Night Vision Device Shell Magnesium Parts For Harsh Environments And Long Term Use

The shell of the night vision made of magnesium alloy

Characteristic:

The shell of the night vision device is made of magnesium alloy material, with a sturdy structure and a surface coated with anti-oxidation and anti salt spray coating. It is resistant to hurricanes and can work normally at wind speeds of 150 kilometers per hour. It has good waterproof and high/low temperature resistance characteristics and can adapt to various harsh environments and work all day long. Moreover, the magnesium alloy night vision device is lightweight and durable, making it very suitable for long-term carrying.

It is worth noting that this magnesium alloy night vision device adopts the unique semi-solid forming process of EMT, which has fast forming speed and high precision, and is suitable for large-scale production.

The principle of the semi-solid injection molding equipment for magnesium alloys:

The magnesium alloy particle raw material enters the semi-solid slurry preparation tube (material tube) by negative pressure and gravity, and is hot melted in the material tube to form a solid-liquid two-phase mixture (semi-solid slurry) under the action of screw stirring and shearing. Due to the stirring and shearing, the solid phase becomes spherical and the slurry has good fluidity. In this state, the slurry is high-speed pressed into the mold for molding, cooled and shaped, and the integrated magnesium alloy product can be obtained.

About Us:

EMT Precision Manufacturing is a technology-based enterprise that integrates research and development of high-precision thixomolding technology for magnesium alloys, equipment manufacturing, and magnesium alloy product manufacturing.
The core team is one of the first teams in China to be exposed to thixomolding technology for magnesium alloys. Through more than ten years of arduous research and development, they have mastered the world's leading thixomolding core technology for magnesium alloys, breaking foreign monopolies.
Significantly reducing the purchase and usage costs of thixomolding equipment for magnesium alloys and the manufacturing costs of magnesium alloy parts, breaking through the biggest bottleneck of the widespread application of magnesium alloys.