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2023

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06

Ultra-high thermal conductivity, ultra-flexible thermal conductive gasket

Ultra-high thermal conductivity, ultra-flexible thermal gasket is a thermal conductivity greater than 12 W/m · K, and both excellent flexibility series products, as shown in Table 1. This series of products is to solve the problem of heat dissipation between high heat flux and highly integrated electronic equipment heating devices and heat sinks.


Product Introduction
Ultra-high thermal conductivity, ultra-flexible thermal gasket is a thermal conductivity greater than 12 W/m · K, and both excellent flexibility series products, as shown in Table 1. This series of products is to solve the problem of heat dissipation between high heat flux and highly integrated electronic equipment heating devices and heat sinks. The ultra-flexible materials of this series can quickly fill irregular rough surfaces, ensure excellent interface wettability and interface adaptability, effectively eliminate the thermal resistance generated by the air between the interfaces, reduce the interface contact thermal resistance, form a good heat transfer bridge, and facilitate the heat export of heating devices.
Foundation composition
v Silicone rubber ceramic filler
Product characteristics
v Thermal conductivity up to 12 W/m · K, 15 W/m · K.
v Ultra-flexible and low hardness, provide good interface wettability and reduce surface thermal resistance.
v Suitable for irregular rough surface
v Ultra-low rebound stress, reduce instantaneous compression stress, protect heating devices.
v free die-cut profiles
v electrical insulation
v Excellent reliability and flame retardancy
Typical applications
v 5G communication base stations, wireless infrastructure, optical modules
v Consumer Electronics
v Precision Photoelectric
v Automotive Electronics and Power Battery
v Hard disk drives and solid state disk storage devices
v Heat dissipation between heating components and radiator or shell
Application Characteristics
v Ultra-high thermal conductivity and ultra-flexible thermal gasket is very soft, and special attention is required during packaging, transfer and processing to ensure the best performance and dosage of the product. When the product is subjected to excessive pressure, the material will stick to the release film on one or both sides, and even the product will be deformed irreparably (because the product will not rebound, the deformation is permanent.).
v Due to the ultra-soft nature of the product, a slight mist will appear on the blue release film, which is a normal phenomenon of this series of products, which does not affect the performance of the product.
v Minimize the number of transfers and tearing of the product. Due to the low modulus of the material, the cut slices may stick together over time.

Why carbon black and coke are not adsorptive

Carbon black and coke are carbon materials, but their adsorption properties are very different. Carbon black has strong adsorption and can be used to prepare various adsorbents, while coke has almost no adsorption. Why is this?

2023-06-14

Industry remodeling makes waste tires incarnate "black gold", listed companies run into the field to dig gold.

The "ground refinery" has faded from the spotlight, and how to recycle waste tires with low consumption and harmlessness has attracted much attention. On the other hand, the state recently added waste tires, waste rubber products production of recycled oil, cracking carbon black tax rebate, but also further stimulate the enthusiasm of industrial capital entry.

2023-06-14

Application and Development Trend of Thermal Conductive Absorbing Materials

With the development of electronic technology, the new generation of electronic components from consumer electronics such as mobile phones and tablet computers to RFFE/antenna modules for 5G communication, MIMO, wifi6, radar and optical modules for optical communication have higher data transmission rate, higher power density and higher transmission frequency band, and require electronic equipment to have more functional modules while maintaining the existing volume or even reducing the volume, the electronic equipment will generate a large amount of waste heat when working.

2023-06-20

Introduction of special rubber materials-chlorosulfonated polyethylene rubber (CSM)

Chlorosulfonated polyethylene (alias: Haibolong Haibolong hypalon) is a kind of special rubber made by chlorination and chlorosulfonation of polyethylene. After chlorination and sulfonation of polyethylene, the regularity of its structure is destroyed, and it becomes soft and elastic chlorosulfonated polyethylene rubber at room temperature.

2023-06-20

Ultra-high thermal conductivity, ultra-flexible thermal conductive gasket

Ultra-high thermal conductivity, ultra-flexible thermal gasket is a thermal conductivity greater than 12 W/m · K, and both excellent flexibility series products, as shown in Table 1. This series of products is to solve the problem of heat dissipation between high heat flux and highly integrated electronic equipment heating devices and heat sinks.

2023-06-20

Qingdao Flywheel Xingbang New Material Technology Co., Ltd. is a high-tech enterprise integrating R & D, production, trade and service. It is committed to the R & D and innovation of carbon nanomaterials products.

Contact Information

Qingdao Flywheel Xingbang New Material Technology Co., Ltd.

Company address: Xifu Town West Railway Industrial Park, Chengyang District, Qingdao City, Shandong Province


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