Shenzhen Kuayue Electronics Co.,Ltd.
Founded in 2007, it is a high-tech enterprise specializing in the research and development, manufacturing and sales of thermal conductive materials. It is a well-known provider of thermal management solutions.
Introduction: Thermal GAP PAD Materials, Thermal Gel, Thermally Conductive Grease, Silicone Sealant, Thermal Conductive,Insulation Materials
Location: Shenzhen, China.
Factory Area: 9600 Square Meters
Number of Employees: 87
Applications: LED lighting，Automotive electronics, automotive new energy，power supply，Network communication equipment，Photovoltaic new energy
Certificates: SGS,ISO9001,IS014001,IATF16949,UL
OEM & ODM Customization: Accepted
Real-life strategy to reach your goals.
we are committed to providing customers with the most excellent thermal conduction and insulation materials.
Fifteen years of history and fifteen years of focus
Independent laboratory quality is stable and reliable
Automated production delivery time is accurate
Factory direct sales are more affordable
Real-life results
We generate results for our customers
Meet our amazing team
Our is extremely qualified to help your business grow
We look forward to becoming your reliable partner in the field of thermal management!
FAQ
If you have any questions or need personalized advice, please feel free to reply to this email or contact our customer service team at
Yes, thermal conductivity can vary among tapes based on their material composition. It’s important to select tapes with suitable thermal conductivity ratings for specific heat dissipation needs.
It’s crucial to clean and degrease surfaces before application. Applying even pressure across the tape and ensuring proper alignment between components are essential for optimal performance.
Removing thermal conductive tape can be challenging and may damage surfaces, reducing its effectiveness upon reuse. It’s generally recommended for one-time application.
Thermal conductive double-sided tape contains materials that facilitate heat transfer while providing adhesion, unlike regular tape designed primarily for bonding without the thermal conductivity.
Thermal conductive double-sided tape is used to create a heat-transfer path between heat-generating components (like CPUs or chips) and heat sinks or cooling systems, enhancing heat dissipation.
Important factors include thermal conductivity, viscosity, temperature resistance, electrical insulation properties, compatibility with materials, and ease of application and removal.
Applying a thin, even layer onto clean and dry surfaces is crucial. Methods include using a spatula, brush, or syringe depending on the application and accessibility of the surfaces.
While it’s possible to reapply silicone grease after cleaning surfaces thoroughly, it’s generally not recommended as the efficacy decreases due to air entrapment and contamination during initial application.
Real-life results
We generate results for our customers
“This factory that produces thermal conductive materials is truly professional. Their thermal conductive silicone sheets perform exceptionally well and meet our needs.”
Alicia Regnier
“Purchased their thermal conductive double-sided tape, and it offers excellent value for money. The quality exceeded our expectations.”
Marie Hibbler
“When purchasing thermal conductive potting glue, the staff’s service attitude was very attentive. They answered all our questions, making the entire shopping process easy and enjoyable.”
Evan Hoffman
“The quality of the thermal conductive gel is truly top-notch. Our products have significantly improved thermal conductivity.”
Richard Jeremy
“After purchasing thermal conductive products, the shipping speed was astonishing. We quickly received the goods, and the efficiency was impressive.”
Brent Schull
“The design of the thermal conductive products is very innovative, especially their thermal conductive potting glue, which solved our problems. It’s commendable.”
Elizabeth Varela
” During the shopping process, they also thoughtfully provided usage instructions, allowing us to better understand the performance and usage of the products.”
Jay C. McLendon