Application:
Defense, Fuel cells, Electronics, Aerospace, Recreational equipment, Trucks and trailers and Automotive etc

Magnesium PlateProperties:

    Lightest structural metal (1.8 gm/cc)

    Higher stiffness than plastics (44 GPa modulus)

    Excellent EMI shielding

    Good tensile strength as-cast (100-150 MPa yield strength)

    Good thermal and electrical conductivity

    Good vibration dampening

    High fluidity allows net-shape parts with thin walls (<1mm)

Key benefits by industry about magnesium plate:

Defense

Magnesium alloys can reduce weight in military applications, increasing efficiency and protection.

Fuel Cells

Magnesium alloys can improve performance in batteries and fuel cells.

Biomedical

Thixoblended Mg alloys can be custom designed to optimize the combination of strength and corrosion rate in resorbable biomedical implants.

Electronics

Magnesium alloys make possible thinner and lighter electronics for cameras, cell phones, computers, and other electronic devices.

Aerospace

Magnesium alloys make thinner and lighter aircraft components possible.

Recreational Equipment

Magnesium alloys support lighter weight, higher specific stiffness and improved performance and reliability in recreational equipment.

Trucks and Trailers

Magnesium alloys in truck applications can save fuel and reduce pollution.

Automotive

Magnesium alloys in automotive applications can save fuel and reduce pollution.

Practical applications of magnesium plate:

Advantages and practical applications  broken down by industry segments:

Military

    Weight savings: Our military men and women are shedding needed items to reduce the load they must carry.  Through the use of Mg in their equipment we can make them more light-weight and mobile, thereby improving their safety.

    Protective armaments: By using Mg we can increase resistence to penetration, especially for body armor and vehicle shielding.

    Reduce vehicle weight: Vehicles are breaking down in desert conditions with less than 1000 hours of service, with Mg we can create lighter-weight, more durable vehicles.

Battery Sheet

    Mg batteries have been traditional in the military and other sea-water applications.

    nanoMAG sheet for batteries can be produced more economically than any other option now available on the market.

    nanoMAG has been successful with bonding stainless steel into Mg sheet thereby utilizing more of the Mg anode material that is wasted by falling to the bottom of cells.

Electronics/Communication

    Increased material strength and increased durability for the complex electronic devices we use every day.

    Sheet thickness of less than 1mm means a reduction in size and weight across the board.

    EMI/RFI shielding.

    Heat removal.

    Stiffness.

Wind Energy

    Lightening the weight and resultant roof loads of small wind mills (the density of Mg is 1/4 that of steel).

    Dampening the vibration and noise of wind mills.

    Reducing inertial energy losses of windmills during start-up.

Biomedical

    Thixoblended Mg alloys can be custom designed to optimize the combination of strength and corrosion rate in resorbable biomedical implants.

Recreational Equipment

    Lighter weight.

    Higher specific stiffness.

    Improved performance and reliability.

Automotive

    Reduced vehicle weight.

    Reduced fuel consumption.

    Reduced carbon monoxide emissions.

    Can be used in place of steel or aluminum stamped components.

    Superior noise dampening.

    Superior crash protection properties.