Steel Grit

WG – Cut Steel Shot

WG – cut steel shot. The cut shape of the shot is extremely effective.

There are four categories of steel cut shot: WGP, WGL, WGH, WGR

Technological Features of Cut Shot

The cut shape provides higher cleaning efficiency and creates a more uniform surface profile compared to spherical shot. It is ideal for applications requiring precise surface roughness and fast material removal.

Advantages

Five key benefits of V Abrasive shot:

1. Reduced shot consumption due to its increased wear resistance

2. Extended service life of fast-wearing machine parts

3. Increased productivity, shorter cleaning time, and energy savings

4. Reduced dust formation, less contamination of processed parts, and lower waste generation

5. Material savings for subsequent coating due to stable and uniform roughness (optimal adhesion)

High operational performance is ensured by:

• Careful chemical composition

• Metal structure: fully homogeneous and fine-grained martensite

• Narrow and stable variation in hardness and particle size distribution

Vilabrator Allevar Ural provides its customers with a comprehensive approach that includes not only high-quality products but also technical support services.

As part of a unified customer service system, a wide range of services is offered:

• Consultation on selecting the appropriate shot according to the customer’s technical requirements

• Instrumental control of surface condition after processing

• Diagnostics of shot-blasting and shot-peening equipment, analysis of current condition, equipment retrofit programs to improve efficiency, and practical assistance in their implementation

• Training of customer personnel in cost-effective and efficient equipment operation

If you want, I can merge all your WS and WG shot info into one polished, English product datasheet with Description, Specifications, Advantages, and Technical Support—ready for a brochure or website. Do you want me to do that?

Steel Shot

V Abrasive Cast Steel Shot is a hardened hypereutectoid steel shot. Its structure is tempered, fine-grained, and homogeneous martensite, providing optimal specific impact energy and fatigue resistance. This type of shot is used to achieve maximum mass and rebound effect for surface cleaning, as well as surface hardening (work hardening) when required.

WS – Cast Shot (Hardness 45–51 HRC)

WS is the most versatile in application, producing smoothed peaks (semi-spherical hollows) and surface roughness. When processed with WS cast shot, the surface profile is characterized by smoothed peaks, with minimal depth roughness (Rz) and a defined number of peaks per centimeter (Pc). Due to its high wear resistance, it offers maximum service life (see graph) and is effective for treating parts with hard-to-reach areas thanks to the ricochet effect.

Cast shot is used in shot-blasting equipment for the following processes:

• Cleaning molds from casting sand (steel and iron castings, copper and aluminum alloys);

• Lime and scale removal (after forging, stamping, or heat treatment);

• Surface hardening – strengthening (springs, shafts, rods; for this process, WS cast steel shots with special hardness 52–57 HRC or 57–61 HRC are available);

• Pre-coating cleaning and surface preparation.

In working mixtures, it primarily retains a spherical shape.

Advantages

Key Benefits:

• Reduced shot consumption due to increased wear resistance

• Extended lifespan of quickly wearing machine parts

• Increased productivity, reduced cleaning time, and energy savings

• Reduced dust formation, less contamination of processed parts, and reduced waste

High-performance characteristics include:

• Careful chemical composition

• Metal structure: fully homogeneous, fine-grained martensite

• Narrow and stable variation in hardness and particle size distribution

Vilabrator Allevar Ural provides customers not only with high-quality products but also an integrated approach, including technical support.

As part of a unified customer service system, a wide range of services is offered:

• Consultation on selecting fractions according to the customer's technical requirements

• Instrumental control of surface condition after processing

• Diagnostics of shot-blasting and explosive equipment, analysis of current condition, equipment retrofit programs to increase efficiency, and operational assistance in their implementation

• Training of client personnel in cost-effective and efficient equipment operation