Shot blasting is an operation of propelling a stream of abrasive media against a surface under very high pressure to smooth a rough surface or roughen a smooth surface, shape a surface or remove surface contaminants.




We believe in providing complete solution by supplying the appropriate grade after a thorough process check till the time the process gets optimized. Also, educating the workforce at the shop floor is our prerogative. Our aim is the reduce the consumption and target process cycle time. We work on end CPC.
Another important factor to start with is choosing the right grade according to the blasting application which majority of people miss out.
All these collective efforts forms trust between us and our customers.


The shot sleeve is a critical element of the aluminum die-casting process. Plunger tips and Shot sleeves go hand in hand operationally. The function of the shot sleeve is to contain the molten aluminum being pushed into the mold by the plunger tip.
We offer the best quality heat-treated Shot sleeves in controlled tolerance as per drawing. Usually hardened steel like H-13 is used for manufacturing Shot sleeves but a lot of modifications is possible in the design like a multijet, multi-drilled, shot sleeve with water jacket and multi loops for better cooling and thermal efficiency.
All Shot sleeves are flow-tested and pressure tested at 20 Bar.
Our Glass Materials business works closely with customers to provide value-added performance additives that uniquely improve customer formulations by lowering cost and increasing performance.
Our microspheres serve as functional additives in industrial applications such as weight-reducing fillers in plastics, polymers, and automotive body putties, as extenders in adhesives and paints/coating formulations, sensitizers in industrial explosives, electromagnetic shielding for electronic parts, and abrasive applications for cleaning and peening metal surfaces.
We offer all the range and mesh size depending upon application.
Aluminium Oxide also known as Alumina has many applications in Engineering Industry. The most common use of aluminum oxide is in the production of metal aluminum. Metallic aluminum is reactive with oxygen, which could cause corrosion to build up. However, when aluminum bonds with oxygen to form aluminum oxide, it creates a thin coating that protects it from oxidation. This keeps the aluminum from corroding and losing strength. The thickness and other properties of the oxide layer can be changed by using the anodizing process. Aluminum oxide is also a product of the aluminum smelting process.
Available in many grits and mesh sizes depending upon application.