ZAMAK Die-Casting

The reasons for zamak die-casting:

  • Ultra-high cycle repeatability
  • Possibility to create walls of reduced thickness (up to 1 mm)
  • Very high surface compactness
  • Excellent predisposition for any mechanical processing
  • Excellent affinity with any galvanic processing
  • Very long equipment life
  • Low production costs
Zamak is an alloy capable of guaranteeing very high quality standards at low operating costs.
Through the help of 4 die-casting machines of the latest generation 4.0, with tonnages from 50 to 135 TON, the company produces objects ranging from the sector of accessories for doors and windows to furniture, lighting and furnishing accessories.
Particular attention is paid to the procurement of only first choice zamak ingots, which guarantee long-lasting results and reduced waste.

Main characteristics

Die-cast zamak articles offer greater resistance to impact and wear than articles produced with other alloys or plastics due to the fact that zamak has a hardness comparable to that of cast iron or brass.

In addition, the corrosion resistance, already very good, can be further increased through galvanic processes, optimally supported by the alloy.

The excellent predisposition to support mechanical processing, the possibility of achieving very reduced thicknesses (less than 1 mm), the centesimal respect of tolerances are other characteristics that make zamak the ideal alloy for the construction of very precise technical and aesthetic details, even if very complex, at very low costs.

Aesthetic quality

In addition to a significantly greater resistance capacity than other alloys, Zamak ensures the production of items that are not only functional, but also with a high aesthetic profile.

Zama die castings are widely used in the construction, electronics, automotive, furniture sectors, as well as in various other areas. In short, using Zamak means making a choice in the name of efficiency and quality.

Production Costs

The die-casting of zamak allows to obtain, at low cost, articles and parts with very complex geometries and reduced thicknesses of absolutely constant quality, both for small and large productions.

The cost of the mold, in addition to having low costs, can be amortized over an almost infinite number of strokes, working the alloy at relatively low temperatures.

Recyclable production waste, low energy consumption, contribute to making the process very economical and in perfect compliance with the latest environmental regulations.

Die-Casting

Alluminum

Design and construction of the

Mold

Cleaning

of components