The Flooring Expert

Specialist in Precision Investment Castings

The lost wax method is very suitable for producing precision castings with complex shapes and high dimensional accuracy & quality. In addition, it offers a large freedom in both design and material choice of your desired castings. Precision castings are known as the highest quality castings available on the market.

There are During the lost wax casting process, the wax molds are melted away.It creates a wax mirror surface.Lost wax casting allows for the creation of complex precision parts. Because the wax model that gives shape to the mold is the exact size and shape as the part. It provides a highly accurate part.That does not need for secondary operations. So it saves highly cost effective in many applications.

Our main stainless steel casting materials : Stainless Steel SS 304 316 316L 2205. And we can produce any special Stainless steel Casting Material Composition as per customers requirement.The Finish And Coating are Natural, Nickel Plated, Electroic Polished Plated or any coating as per customer specification.

Metal casting is a modern process with ancient roots. In the metal casting process, metal shapes are formed by pouring molten metal into a mold cavity, where it is cooled and later extracted from the mold. Metal casting is arguably the earliest and most influential industrial process in history. It used to make many of the metal objects used in our daily lives: automotive parts, train wheels, lamp posts, school bus pedals, and much more. Plus, metal casting foundries rely on metal recycling as a cost-efficient source of raw material, significantly reducing wasted scrap metal that might end up in landfills.

Throughout the centuries, various combinations of raw materials have been developed to produce various metal types. Some cast products are used in engines that require a high tolerance for heat and cold. Cast iron pipes must resist corrosion and high pressures. Other cast parts must be lightweight but durable. In many applications, parts are designed to allow for precise tolerance between expansion and contraction.

Other casting processes include plaster casting, die casting, and investment casting. Plaster casting simply replaces the sand with a plaster mold.

Die casting requires two large, moving non-ferrous metal parts that clamp together under high-pressure. Molten metal is injected into the die and the metal parts are separated once hardened.

The process of investment casting begins with filling a mold with wax. Once the wax hardens, it is coated multiple times in a ceramic material. This is heated until the wax melts and the ceramic mold remains. The mold is filled with molten metal, cooled, and then the ceramic material is broken off.