Carbon fiber synthetic stone slab high temperature resistant black synthetic stone | gray | blue synthetic stone

< rbr(,,): : , r, (,,): b>Synthetic stone slab material description,
< rbr(,,): : , r, (,,): b>
< rbr(,,): : , r, (,,): b>(,,) !r >Carbon
(,,) !r >Fiber
(,,) !r >Synthesis< br/> (,,) !r >Stone
(,,) !r >Plate
r>
High temperature resistant black (,,) !r >Synthetic
(, ,) !r >Stone
Gray Blue (,,) !r >Synthesis
(,,) !r >Stone
(,,) !r >Carbon
( ,,) !r >Fiber
(,,) !r >Synthesis
(,,) !r >Stone
(,,) !r >Plate
r>< br/>High temperature resistant black (,,) !r >Synthetic
(,,) !r >Stone gray
Blue (,,) !r >Synthetic
(,,) ! r >Stone
Synthetic stone carbon fiber board is a composite nanomaterial made of short fiber glass mat and high-strength epoxy resin. It has the characteristics of low thermal conductivity, fire resistance, high temperature resistance, anti-static, and chemical corrosion resistance. .
< rbr(,,): : , r, (,,): b>
< rbr(,,): : , r, (,,): b>Synthetic stone carbon fiber board is widely used In the fields of electronics, aviation, warships and ships. In electronic manufacturing, welding and other protective materials are used. Synthetic stone carbon fiber board materials are easy to process and have high strength. They provide a durable, high temperature resistant, and anti-static B-board carrier material for wave soldering and reflow soldering in electronic manufacturing.
< rbr(,,): : , r, (,,): b>
< rbr(,,): : , r, (,,): b>Highest temperature resistance ! And it can maintain good mechanical strength during continuous use in high-temperature working environments. Synthetic stone carbon fiber board can fully adapt to the high temperature process and production needs of wave soldering and reflow soldering.
< rbr(,,): : , r, (,,): b>
< rbr(,,): : , r, (,,): b>In continuously used high-temperature production lines The medium life span can reach times.
< rbr(,,): : , r, (,,): b>br> < rbr(,,): : , r, (,,): b>Characteristics of synthetic stone
< rbr(,,): : , r, (,,): b>: Synthetic stone (high-temperature nanocomposite material) can still maintain excellent physical properties at increasing temperatures
< rbr(, ,): : , r, (,,): b>: After repeated substrate mounting processes, the dimensional stability and flatness can still be maintained:
< rbr(,,): : , r, (,,): b>: The low thermal conductivity of synthetic stone (high-temperature nanocomposite material) ensures the heat distribution state on the substrate
< rbr(,,): : , r, (,,): b> : Due to the characteristics of synthetic stone (high-temperature nanocomposite material), the substrate can be mounted with a jig for precision processing
< rbr(,,): : , r, (,,): b>: Synthetic stone (high-temperature The high-strength resin in nanocomposites can effectively block the properties of flux and prevent the generation of tin tips.
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