Thermal Gap Pad Keeps EV Battery Pack Cooling
Negotiable Min Order Quantity Unit
- Required Quantity
-
- Place of Origin
- China
- Brand name
- GLPOLY
- Payment Terms
- T/T
- Production method
- Negotiable
- Shipping / Lead Time
- Negotiable / Negotiable
- Category
- Catalyst & Chemical Auxiliaries
Thermal Interface Materials
- Verified Certificate
-
8
Product name | Thermal Gap Pad Keeps EV Battery Pack Cooling | Certification | - |
---|---|---|---|
Category | Catalyst & Chemical Auxiliaries | Ingredients | - |
Keyword | thermal pad , thermal gap pad , thermal gap filler , battery thermal management | Unit Size | 320.0 * 2.0 * 320.0 mm |
Brand name | GLPOLY | Unit Weigh | 0 kg |
origin | China | Stock | - |
Supply type | - | HS code | 3926 |
Product Information
It is easy to produce thermal gap pad, but to be honest, there are just a few of manufacturers who can produce quality thermal gap pad, GLPOLY is one of them.
Why do I say it is easy to produce thermal gap pad? The main contents of thermal pad are similar, you can make primary product easily with some additives. Why is it hard to make quality product? because of different grade of raw materials, different batching accuracy. They are vital to thermal and physical properties.
Counterparts will mislead customer paying attention to a specific parameter, ignoring other parameters. A pioneering thermal management solution supplier will never do this. GLPOLY provides customers with customized thermal interface materials as requested.
An ltalian auto component supplier, the engineer gave me two instructions when he found us 1) thermal conductivity is not less than 2.0W/mK, 2) Compression is as big as possible. He did not give a specific vulue to compression that makes it difficult to satisfy. This thermal pad was going to be applied in electric vehicle battery pack, so we recommended a compression of 40% according to our experiences. After test, customer fed back the compression is not enough with 700N pressure, leaving gaps between waterplate and thermal gap pad, if we applied bigger pressure, we’ll destroy the waterplate.
We adjust the compression ratio to 60%, this is all what domestic counterparts can do. But customer said we need to improve 10% more after assembling. The other two suppliers said it can not be done, this is the most we can do. But GLPOLY is still working on it, changing raw materials, adjusting additives. Finally, we achieved a conpression ratio of 72%.
GLPOLY imported raw materials from Germany and Japan, and processed raw materials again with nanometer grinder, making particle size samller to improve heat transfer. Now GLPOLY is a quality partner to NIO, GAC etc. auto enterprises.
GLPOLY thermal interface materials help keep your devices performing at their best.
It is easy to produce thermal gap pad, but to be honest, there are just a few of manufacturers who can produce quality thermal gap pad, GLPOLY is one of them.
Why do I say it is easy to produce thermal gap pad? The main contents of thermal pad are similar, you can make primary product easily with some additives. Why is it hard to make quality product? because of different grade of raw materials, different batching accuracy. They are vital to thermal and physical properties.
Counterparts will mislead customer paying attention to a specific parameter, ignoring other parameters. A pioneering thermal management solution supplier will never do this. GLPOLY provides customers with customized thermal interface materials as requested.
An ltalian auto component supplier, the engineer gave me two instructions when he found us 1) thermal conductivity is not less than 2.0W/mK, 2) Compression is as big as possible. He did not give a specific vulue to compression that makes it difficult to satisfy. This thermal pad was going to be applied in electric vehicle battery pack, so we recommended a compression of 40% according to our experiences. After test, customer fed back the compression is not enough with 700N pressure, leaving gaps between waterplate and thermal gap pad, if we applied bigger pressure, we’ll destroy the waterplate.
We adjust the compression ratio to 60%, this is all what domestic counterparts can do. But customer said we need to improve 10% more after assembling. The other two suppliers said it can not be done, this is the most we can do. But GLPOLY is still working on it, changing raw materials, adjusting additives. Finally, we achieved a conpression ratio of 72%.
GLPOLY imported raw materials from Germany and Japan, and processed raw materials again with nanometer grinder, making particle size samller to improve heat transfer. Now GLPOLY is a quality partner to NIO, GAC etc. auto enterprises.
GLPOLY thermal interface materials help keep your devices performing at their best.
It is easy to produce thermal gap pad, but to be honest, there are just a few of manufacturers who can produce quality thermal gap pad, GLPOLY is one of them.
Why do I say it is easy to produce thermal gap pad? The main contents of thermal pad are similar, you can make primary product easily with some additives. Why is it hard to make quality product? because of different grade of raw materials, different batching accuracy. They are vital to thermal and physical properties.
Counterparts will mislead customer paying attention to a specific parameter, ignoring other parameters. A pioneering thermal management solution supplier will never do this. GLPOLY provides customers with customized thermal interface materials as requested.
An ltalian auto component supplier, the engineer gave me two instructions when he found us 1) thermal conductivity is not less than 2.0W/mK, 2) Compression is as big as possible. He did not give a specific vulue to compression that makes it difficult to satisfy. This thermal pad was going to be applied in electric vehicle battery pack, so we recommended a compression of 40% according to our experiences. After test, customer fed back the compression is not enough with 700N pressure, leaving gaps between waterplate and thermal gap pad, if we applied bigger pressure, we’ll destroy the waterplate.
We adjust the compression ratio to 60%, this is all what domestic counterparts can do. But customer said we need to improve 10% more after assembling. The other two suppliers said it can not be done, this is the most we can do. But GLPOLY is still working on it, changing raw materials, adjusting additives. Finally, we achieved a conpression ratio of 72%.
GLPOLY imported raw materials from Germany and Japan, and processed raw materials again with nanometer grinder, making particle size samller to improve heat transfer. Now GLPOLY is a quality partner to NIO, GAC etc. auto enterprises.
GLPOLY thermal interface materials help keep your devices performing at their best.
- Product Info Attached File
B2B Trade
Price (FOB) | Negotiable | transportation | - |
---|---|---|---|
MOQ | Negotiable | Leadtime | Negotiable |
Payment Options | T/T | Shipping time | Negotiable |
- President
- Mr. Kang
- Address
- Rm619, Huafeng Xinan Commercial Bulding, Baoan, Shenzhen China
- Product Category
- Other Electronic Components
- Year Established
- 1998
- No. of Total Employees
- 51-100
- Company introduction
-
GoldlinkTongda Electronics Co., Ltd is committed to thedesign, development and manufacture of Thermal Interface Materials, developing high qualityTIMs and Thermal Solution isour first priority. Our outstanding R&D team are ableto deliver the effective thermal solutions to customers for facing currentadvanced products.
Products
Ourbusiness includes Silicone Thermal Pad, Silicone Rubber Pad, Silicone PuttyPad, Silicone Thermal Tape, Thermal Interface Grease, Two-part Thermal InterfaceSealing Compound, Silicone Thermal Gel, Thermal Interface Phase Change Materialsand Non-Silicone type products.
Applications
We serve a multitude of industries worldwide includingNew energy vehicles, UAV,computer,telecommunications, consumer electronics, opticalproducts, LEDlighting, air flight, storage device, military and medicalequipment, powerconversion.
- Main Markets
-
China
Germany
U. Kingdom
U.S.A
- Main Product