What is the difference between beryllium copper alloy and copper alloy?

As far as possible, there is no need to heat melt when the copper and alloy copper pipe is bent, because the filling material in the pipe (such as river sand, turpentine, etc.) is not easy to remove. General pipe in 100mm the following selection of cold bending steel, CNC pipe bender and the operation steps and stainless steel plate cold bending steel base. If the pipe meridian is over 100mm, select the suppression bend or punching elbow. The length of the straight edge of the copper elbow shall not be lower than the pipe meridian, and not less than 30mm. The production and processing of elbow should also be based on the material, pipe and design requirements to make decisions.

1. The straightening of copper and copper alloy pipelines should be filled with sand first, and then straightened with a straightener; You can also place the sand-filled beryllium copper tape on a tablet computer or work platform, and put a wooden pad on it, and then gently beat the rubber mallet, mallet or construction square wood along the pipe body to straighten one by one.

2. During straightening operation, pay attention to the strength can not be too large, and the surface of the pipeline can not cause hammer marks, dents, scrapes or not smooth impressions. After straightening, the residual sand in the pipe should be removed neatly.

Beryllium copper alloy has been indicated to be an alloy of beryllium and copper. The copper alloy can be an alloy of tin and copper, aluminum and copper, silicon and copper, manganese and copper, beryllium and copper, etc. The beryllium content of beryllium bronze is 1.7% ~ 2.5%. Beryllium bronze has the advantages of elasticity, good electrical and thermal conductivity, non-magnetism and no spark when impacted. Beryllium bronze is mainly used to make important springs, clock gears, bearings and bushings for precision instruments, electrodes for electric welders, explosion-proof tools, navigational compass and other important parts.

Different functions and uses of tungsten and molybdenum alloy, the price is not the same. In terms of function and use, molybdenum and metal alloys are of great importance in the field of weapon manufacture, missile and rocket. In addition, tungsten filament is used to make filament, heating element of high temperature electric furnace. Molybdenum metal is easy to process into wire, strip, sheet, rod, etc., and has applications in the electronic industry. Molybdenum wire is used to support the small hook of the heating wire in the light bulb, the gate of the electron tube, etc.

High performance copper alloy, after solution and age hardening treatment, has high hardness, high knock resistance, high yield and fatigue, high conductivity and excellent heat dissipation performance. Easy to process, excellent cooling effect. Application of beryllium COPPER: USED in high precision electronic, plastic and optical moulds where the water is not allowed to be used for cooling parts, mold cores, punches, hot runner cooling systems, communication preparation equipment, electronic and electrical equipment, instrumentation, automotive manufacturing and processing parts.