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Description:

Stainless steel polishing meida
allows for faster finishing times, eliminates the need forexpensive, consumable compound

Stainless steel shot abrasive for blasting

Stainless steel media allows for faster finishing times,eliminates the need for expensive, consumable compound solutionsand rust inhibitors, and reduces the storage, maintenance andhandling costs of carbon steel media. Rust inhibitors are usuallyunnecessary and maintenance procedures for overnight andlonger-term shutdowns are considerably simplified. Stainless steelmedia more effectively resists damage should the compound deliverysystem fail and the vibratory process continue. It also eliminatesiron impregnation of components from the chemical interactions thattake place during some finishing processes.

Stainless steel media is used for polishing and burnishing and isrecommended for aggressive processes. Its substantial weight(heavier than carbon steel) exerts added pressure and increasedresistance to effectively reduce finishing time. Stainless steelmedia imparts compressive stress, improves pre-plate finish andreduces porosity on plated parts. It also eliminates or reduces theneed for compounds and rust inhibitors and eliminates ironcontamination

 

 

 

Stainless steel shot

The Major Technological Index

 

 blasting media

 

304 Austenite Type C 0.25%, Cr=16~18%, Ni=6~10%, Si1%, Mn 2%      430 Ferrite Type  C0.25%, Cr=16~18%, S  1%, Mn 1%      410 Martensite Type C0.25%, Cr=11~13%, Si 1%, Mn 1%

Application:

stainless steel shot removingrust Shot blasting rust-removal, shot peeningrust-removal casting parts rust-removal, forged parts and steelplate rust-removal, H-beam steel rust-removal, steel structurerust-removal.     stainless steel shotintensifying:Shot blasting intensifying of stainlesssteel parts and heat treatment parts.     stainless steel shot shot peening Shotpeening of Coloured aluminum, copper, magnesium die-casting andstainless steel.

Products Stainless Steel Shot Chemical Composition C ≤0.12% Mn ≤2.00% Si ≤1.00% Cr 17~19% Ni 7~10% S ≤0.03% P ≤0.035% Microhardness 41~59HRC(388~509HV) Hardness Deviation Max Deviation ±1.0HRC or ±40HV Microstructure       portrait            Landscape even deformed perlite Density 7.8g/cm3