 200
Polyester tape MY28 PET Red/Green Silicone 5↑ 8↑ 120↑ 200
Polyester tape MY27 PET Transparent Acrylic Acid 2↑ 8↑ 120↑ 150

FAQ

​Lens Protection Tape Series​
Specialized for encapsulating ​resin eyeglass lenses​ during high-temperature curing processes. Key features include ​high transparency, ​residue-free removal, and heat resistance up to 130°C (e.g., JT8860 for blue-light-blocking lenses)

​Lithium Battery Tape Series​
Includes ​termination tapes​ (for electrode insulation), ​PACK tapes​ (bundle fixation), and ​tab lead tapes​ (welding point protection). Made from ​PI/PET films​ with electrolytic corrosion resistance, critical for cylindrical/pouch cell safety

​LED Encapsulation High-Temperature Tape Series​
Designed for ​LED epoxy resin filling and curing​ (e.g., MY68C transparent tape for digital tubes). Withstands 150–180°C, prevents overflow, and leaves no residue after peeling

​Connector Tapes Series​
Insulating tapes for ​electronic connectors and terminals, ensuring stability in soldering (reflow peak: 260–300°C). Commonly uses PI films for dielectric strength

​Insulation & Fixation Tapes Series​
​Glass fiber-reinforced tapes​ for coil binding in motors/transformers, offering mechanical strength and flame retardancy (180–220°C continuous use)

​High-Temperature Double-Sided Tape Series​
Features ​acrylic/silicone adhesives​ on PI/PET bases. Used for bonding heat sinks, battery modules, and composite materials, withstanding 120–180°C long-term

​Masking Tapes Series​
Includes ​high-temp masking paper​ and ​PET green tapes​ for spray painting, powder coating, and PCB gold finger protection. Resists solvents, leaves sharp edges, and operates at 150–230°C

​Teflon Tape Series​
​PTFE-based tapes​ with ultra-low friction and 260–300°C continuous resistance. Applied in non-stick industrial conveyors, food packaging seals, and chemical equipment lining

Yes, we can develop tailored solutions based on your sketches or ideas to address your business challenges.

The Company serves all customer segments, offering tailored solutions for ​large enterprises, small businesses, and individual users.

Joint tape is a special tape specially used in industrial automated production lines to quickly and reliably connect the end of one roll of raw material to the beginning of the next roll of new material.

The core characteristics of high-temperature splice tapes are as follows:
1. Excellent Initial Tack: This is the most critical characteristic. The tape must be able to instantly and securely adhere to both the new and old webs, especially in high-speed “on-the-fly” splicing applications, ensuring seamless connection.
2. High Shear Strength: The splices must withstand the intense tension on the production line. The tape must possess sufficient cohesion and tack to resist these shear forces and prevent slippage or breakage during use.
3. Ultra-Thin Profile: The overall thickness of the splice must be extremely thin to ensure smooth passage through precision components such as rollers and scrapers, without compromising the quality of subsequent printing and coating processes.
4. High Temperature and Solvent Resistance: The tape must be able to withstand the high temperatures and chemical solvents encountered during the production process (e.g., in the oven) to ensure stable joint performance. Simply put, its core characteristics are “sticking quickly, not breaking, passing smoothly, and being durable”, all for the purpose of maximizing production efficiency.

In summary, the most common joint tape material combinations are “PET backing + acrylic/rubber adhesive” and “specialty paper backing + repulpable adhesive.” Manufacturers select the optimal backing and adhesive combination based on specific application scenarios, such as production line speed, tension, oven temperature, surface characteristics of the bonded material, and subsequent process requirements.

Joint tape is an essential consumable in many continuous production industries. Its main application areas include:
1. Printing Industry: Splicing paper, film, foil, and other roll materials on rotary printing presses, enabling continuous roll changes.
2. Paper & Converting Industry: Splicing large paper rolls on papermaking and coating machines is crucial for ensuring continuous production.
3. Film & Plastic Industry: Used for roll changing operations during film production, coating, and lamination.
4. Non-woven & Hygiene Industry: Splicing non-woven fabrics and raw materials such as PE film on production lines for products such as diapers and sanitary napkins.

The joint tapes provided by the company mainly include polyester tape MY36, MY26, MY28, MY27, polyimide tape KA06, and kraft paper tape KT13H.

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