Synthetic slate is a composite material made of high-temperature nanofiber felt and high-performance epoxy resin, which has the characteristics of low thermal conductivity, resistance, high temperature resistance, anti-static, light weight, and chemical resistance.
Synthetic slate is widely used in electronics, aviation, ships and other fields. In the field of protective materials for electronic manufacturing welding, synthetic slate materials are the best choice for workpieces that are easy to process, have high strength requirements, and maintain the maximum bending strength of the thin plate in the hot state and heating process. It provides a durable, high temperature, antistatic PCB carrier for electronic manufacturing wave soldering and reflow soldering. It can maintain good mechanical strength in continuous use at a maximum temperature of 380 degrees.
Synthetic slate can fully meet the needs of 360 degree wave soldering, reflow soldering high temperature process and production. The service life can reach more than 20,000 times in the continuous high temperature production line.
Synthetic Slate Properties:
1. The normal working temperature is 280℃, and the operating temperature can reach 380℃.
2. Small deformation.
3. Good dimensional stability.
4. The certified anti-static material has an anti-static index of 10 to the power of 5-9.
5. Long service life.
Synthetic Slate Features:
The ability to continue to maintain its physical properties in an environment of increasing temperature enables synthetic stone to achieve high standard results without distortion during the wave soldering process. In the harsh environment of short-term exposure to 380 ° C and continuous operating temperature of 280 ° C, it will not cause the base layer to separate.
Synthetic stone specification: 1150*1250, thickness: 2-50mm, cutting does not hurt the knife and does not change shape and is easy to process.
In the field of protective materials for electronic manufacturing welding, synthetic slate materials are the best choice for machined parts that are easy to process, have high strength requirements, and maintain the maximum bending strength of the thin plate in the hot state and heating process. It provides a durable, high temperature, antistatic PCB carrier for electronic manufacturing wave soldering/reflow soldering. It can maintain good mechanical strength in continuous use at 450 degrees high temperature.
