| Product Name | Model | Carrier | Total Thickness (μm) | Colour | Adhesion to Steel (N/25mm) | Holding Power (hr) | Heat Resistance Long Term (℃) | Heat Resistance Short Term (℃) | Tesa Equipment |
|---|---|---|---|---|---|---|---|---|---|
| PET Double-Sided Tape | HY6983 | PET | 30 | Transparent | 9 | ≥48 | 100 | 150 | 4983 |
| HY6972 | 50 | 8 | 4972 | ||||||
| HY6980 | 80 | 10 | 4980 | ||||||
| HY6982 | 100 | 12 | 4982 | ||||||
| HY6928 | 125 | 14 | 4928 | ||||||
| HY6967 | 160 | 16 | 4967 | ||||||
| HY6965 | 205 | 18 | 4965 | ||||||
| HY6970 | PVC | 245 | Milk | 18 | — | — | 4970 | ||
| HY6968 | 325 | 20 | — | — | 4968 |
Used for fixing lithium batteries and battery compartments of mobile phones and tablets — space saving and displacement prevention. Fixes FPC, PCB, camera modules and micro motors with even pressure to prevent deviation. Black shading variants prevent light leakage in camera modules.
Bonds LCD/LED screens to middle frames and fixes light guide plates and reflective films with no bubble overflow. Suitable for smart watch lenses and headphone keys — lightweight, easy to rework without residual adhesive.
Seamless attachment of nameplates and LOGOs to enhance texture. Fixes dust screens and sensor grounding pieces without circuit interference. Silicone series bonds low surface energy materials (silicone rubber, PP) for antenna and NFC module fixation.
Bonds center consoles and door trim panels with environmentally friendly adhesive meeting interior standards. Fixes atmosphere lamps, sound insulation cotton and wiring harnesses for shock absorption and noise reduction. Flame-retardant models meet fire protection requirements near heat sources.
Pastes automobile nameplates and window trims — resistant to UV and rain, no degumming or yellowing. Fixes rearview mirror decorative covers without drilling to prevent corrosion. High-temperature models fix engine compartment wiring harnesses.
Bonds driving recorders, ETC devices and other back-glue components — easy to install and remove without residual adhesive, causing no damage to the car body or glass.
Bonds touch panels and display screens of refrigerators and air conditioners — transparent models do not block the view while remaining waterproof and sealed to prevent short circuits. Fixes air outlet grilles and temperature/humidity sensors, resistant to alternating high and low temperatures.
Fixes sealing strips and heating tubes of high-temperature appliances (ovens, water heaters) — stable and non-aging at high temperature. Bonds nameplates and foot pads with easy die-cutting to adapt to complex shells and improve assembly efficiency.
PET double-sided tape uses a polyester (PET) film as its carrier, coated with acrylic or silicone adhesive on both sides. Unlike regular foam or tissue double-sided tapes, PET-based tape offers superior dimensional stability, high shear resistance, wide temperature tolerance, and excellent chemical and moisture resistance — making it ideal for precision industrial applications.
For PET carrier models, the long-term heat resistance is 100℃ and the short-term heat resistance reaches 150℃. High-temperature models designed for automotive engine compartments can withstand temperatures of ≥200℃. PVC carrier models do not specify heat resistance ratings.
Transparent PET carrier models are recommended for optical bonding applications. These models offer light transmittance of ≥90% and are designed to bond without bubble overflow, ensuring clear display performance. Models such as HY6983 (30μm) or HY6972 (50μm) are suitable for thin optical assemblies.
Yes. The silicone adhesive series within the PET double-sided tape range is specifically formulated to bond low surface energy materials such as silicone rubber and polypropylene (PP). This makes it effective for antenna fixation and NFC module assembly in consumer electronics.
Yes. Environmentally friendly adhesive variants of PET double-sided tape contain no VOC (volatile organic compounds) and comply with automotive interior material standards. Flame-retardant models are also available for use in areas near fire sources, meeting relevant fire protection requirements.
The available thickness range spans from 30μm to 325μm. Thinner models (30–80μm) are ideal for ultra-compact electronics where space is critical. Mid-range thicknesses (100–160μm) suit general industrial bonding and panel assembly. Thicker models (205–325μm) provide better gap-filling and conformability for uneven surfaces in automotive and white goods applications.
