Cut Wire Shots

Steel cut wire shot is used in an various number of important applications where non ferrous components like stainless steel, titanium, aluminum, are to be blasted and ferrous contamination is harmful to the component. Our Steel Cut Wire Shots are of best quality and highly demanded in market.

We offer a qualitative range of Zinc Cut Wire Shots. Available at competent rates, our products reduce wear and tear on blast equipment. These Zinc cut wire shots are softer than stainless steel cut wire or cast products. Zinc cut wire shot is available in different sizes.

Zinc Cut Wire Shot is produced by cutting zinc wire into pellets, the length equal to the diameter of the wire. Zinc Cut Wire is used mainly for sand removal, deburring and deflashing of non ferrous components. Zinc Cut Wire is also available in a conditioned form which is used as a longer lasting alternative to cast zinc shot.

Deburring and deflashing of aluminium and zinc castings and die-­castings. Removal of sand from sand castings. Removal of parting lines and stains from non ferrous castings. Removal of water wrinkle from aluminium die castings and providing a luster satin type finish. Zinc Cut Wire provides temporary corrosion protection to ferrous parts blasted with it. A very thin layer, up to 1.3μm thick is deposited onto the surface of the part.

Conditioned Cut Wire Shots are produced by conditioning (rounding) as cut wire shot. The grading is done in three grades i.e. G1, G2, G3. Conditioned Cut wire shots are 100% solid shots and are most suitable for Shot peening application. It gives better life than cast steel shots.

Specifications:

• Material: Metal
• Color: Grey
• Size: Customized

Our valued clients can avail the offered products in both customized and standard forms as per their requirement.

We Deal In Zinc Shots.The Zinc Shot are made of distilled electrode position of Zinc with state-of-the-art technology.

Advanced electro galvanizing with the following characters :

• Transferring the fatigue origin from the surface to the sub-surface
• Lowering the electrode potential and polarization current;
• Enhancing the corrosion resistance.

• The additives as metal smelting.