Designed for C17500 beryllium copper, beryllium copper alloy imports, C17500 beryllium copper cut, complete specifications C17500 beryllium copper, imported high-quality beryllium, C17500 beryllium copper, C17500 beryllium copper wire, C17500 beryllium copper one kilogram much money? In line with the European RoHS Directive RoHS Ready mark comply with European RoHS directive marks the company C17500 beryllium copper products (sheet, strip, rod, wire), full compliance with European RoHS directive. Which we will prove in products, materials, catalogs and other instruments, increased RoHS compliance mark. Relative evaluation, with reference to our internal standards. Object: Our beryllium copper products (sheet, strip, rod, wire) C17500 beryllium copper rod summary, a beryllium copper rod casting and forging material, casting and forging material combines high strength, high electrical conductivity, high thermal conductivity, wear resistance, fatigue resistance, non-magnetic, non-fire, workability, in various fields has been widely in use. C17500 feature in addition to rods, plates and other shapes can also be processed in accordance with the shape of the customer's production requirements. The main purpose [C17500] aircraft components, piston apex, welding electrodes, mold, security tools, such as Shell undersea repeaters. temp_2547895zug4tizb_conew1 photo 022_conew1 20117715462469477_conew1 20100525093409_conew1 2011771530853840_conew1 (1) characteristics of beryllium copper beryllium copper rod, casting and forging material combines high strength, high electrical conductivity, high thermal conductivity, wear resistance, fatigue resistance, non-magnetic, non-fire, workability in various fields has been widely in use. Strength by precipitation hardening, can reach a maximum tensile strength copper alloys (over 1350N / mm2), and even be able to match the highest steel. Conductivity of the conductive beryllium copper alloy within about 20 ~ 55% IACS range, widely used in the applications requiring high conductivity. Thermal conductivity thermal conductivity beryllium copper alloy is about 120 ~ 250W / inside (m · K) range, widely used in applications requires efficient cooling. The corrosion resistance of beryllium copper alloy with longer 1144240086_conew1 electrode copper alloy development began in EDM, copper or copper alloy commonly used as a processing electrode. Although the low price of copper and copper alloys, easy to use, but because of copper and copper alloy electrode spark erosion intolerance, electrode consumption, processing accuracy, and sometimes the need for multiple processing. As the amount of precision molds as well as many parts of difficult materials increasing, and EDM technology has become more sophisticated, tungsten, copper material as a growing amount of EDM electrodes. Currently, tungsten, copper alloy welding electrode can be used as electrode material EDM electrodes, plasma electrodes. In the EDM process, the role of the electrode material is transported machining pulses, and to their minimal loss to the erosion of the workpiece. Tungsten copper material has a processing speed, high processing quality, low loss characteristics of the electrode material. Thus, for high speed tooling and finishing difficult materials has obvious advantages. As the requirements of the tungsten electrode EDM copper both good thermal conductivity properties, but also has good resistance to spark resistance, and to be very homogeneous and compact microstructure.