Double-sided tape high temperature thermal conductive double-sided tape lamp thermal tape

High temperature thermal conductive double-sided tape for lighting fixtures
Thermally conductive double-sided tape is a high-performance acrylic pressure-sensitive adhesive filled with high thermal conductive ceramic particles and coated on both sides of glass fiber. Thermal conductive double-sided tape has excellent thermal conductivity and bonding properties, eliminating the need for mechanical fixing and liquid adhesive solidification between electronic components and radiators.
When using the thermally conductive double-sided tape, you only need to press lightly to fit it immediately. Its bonding performance and bonding strength will increase as the temperature and time increase. Thermal double-sided tape can also be die-cut into any shape and can be pre-attached to a surface for future fit.
Technical parameters
Color white
Base material fiberglass cloth
Thickness of fiberglass cloth
Total thickness
Thermal conductivity./
Thermal resistance. ℃/
Bonding strength/
Breakdown voltage./
Volume resistance*
Operating temperature range ~℃, storage period months
Thermal conductive double-sided tape is widely used in product applications It is used for bonding chips, flexible circuit boards, and high-power transistors to heat sinks or other cooling devices.
Such as the bonding of transistor power transistors and radiators/bonding of circuit board casings, bonding of flexible circuits and heat sinks, and bonding of radiators and microprocessors.
High-temperature resistant lamp thermal double-sided tape High-viscosity thermal tape
Thermal double-sided tape is widely used to bond heat sinks to microprocessors and other power-consuming semiconductors. These tapes have extremely strong adhesion It has high strength and small thermal resistance, and can effectively replace grease and mechanical fixation.
Product Features
High adhesion to pressure-sensitive double-sided tape on various surfaces.
, high performance thermal conductive acrylic glue.
Product application
, fix the radiator on the power supply circuit board or vehicle control circuit board.
, fixing the heat sink on the packaged chip
, can replace hot melt glue, screws, buckles and other fixing methods.
Typical uses
High power, power modules, integrated chips, power modules, automotive electronics, controllers, telecommunications equipment, cooling components, heat pipe components, motor controllers, communication hardware, laptop or desktop computers .
Technical parameters
Color white white white
Thickness. . .
Peeling
Operating temperature range (℃) ~ ~ ~
Breakdown voltage
Thermal conductivity/.
Flame retardant
Gray conductive cloth ultra-thin conductive cloth
Ultra-thin conductive cloth is a base material coated with glue on one side. The total thickness is. Ultra-thin single-sided gray plain conductive cloth tape .
Product specifications are *. As we all know, current electronic materials are developing towards ultra-thin, ultra-thick, and high-temperature resistance. I am committed to developing various double-sided tapes that meet market demand, such as single-sided conductive cloth tape, double-sided conductive non-woven tape, single-sided black conductive non-woven tape, double-sided tape and a series of conductive shielding materials.
Suitable for conduction, shielding, grounding, bonding and fixing of small/precision electronic products such as mobile phones.
It is widely used in circuit board connection, electromagnetic shielding or grounding at gaps in computers and communication equipment, etc. It is widely used in notebook wires and has passed certification. With good metal bonding force and conductivity, conductive fabric is suitable for the processing of shielding clothing and can be used to make static clothing, shielding clothing, mobile phone rest bags, mobile phone leather cases, laptop bags, indoor shielding curtains, etc. The conductive cloth is soft in texture, has no burrs when cut, is not susceptible to fingerprint stains, and undergoes oxidation treatment. It has good processability and can withstand high temperatures up to ℃, and can be die-cut and punched for customers.