Description
Sida Polyester Double-Sided High-Temperature Tape is made for thin, heat-resistant bonding in electronics and industrial assembly. DS83, DS18T, and DS20T provide adhesion from 7N/25mm to 16N/25mm, tensile strength from 50N/25mm to 60N/25mm, and heat resistance from 150C to 200C.
Parameters:
| Model | Material | Color | Adhesive | Thickness | Length | Adhesion | Tensile | Temp |
|---|---|---|---|---|---|---|---|---|
| DS83 | PET | Yellow | Acrylic | 0.03mm | / | 7N/25mm | 50N/25mm | 200C |
| DS18T | PET | Yellow | Acrylic Acid | / | / | >=15N/25mm | >=60N/25mm | 150C |
| DS20T | PET | Yellow | Acrylic Acid | / | / | >=16N/25mm | >=60N/25mm | 150C |
FAQ:
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What is Sida Polyester Double-Sided High-Temperature Tape used for?
Sida Polyester Double-Sided High-Temperature Tape is made for thin, heat-resistant bonding in electronics and industrial assembly. -
What are the key specifications of Sida Polyester Double-Sided High-Temperature Tape?
Key specifications are shown in the parameter table below, including material, adhesive type, thickness, roll size, adhesion, tensile strength, voltage resistance, and temperature resistance where applicable. -
Can Sida Polyester Double-Sided High-Temperature Tape be customized?
Yes. Sida can support custom width, roll length, die-cut shape, liner, color, adhesive system, and packaging based on the production process and application requirements. -
Is Sida Polyester Double-Sided High-Temperature Tape suitable for high-temperature applications?
The suitable temperature range depends on the exact model. Please check the temperature value in the parameters table and choose the grade that matches the working temperature and exposure time. -
How should I choose the right model of Sida Polyester Double-Sided High-Temperature Tape?
Select the model according to the required substrate, adhesive, thickness, adhesion strength, insulation performance, tensile strength, and operating temperature. For battery, electrical, masking, or splicing applications, Sida can recommend a grade based on the actual process conditions.