MACH casting anode products list

Magnesium-Aluminum-Zinc Alloy Smelting Furnace and Casting Anode Product Processing Center_MACH TAIWAN, No.1 Yanpo Road, Feixian Development Zone, Linyi, Shandong, is a leading manufacturer of magnesium alloy and anti-corrosion anode materials, specializing in Smelting, casting, research and development, design, production and sales of magnesium alloys and sacrificial anode materials. The main products are: conventional magnesium alloys, special grade magnesium alloys, rare earth-added superalloys, and magnesium alloy pellets. Anti-corrosion and insured products mainly include: Magnesium-aluminum-zinc alloy and other series of sacrificial anodes, magnesium, aluminum, zinc anode extrusion profiles, pipes, rods and other products.

Sacrificial anode method Cathodic protection is the earliest electrochemical protection technology. In the case where the electrolytic cell theoretical metal is used as an anode, the anode (metal) is gradually consumed as the current flows out. Sacrificial anodes are typically only economically used in structures that require less current protection and in low soil resistivity environments. The anode is gradually consumed with the current flowing out, so it is called a sacrificial anode, and the anode is consumed quickly, and the installation position and method must be easily replaced. Low-potential metal materials include magnesium, magnesium alloys, pure zinc, zinc alloys, and aluminum alloys. Use a metal (such as zinc, aluminum, magnesium) with high activity (evaporable) relative to the steel as an anode, connect the steel and the anode, and use the potential difference between the two to generate an anti-corrosion current to achieve the purpose of steel corrosion protection. . The electrochemical performance of the Yinbao product (sacrificial anode product) has to be tested according to the national (international) standard, so the "magnesium alloy sacrificial anode electrochemical performance test method" equipment.

The recovery rate of refined magnesium in the production of magnesium metal is about 94%, that is, the content of magnesium in the refined slag is about 6% of the amount of magnesium produced, and the recovery rate of refining for crystallized and small crystalline magnesium. Only about 80%, the magnesium content in the refining slag is as high as 20%. If the magnesium refining slag with high magnesium content is not used well, it is not only a waste of resources, but also brings us a living environment. Serious destruction. How to use refining slag has become a matter of great concern to the industry.

From the beginning of smelting and casting magnesium alloy materials, Taiwan MACH Technology Co., Ltd. has been seeking "the method of reducing the emission of magnesium alloy refining slag" and finally succeeded in "reacting the reaction process by using citric acid wastewater and refining slag produced by smelting magnesium metal and magnesium alloy. Hydrogen", after more than two years of repeated experiments - using citric acid or its intermediates and magnesium and magnesium alloy refining slag to react, reducing OH- in acid to H2, about 100-200 per 1 kg of refining slag Lit hydrogen. This combination of different industrial wastes and innovative energy, to achieve production, recycling, and simultaneous environmental protection "three wins".

MACH Technology Co., Ltd. is an expert of "Magnesium". The company established "Research Center of Magnesium Alloy New Material Engineering Technology" Innovation Research and Development Enterprise Technology Center. Areas covered are: Magnesium alloy, aluminium alloy, zinc alloy lightweight material, sacrificial anode "anti-corrosion" new material Renewable energy Biomedical materials

Magnesium-based sacrificial anodes include pure magnesium, Mg-Mn alloy and Mg-AI-Zn-Mn alloy. Their common characteristics are small density, large theoretical capacitance, negative potential, low polarization, high driving voltage for steel (>0.6V), which are suitable for the protection of metal components in soil and fresh water with high resistivity.

Packaging magnesium anode for pipeline high potential magnesium anode high efficiency, durability, low cost and environmental protection Magnesium alloy sacrificial anode is manufactured according to GB/T 17731-2009 Magnesium alloy sacrificial anode. The anode used in pipeline should conform to SY/T 0019-1997 Code for Design of Cathodic Protection for Buried Steel Pipeline Sacrificial Anode. The object-metal structure of protection should be connected to the magnesium alloy sacrificial anode whose potential is more negative, and the metal structure should be made according to the current released by its preferential dissolution. The cathode is polarized to the required potential to achieve protection. Magnesium alloy sacrificial anode products manufactured by Kuangyu Technologies Co. have the following characteristics: (1) low specific gravity and negative potential. (2) High driving voltage and low current efficiency for iron. (3) Large power generation per unit mass and long service life. Casting series "Magnesium alloy sacrificial anode" is widely used in oil pipelines, natural gas, gas pipelines and oil storage tanks; ports, ships, submarine pipelines, drilling platforms; airports, parking lots, bridges, power plants, municipal construction, water treatment plants, petrochemical plants, smelters, gas stations, corrosion protection and water heaters, heat exchangers, evaporators, boilers and other equipment. A kind of Commonly used sacrificial anode brands are: MGAZ63B MGAZ31B MGMIC C, D, S. Specifications: 2kg, 4kg, 8kg, 11kg, 14kg, 22kg (from 2.56 kg to 127 kg). Note: Special specifications can be produced according to customer requirements.