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Simply put, non-ferrous castings don’t contain iron, so aluminium is part of this iron-free family tree, as is magnesium, copper,

Special finishes are often applied to non-ferrous parts at the post-processing stage. There are extra polishing and machining stages here,

Unique among high-end metal casting techniques, the rotational moulding process uses radial momentum to direct liquid metal flow. The equipment

The goal of this clash of the furnaces is to create a differential review, a critique that looks closely at

Negative impressions form the backbone of the metal casting industry. We’ll hold off on listing the various mould materials for

Non-ferrous metal castings are equipped with unique properties, material characteristics that find their way into important engineering applications. But these

When a developing product leaves the drafting board, the prototyping phase allows engineers to evaluate features and generally fine-tune the

Engineering ingenuity is an obligatory part of a fabrication cycle when hollow products are the manufacturing focus. The void-dominated process

If a castings buyer has been seduced by a particular fabrication process, there’s a good chance he’s looking at a

Every stage of a non-ferrous casting process can be viewed as a worthy property manipulator. Time is a major contributor

In discussing casting technology, we’ve seen the mould described as a negative, a physically inverted version of the cast component.

Conventional vacuum casting techniques employ state-of-the-art processing environments when manufacturing structurally sound components. The castings are high in mechanical strength,