Shenzhen DZ-United Technology Co., Ltd. provides the world's safest magnesium alloy melting furnace. It is a national high-tech enterprise and has won many national patents and listed in the Qianhai New Fourth Edition. Ding Zhengxin Technology Magnesium Alloy Furnace, exported to foreign countries, has overseas installation and debugging experience. The magnesium alloy furnace has a CE certificate for export to the European Union and an FCC certificate for export to the United States. All safety has reached international safety indicators. Excellent quality and good after-sales have always been our aim!Professional supplier of magnesium alloy furnaces!

Shenzhen DZ-United Technology Co., Ltd. won the outstanding brand of domestic magnesium alloy melting furnace in the “2017 Die Casting Industry Outstanding Brand Selection” organized by Zhongzhu Technology.Shenzhen DZ-United Technology Co., Ltd. is located in the urban area of Shenzhen, which is at the forefront of reform and development. It specializes in R&D, manufacturing and manufacturing of magnesium alloy furnaces, magnesium alloy die-casting equipment and consumables, magnesium alloy smelting and refining equipment and various non-standard magnesium alloy furnaces. Sales. It is a state-level high-tech enterprise, executive director of China Foundry Society, permanent member of Hong Kong Die Casting Association, member of China Magnesium Association, member of National Foundry Machinery Standardization Committee (SAC/TC186), member of Metal Thermoforming Subcommittee (SC2), International Member of the ISO/TC306 Foundry Equipment Committee and the listing of the Xinsi Board of Shenzhen Qianhai Equity Exchange Center. Its subsidiary, Changzhou Dinglixin Industrial Furnace Co., Ltd., is located in the Yangtze River Delta and mainly produces various matching furnaces for aluminum alloys.In order to cater to the rapid development of the domestic magnesium industry, Ding Zhengxin has developed the refining furnace, rotary pump and pouring pump for the original magnesium under the support and assistance of many original magnesium enterprises, magnesium application enterprises and universities. Continuous casting machine, magnesium alloy experimental furnace, special mixer and other equipment. With the joint efforts of the vast number of research and development personnel, in the magnesium alloy refining, semi-continuous casting, magnesium alloy recycling, magnesium alloy melting and automatic quantitative casting, maintenance of magnesium equipment and other equipment, applied for more than 30 countries The patent has laid a good technical foundation for the integration of magnesium alloy equipment with international standards. The magnesium alloy melting furnace and peripheral equipment of the company have been widely used in magnesium products enterprises at home and abroad, and have won unanimous praise from customers!DMD-T series magnesium alloy melting system meets the requirements of die casting machine below 5000TCharacteristic structure:1) Insulation layer nano-insulation material design, energy saving and environmental protection, thermal insulation performance is better than national industrial furnace standard, long service life2) Low protection gas consumption3) The concrete made of special composite steel plate does not pollute the magnesium liquid and has a long service life.4) Precision temperature control5) Quantitative pump instantaneous flow design, long maintenance time (patent)6) The transmission tube is made of special corrosion-resistant materials, which can be quickly changed and the maintenance time is long (patent)7) Preheater adopts clamping mechanism to make liquid level control stable and accurate feeding (patent)8) Preheating machine has low energy consumption and good preheating effect9) Anti-blocking magnesium alloy elbow design (patent)10) Perfect cleaning tools (patent)Control aspect:1) Adopt Siemens PLC control center, 10' large color touch screen2) Components use imported accessories3) Imported power regulator, furnace and transmission tube adopt PID heating control, energy saving, environmental protection, long furnace life4) Remote function can be realized5) Import flow agent to control the flow of gas, save gas and protect crucibleSecurity:1) Temperature control sound and light alarm2) Gas undervoltage alarm, automatic power failure protection function (patent)3) Leakage furnace alarm and leakage protection function4) Anti-shock function5) Full touch screen real-time monitoring and prompt troubleshooting guide (software copyright)6) Electrical component protection function (patent design)7) Automatic protection of quantitative system8) Crucible security protection9) Safety protection for temperature control10) Safety control of components11) Safety control system for power on/off

It is understood that magnesium alloy is an important material required in the fields of aerospace, automobile manufacturing, and electronic communication. The use of magnesium alloy parts in automobiles can reduce their own weight and reduce fuel consumption. The use of magnesium alloys to make computer casings can enhance their seismic resistance and better protect internal parts. The high-strength heat-resistant magnesium alloy is a high-end new material in magnesium alloy. It is not only light in weight, high in strength, but also maintains its original performance in a high temperature environment without significant changes. At present, there are only two or three manufacturers who master this high-end magnesium alloy casting process in China.In 2017, taking advantage of the demand for model products, Capital Aerospace Machinery Co., Ltd. began to explore the high-strength heat-resistant magnesium alloy casting process. This work is mainly undertaken by Tianjin Aerospace Long March Technology Equipment Co., Ltd. to which it belongs.According to Gao Pengcheng, the deputy general manager of the company, for the alloy, whether it is the distribution ratio or the heat treatment process or the molding process, it will affect its final performance, and the magnesium is flammable. To avoid burning during the melting and molding process, it is necessary. A unique process. To this end, the project team members reviewed a large amount of information, analyzed the characteristics of high-end magnesium alloys, continuously improved, optimized, and tested, and finally developed a casting that meets the requirements.Although Capital Aerospace Machinery Co., Ltd. entered the market late compared with other units that mastered the magnesium alloy casting process, it completely mastered the casting process in only 8 months and entered the high-end market in one fell swoop, fully demonstrating its strong technical strength. 

Magnesium alloys are widely used because of their advantages:- low density, one-third lighter than aluminum, and its specific strength (ratio of tensile strength to density) is higher than that of aluminum alloy;- high fatigue limit;- can withstand greater impact loads than aluminum alloys;- good thermal conductivity;- good castability; good dimensional stability;- easy to recycle;- Good machinability;- have better damping performance;- It is superior to engineering plastics in many aspects and can replace engineering plastics; it has high corrosion resistance in kerosene, gasoline, mineral oil and alkali.The disadvantage of magnesium alloy is that it has poor corrosion resistance, even if the corrosion resistance of cast alloy is worse than that of aluminum alloy, special protective solvent needs to be added during melting; special mixed sand is needed to make sand mold. In addition, although magnesium alloy has good impact toughness and fatigue strength, it is sensitive to stress concentration; low yield point and small modulus of elasticity also reduce the use value of magnesium alloy as a structural material.