In this process, a metal mould/die is mounted on above a sealed furnace containing molten Aluminium metal. A riser tube connects the bottom of the die to the molten metal bath. The sealed furnace containing the molten metal is pressurised (typically 3-35 psi), and the metal is forced up into the mould/die slowly at a steady predeternmined rate.

It is important to determine the rate of filling to avoid entrapment of air and turbulence giving homogenous defect free parts. The pressure is usually given to feed the defects like shrinkage normally associated with casting process.

Once the casting has solidified (time duration 1-4 minutes typically), the pressure is released and the molten metal falls back into the bath, and the casting is ejected. Then the preparation for the next cycle begins. There is very high yields 90-95% in case of Low Pressure Die Casting leading because in effect the casting in a way acts as the gating system.

At VH Met Alloys we are able to produce pressure tight parts, high strength and helium leak proof parts which is the order of the day for the Electrical Industry today. We have employed new techniques to achieve these criterias and keep on improving our methods to cater to this industry.

We have basetanks, covers, flanges, insulating flanges, bellows flanges, circuit breakers, electric boxes of various sizes, motor housings etc for our esteemed multinational clients in the Electrical, Power and T&D sector.

Having a positive quality management system, we are captivated in Manufacturing, exporting and supplying a wide compilation of Aluminum Die Casting for Electrical Industry in Rajkot, Gujarat, India. Appreciated for their durability, offered die castings are highly demanded amid our esteemed patrons. More to this, these are well inspected before finally providing these at the end of our patrons.

At VH Met Alloys we are able to produce pressure tight parts, high strength and helium leak proof parts which is the order of the day for the Electrical Industry today. We have employed new techniques to achieve these criterias and keep on improving our methods to cater to this industry.

In this process, a metal mould/die is mounted on above a sealed furnace containing molten Aluminium metal. A riser tube connects the bottom of the die to the molten metal bath. The sealed furnace containing the molten metal is pressurised (typically 3-35 psi), and the metal is forced up into the mould/die slowly at a steady predeternmined rate.

It is important to determine the rate of filling to avoid entrapment of air and turbulence giving homogenous defect free parts. The pressure is usually given to feed the defects like shrinkage normally associated with casting process.

Once the casting has solidified (time duration 1-4 minutes typically), the pressure is released and the molten metal falls back into the bath, and the casting is ejected. Then the preparation for the next cycle begins. There is very high yields 90-95% in case of Low Pressure Die Casting leading because in effect the casting in a way acts as the gating system.

At VH Met Alloys we are able to produce pressure tight parts, high strength and helium leak proof parts which is the order of the day for the Electrical Industry today. We have employed new techniques to achieve these criterias and keep on improving our methods to cater to this industry.

We have basetanks, covers, flanges, insulating flanges, bellows flanges, circuit breakers, electric boxes of various sizes, motor housings etc for our esteemed multinational clients in the Electrical, Power and T&D sector.

Having a positive quality management system, we are captivated in Manufacturing, exporting and supplying a wide compilation of Aluminum Die Casting for Electrical Industry in Rajkot, Gujarat, India. Appreciated for their durability, offered die castings are highly demanded amid our esteemed patrons. More to this, these are well inspected before finally providing these at the end of our patrons.

At VH Met Alloys we are able to produce pressure tight parts, high strength and helium leak proof parts which is the order of the day for the Electrical Industry today. We have employed new techniques to achieve these criterias and keep on improving our methods to cater to this industry.