Especially designed for gravity casting, G-Force undergoes a unique production process to effectively reduce the formation of hard spots. Its heat shrinkable bags packaging reduces the oxidation of the ingots during delivery.
An addition of special alloying elements enables MD1 to achieve superior hardness and excellent abrasion resistance.
Designed for thin walled components with less than 0.45mm thickness, MD2 zinc alloy has excellent fluidity and ductility, while it maintains good mechanical, electric and thermal conductivity properties of conventional alloys.
MD5 zinc alloy possesses excellent ductility and high impact resistant, resolving the problem of brittleness in some products.
Specially designed for the optical transceivers industry with excellent fluidity and is more suitable for thin-walled products. MDX has superior casting performance and mechanical properties, and good vibration resistance and electromagnetic shielding performance. It is excellent for electroplating and surface finishing, with low impurity and high efficiency and stability.
Specially designed for the optical transceivers industry with excellent fluidity to reduce die-casting defects like pinholes, cold shuts. MDX2 has superior casting performance and mechanical properties, and good electromagnetic shielding performance. It is excellent for electroplating and surface finishing, with low impurity and high quality and stability.
With hardness of HB140, MD15 is a high strength zinc alloy which is 70% harder than standard zinc alloys. MD15 significantly improves durability, service life and reliability of components, especially for applications with aggressively high impact, wear and abrasion exposure.
The high ductility of S3 zinc alloy reduces fractures during assembly, making the die cast part less brittle.
