< r> < Bakelite board
< Bakelite board color is orange-red.
br Thickness
<< r> < Specifications* Specifications can be customized
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br << r> < Bakelite board material
br << r> < Synthesis of phenolic laminated paperboard made of bleached wood pulp paper impregnated with phenolic resin and hot pressed.
br << r> < < r>Uses of bakelite board
br << r> < Bakelite board has become the insulating switch of electronic products because of its insulation, non-static, wear resistance and high temperature resistance. It can be used in molds for variable resistance machinery and fixtures on production lines, and can be used in transformer oil and other products.
br << r> < Bakelite is an artificial synthetic chemical substance. Once it is heated and formed, it solidifies and cannot be molded into other things. Because it has the characteristics of non-absorbent, non-conductive, high temperature resistance and high strength, plus Guangfa It is used in electrical products, hence the name.
br << r> < Electronic production tool fixture production, performance testing
br << r> < < r>Baking board characteristics
br << r> < Good electrical performance at normal temperature, It has good mechanical processing performance, specific gravity, warpage, and excellent electrical, mechanical and processing properties. Paper Bakelite is the most common laminate and the most widely used industrial laminate in the world.
br << r> < < r>Application of Bakelite Board
br << r> < Suitable for electrical and electrical equipment and insulating structural parts with high mechanical performance requirements. It has good mechanical strength and is mainly used in the processing of insulating parts in fixtures, test fixtures, silicone rubber button molds, fixture plate mold splints, tabletop grinding pads, packaging machine combs, etc.
br << r> < < r>Physical Properties of Bakelite Board
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br << r> < Temperature Resistance Continuous
br << r> < Temperature Resistance Short Time
br << r> < Water Absorption Rate
br << r> < Linear thermal expansion coefficient
br << r> < Combustibility
br << r> < Vertical layer bending strength
br << r> < Vertical layer compressive strength
br << r> < Tensile strength
br << r> < Impact strength
br << r> < Adhesive strength
br << r> < After immersion in water Insulation resistance*
br << r> < Vertical layer electrical strength
br << r> < Parallel layer breakdown voltage
br << r> < Relative dielectric constant
br << r> < Volume resistance~
br << r> < Surface resistance< /r/BR />< / />< /r/b!! /