High thermal conductivity silicone film for battery pack

Widely used in industries such as LED lighting, automotive electronics, televisions, power supplies, communication products, and network products.

The thermal conductivity coefficient of high thermal conductivity silicone film is 1-6W/mK, and its voltage breakdown resistance value is above 4000 volts. The product itself has a certain degree of flexibility and good adhesion between power devices and heat dissipation aluminum sheets or machine shells, achieving good thermal conductivity and heat dissipation. It meets the current requirements of the electronic industry for thermal conductivity materials. Soft silicone thermal insulation gasket is one of the thermal interface materials with good thermal conductivity and high pressure resistance. Its function is to fill the large requirements between the processor and the heat sink, and it is a professional product that replaces the binary heat dissipation system of thermal grease thermal paste and mica sheet.

The most convenient feature of high thermal conductivity silicone film is that it can be cut to any size, which is more conducive to automated production and product maintenance, and is more convenient to use. The thickness of the process generally ranges from 0.5mm to 5mm, with increments of 0.5mm, that is, 0.5mm, 1mm, 1.5mm, 2mm, and up to 5mm. If there are special requirements, it can be increased to 13mm, specifically designed for the use of gaps to transfer heat. It can fill gaps and complete the heat transfer between the heating and cooling parts. It can also play a role in shock absorption, insulation, and sealing, meeting the design requirements for miniaturization and simplification of equipment in society. It is a new energy material with super practicality and processability.

Widely used in industries such as LED lighting, automotive electronics, televisions, power supplies, communication products, and network products.

Usage and precautions:

(1). Keep the contact surface with the thermal conductive silicone sheet clean to prevent the thermal conductive silicone sheet from sticking to dirt. The self adhesion and sealing thermal conductivity of the dirty thermal conductive silicone sheet will deteriorate.

(2). When picking up thermal conductive silicone sheets, larger ones should be grabbed from the center, while smaller ones are not required. This is because large thermal conductive silicone sheets are subjected to uneven stress, which can cause deformation, affect subsequent operations, and even damage the silicone sheets.

(3). Take the sheet with your left hand and tear off one side of the release protective film with your right hand. It is not allowed to tear off both sides of the protective film at the same time to reduce the number and area of direct contact with the thermal conductive silicone film, and to maintain the self-adhesive and thermal conductivity of the thermal conductive silicone film without damage.  

(4). Tear off one side of the protective film, facing towards the heat sink, and align the thermal conductive silicone film with the heat sink first. Slowly lower the thermal conductive silicone sheet. Be careful to avoid the formation of bubbles.    

(5). If bubbles are generated during operation, pull up one end of the silicone film and repeat the above steps, or gently wipe off the bubbles with a tool, without excessive force, to avoid damage to the thermal conductive silicone film.  

(6). Remove the protective film on the other side and place it in the radiator. The force of removing the last protective film should be small to avoid pulling or pulling up the thermal conductive silicone sheet.  

(7). After tightening or using a strong adhesive thermal conductive silicone film, apply a certain pressure to the heat sink and store it for a period of time to ensure that the thermal conductive silicone film is securely fixed.

During storage and transportation, it is necessary to prevent rain and exposure to sunlight and ensure that the packaging is tightly sealed, without mixing alkali or acidic substances.

This product is non hazardous, but should not be ingested or seen.

Transportation: There are no regulations for domestic (CN-GB) or international (IMO, IATAUN) transportation. Belonging to non dangerous goods.

The thickness of high thermal conductivity silicon film has a wide range of applications, especially suitable for electronic equipment industries such as automobiles, computers, displays, and power supplies.