MACH Magnesium Technology Specialist
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
Offshore Wind Farm ICCP (Impressed Current Cathodic Protection) Solutions
Impressed Current Cathodic Protection Scheme Impressed Current Cathodic Protection (ICCP) Scheme is the most environmentally friendly method for offshore wind farm/oil drilling platform. External current can provide better protection and control, and can also be monitored by Internet. Compared with sacrificial anode, the cost of external current scheme is lower, and its long-term service life can reach more than 20 years. For ecologically sensitive marine areas, the protection of endangered marine organisms is relatively advantageous. Summarize the advantages of external current: 1. Cheaper than sacrificial anode 2. Low weight 3. SCADA monitoring 4.30 years or longer life 5. Environmental protection. (Figure: CWC Netherlands)
Aluminium Alloy Sacrificial Anode
Aluminum alloy sacrificial anode has the advantages of light weight, large current, negative potential and low price. It is used in the cathodic protection of metals in marine media, such as ships, harbor engineering and marine engineering facilities, seawater cooling water system and storage tank deposition water parts, offshore oil production system, petrochemical processing pipeline, high temperature sea mud, submarine pipeline and other industrial fields. Through the control of alloy composition and casting conditions, Guangyu controls the selection of raw materials, charging sequence, melting equipment, casting process and quality inspection of Al - Zn - In alloy sacrificial anode The sacrificial anode materials with uniform surface dissolution, non passivation, high temperature resistance (50 ℃), good electrochemical performance and reduce environmental pollution.