The 2017 "BI" Business Intelligence Prospects Survey found that the rigid-flex board industry has an attractive trend outlook.
Features: Blind holes are located on the top and bottom surfaces of the circuit board, with a certain depth. The depth on the other side can be measured through corresponding through holes.

Characteristics: Special gases such as green oil, blue oil, and nitrogen required for the production of workpieces are difficult to penetrate. In this case, a dry and wet sensor separation mode can be used.
Due to the low thermal conductivity of copper, a thermal conductivity instrument (thermocouple) is usually used to drive between the resin and the dry film before design. The mode of separating dry and wet sensors allows the application of some special sensors, such as Hall effect sensors, photoelectric effect sensors, laser ranging sensors, etc. This type of sensor usually uses thermal oil, which can also be applied inside the sensor. However, thermal oil has a heating point and is externally coated with thermal paste.
Heat transfer oil, also known as heat dissipation paste, heat transfer gasket, heat transfer paste resin, heat transfer silica gel sheet, heat transfer potting adhesive, heat transfer silicone grease, heat transfer photosensitizer, heat transfer gel, heat transfer potting adhesive, etc.
Thermal conductive potting adhesive, also known as thermal conductive paste, belongs to the category of thermal conductive paste and is a professional type of thermal adhesive that can meet the requirements for thermal bonding on LED heat dissipation fins in the LED industry.
To prevent luminescent spots from appearing on the display screen when it is too cold, this type of thermal conductive silicone is mainly composed of organic silicone, with thermal conductive agglomerates added. After thermal curing, device bonding, and thermal conductive agents filling the gaps, it is used to strengthen the heat dissipation of LED devices, replace thermal conductive silicone, and other treatments.
When replacing LED devices and thermal conductive silicone such as silicone, it is also necessary to make this gasket first. It is important to note that replacing thermal conductive silicone is necessary, so you should have access to the test report and avoid the impact of static electricity on plastic and other factors when using it!
Now, before meeting the requirements for LEDs, people can replace them with 200W LED heating devices, but the thermal conductive silicone material for LED heating devices is different.
e) The output power exceeds 200W, and the heat loss is reduced due to the heating and heat dissipation of the heating device, which is more of a result.
This is the performance that thermal conductive silicone can achieve. Its basic principle is curing, which reduces the internal temperature, heats up the internal stress of the element, improves the hardness and thermal conductivity of the device, and can achieve more accurate thermal conductivity and more precise thermal conduction.
Although thermal conductive silicone has thermal conductivity, the materials used for the two are different. Thermal conductive silicone uses a liquid agent (such as silicone adhesive) to transfer heat to the external elastomer for heat dissipation. It is a thermal conductive silicone based on thermal conductivity and insulation. Thermal conductive silicone is only a part of its thermal conductivity performance, such as thermal conductive silicone sheets. This type of thermal conductive silicone can also be used, and there are differences in the preparation of thermal conductive silicone materials. This is the layer of silicone gel, which is a new type of thermal conductive silicone sheet and material of thermal conductive silicone.