Year1
- 型号：
- TBe1.9
- 规格：
- 齐全
- 颜色：
- 标准
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Product information:
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.Japan
.Electrode EDM Beryllium copper alloy
. Wear-resistant stamped beryllium copper
. High wear-resistant beryllium copper
. Beryllium copper for molds
. High toughness beryllium copper
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:..bb. .Loss-resistant beryllium copper
.Corrosion-resistant Beryllium copper
.Imported high thermal conductivity of beryllium copper
.Wear-resistant and explosion-resistant beryllium copper
.Yield limit of imported beryllium copper
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Beryllium cobalt copper performance:
3 European standard alloy products company beryllium cobalt copper has good processability and high thermal conductivity,
In addition, beryllium cobalt copper also has excellent weldability, corrosion resistance, polishability, wear resistance, and anti-adhesion properties. It can be forged into parts of various shapes. The strength and wear resistance of beryllium cobalt copper are better than those of chromium zirconium copper alloy.
3 Resistance welding electrode European standard alloy products company beryllium cobalt copper has higher mechanical properties than chromium copper materials and chromium zirconium copper materials, but its electrical conductivity and thermal conductivity are lower than chromium copper and chromium zirconium copper. When used as welding and seam welding electrodes, it is used to weld stainless steel, high-temperature alloys, etc. that still maintain high-strength characteristics at high temperatures. Because high electrode pressure needs to be applied when welding such materials, the strength of the electrode material is also required. This type of material can be used as electrodes for spot welding of stainless steel and heat-resistant steel, force-bearing electrodes, electrode grips, shafts and electrode arms. It can also be used as electrode axles and bushings for seam welding of stainless steel and heat-resistant steel, molds, or inlaid electrodes. .
3 In the mold manufacturing industry
Applications of beryllium cobalt copper:
3 Beryllium cobalt copper
It is widely used in the manufacture of inserts and mold cores in injection molds or steel molds. When used as an insert in a plastic mold, beryllium cobalt copper can effectively reduce the temperature in the heat concentration area, simplifying or eliminating the need for cooling water channel design. The excellent thermal conductivity of beryllium cobalt copper is about 3~ times better than mold steel. This characteristic can ensure that plastic products are cooled quickly and evenly, reducing product deformation, unclear appearance details and similar defects. In most cases This can significantly shorten the product production cycle. Therefore, beryllium cobalt copper can be widely used in molds, mold cores, and inserts that require rapid and uniform cooling, especially requirements for high thermal conductivity, corrosion resistance, and good polishability.
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:..bb. . Beryllium copper has: excellent corrosion resistance, excellent polishability Excellent wear resistance, adhesion resistance, excellent machinability, high strength and hardness, excellent weldability
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Using beryllium cobalt copper
Precautions for beryllium nickel copper
The specific gravity of beryllium cobalt copper and beryllium nickel copper is larger than that of steel. When using, please pay full attention to prevent the product from falling and injuring your hands and feet.
Precautions for processing beryllium cobalt copper and beryllium nickel copper
Beryllium cobalt copper and beryllium nickel copper are easily oxidized after processing. Pay attention to timely anti-rust protection after processing.
Beryllium cobalt copper. Beryllium nickel copper has good processing properties and can be processed by lathes, grinders, milling machines, stamping and other processing equipment.
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Beryllium cobalt copper and beryllium nickel copper alloy are non-magnetic. Please confirm that the product is firmly fixed before operation.
Precautions for welding beryllium cobalt copper and beryllium nickel copper
When welding beryllium cobalt copper and beryllium nickel copper, be careful that the temperature is not too high. High temperature operation will cause hardness and conductivity defects.
Other precautions for beryllium cobalt copper and beryllium nickel copper
When seam welding is required, please inform the relevant technical personnel of our company. We will provide you with processed welding wheel blanks or finished products. It is not recommended. Use beryllium cobalt copper or beryllium nickel copper sheets for welding wheel purposes.
In appearance, there is no obvious difference between beryllium cobalt copper, beryllium nickel copper and other copper alloys. Please place them separately for processing.
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Beryllium cobalt copper and beryllium nickel copper have good plating properties.
When used as resistance welding electrodes, beryllium nickel copper and beryllium cobalt copper are not suitable for making electric welding electrodes for coated steel plates.
The beryllium copper alloys currently produced with titles such as rare earth copper, medium beryllium copper, and conductive beryllium copper are all beryllium cobalt copper and beryllium nickel copper alloy.
Performance of beryllium cobalt copper:
European standard beryllium cobalt copper has good processability and high thermal conductivity
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In addition, beryllium cobalt copper
also has excellent weldability , Corrosion resistance, polishability, wear resistance, anti-adhesion. It can be forged into parts of various shapes. The strength and wear resistance of beryllium cobalt copper are better than those of chromium zirconium copper alloy.
Applications of beryllium cobalt copper: medium-strength and highly conductive parts, such as fuse fasteners, springs, connectors, resistance spot welding heads, seam welding rollers, die-casting machine dies, plastic forming dies, etc.
:..bb. Dongguan Oubiao Alloy Products Co., Ltd.
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Beryllium Cobalt Copper plate performance of imported beryllium cobalt copperImported beryllium copper
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Density of beryllium copper
High conductive beryllium copper alloy
Imported beryllium copper
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Beryllium copper
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