JINXING MATECH CO LTD
JINXING MATECH is an expert provider on the metal solution. Especially on the products such as Tungsten Alloy , Tungsten copper , Titanium , Zirconium, Vanadium, Hafnium, Sputtering target , Nobel
Add to Cart
Resistance Welding is the coordinated application of electric current and mechanical pressure in the proper magnitudes and for a precise period of time to create a coalescent bond between two base metals. Weld electrodes are used to conduct the electric current to the base metals as they are forged together.
Resistance Welding Products: Adaptors, Bushings, Electrodes (straight, single and double bend, back up, nut and stud, threaded, refractory faced and swivel head electrodes), Dies & Fixtures, Electrode Holders (cylinder-mounted multi-spot, straight welding electrode, ejector and non-ejector, offset, platen mounted and fast-follow-up holders), Flash & Butt Welding Dies, Holders, Pneumatic Cylinders, Resistance Welding Electrodes, Seam Welding Wheels, Shafts, Shanks, Spot Welding Electrodes, Spot Welding Caps, Transformers, Welding Arms, Welding controls, Welding Connectors, Welding Platens, Welding wheels & Blanks.
JINXING MATECH adopts isostatic pressing-high temperature sintering tungsten skeleton-copper infiltration process to produce various large and special-shaped parts with a copper content of 6-90%. The product has high purity, uniform structure and excellent performance. It can produce various sheets, rods, pipes, plates and small-sized products with complex shapes by compression molding, extrusion molding, and injection molding.
RWMA Class 11
Elkonite 10W3
Elkonite® 10W3 Tungsten Copper (75W / 25Cu) is used for electrode and die inserts in most flash and butt welding dies and for projection welding dies where welding pressures and moderate. Most nut & stud welding applications use this alloy brazed on the electrode face. It is also used for light electrical upsetting, electroforging dies and seam welder bushing inserts.
| Composites | Nominal Composition (% Weight) | Density (g/cm3, ≥) | Electrical Resistivity (20°C, µΩ·cm, ≤) | Electrical conductivity (IACS%, ≥) | Hardness(≥) Brinell Hardness | Bending Strength | ||
| MPa | Kgf/mm2 | MPa | Kgf/mm2 | |||||
| CuW50 | 50% Copper 50% Tungsten | 11.85 | 3.2 | 54 | 1128 | 115 | --- | --- |
| CuW55 | 45% Copper 55% Tungsten | 12.3 | 3.5 | 49 | 1226 | 125 | --- | --- |
| CuW60 | 40% Copper 60% Tungsten | 12.75 | 3.7 | 47 | 1373 | 140 | --- | --- |
| CuW65 | 35% Copper 65% Tungsten | 13.3 | 3.9 | 44 | 1520 | 155 | --- | --- |
| CuW70 | 30% Copper 70% Tungsten | 13.8 | 4.1 | 42 | 1716 | 175 | 667 | 68 |
| CuW75 | 25% Copper 75% Tungsten | 14.5 | 4.5 | 38 | 1912 | 195 | 706 | 72 |
| CuW80 | 20% Copper 80% Tungsten | 15.15 | 5.0 | 34 | 2158 | 220 | 736 | 75 |
| CuW85 | 15% Copper 85% Tungsten | 15.9 | 5.7 | 30 | 2354 | 240 | 765 | 78 |
| CuW90 | 10% Copper 90% Tungsten | 16.75 | 6.5 | 27 | 2550 | 260 | 804 | 82 |
