PRODUCT CENTER

Low carbon steel shots s110

The consumption of it is approximately 50% less than that of standard steel shots, rewarding our users with reduced operational costs.

Low carbon steel shots s170

The economic benefits stemming from increased work efficiency and reduced consumption through the use of it can yield cost reductions of over 50%.

Low carbon steel shots s230

In addition to its uniform granularity and outstanding resilience, rapid and consistent cleaning of internal corners or intricately shaped products can be achieved without causing any damage to workpieces.

Low carbon steel shots s280

1. High hardness; 2. Non-breakage; 3. Long service life; 4. High cleaning efficiency; 5. No damage to workpieces; 6. Enhanced workpiece appearance post processing; 7. Strengthened metal surface

Low carbon steel shots s330

All these features result in reduced processing time, improved efficiency, and decreased production costs.

Low carbon steel shots s390

It has been widely applied and acclaimed in diverse industries including pipeline corrosion prevention enterprises in the West-East Gas Transmission project, leaf spring manufacturing enterprises

Low carbon steel shots s460

The standard steel shot exhibits lower hardness and inadequate metallographic structure, and consequently has high breakage rates, slow cleaning speeds, and high consumption during usage.

Low carbon steel shots s550

The low carbon alloy shot, with high hardness (which can be properly lowered) and the addition of trace elements such as chromium and molybdenum

Low carbon steel shots s660

Its exceptional strength, toughness, and resilience ensures good resistance to breakage, impact, and an extended cycle life during usage. In addition to the reduced cleaning time

Low carbon steel shots s780

Tested with an Irving fatigue life machine, it exhibits a cycle life of approximately 4,800 cycles at S460. Comparatively, the consumption of it is reduced by around 50% compared with standard steel shot.

Strengthened grinding shots 0.6mm

Grinding shots are crafted by swiftly cutting high manganese steel wire to a cylindrical shape, then angle grinding to achieve a rounded form.

Strengthened grinding shots 0.8mm

By revamping the conventional blasting-based grinding process, shot damage is minimized during blasting, thereby prolonging their service life.

Strengthened grinding shots 1.0mm

Currently, grinding steel shots are the primary metal grinding material for precision machining of automotive and motorcycle parts.

Strengthened grinding shots 1.2mm

Fabricated through processes such as drawing, cutting, and precision grinding, this product boasts uniform particles and an absence of internal porosity.

Strengthened grinding shots 1.4mm

Aviation industry: Aviation engine blades, axles, landing gear, etc.  Rail and automotive industry: Train wheel hubs, stabilizer bars, springs, crankshafts, gears, leaf springs, etc. 

Strengthened grinding shots 1.6mm

Marine industry: Chain anchors, chain bolts, valves, engine connecting rods, etc.  Defense and military industry: Firing pins, camshafts, compressor blades, etc. 

Steel grit

Sand removal, rust removal, and surface cleaning to eliminate oxide scale of large-scale cast steel, cast steel parts, steel structural components

Steel wire cut shots

Applied to automobile, aviation, high-speed railway engineering machinery gears, springs, forging and casting parts, die casting parts, container manufacturing strengthening cleaning treatment.

Cast steel shots

They have been used for strengthened cleaning and treatment of gears, springs, forgings, castings, and container manufacturing in automotive, aviation, and high-speed rail engineering machinery.