Steel Shots
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Low Carbon Steel Shots

4.5 — Trusted by industrial buyers
Indicative price range 65 - 85 / KG

Low Carbon Steel Shots are created using low-carbon scrap that has been carefully selected and contains little sulfur and phosphorus.

Brand Ambica Enterprises
Grain Shape Spherical
Density ≥ 7.5 g/cm³
Size 0.04 - 2.80 mm
Technical Data

Specifications of low carbon steel shots

Key machine parameters to help you evaluate fitment, throughput, and integration with your production line.

Low Carbon Steel Shots 6 parameters listed
Brand Ambica Enterprises
Grain Shape Spherical
Density ≥ 7.5 g/cm³
Size 0.04 - 2.80 mm
Hardness 43 - 52 HRC
Carbon 0.10% - 0.15%
Use Cases

Industrial application of low carbon steel shots

Typical production environments and component types this machine is engineered to support.

Low carbon steel shots are useful for treating the metallic products' surfaces.
Low Carbon Steel Shots are ideal for cleaning, etching, and de-sanding processes because they produce a smooth or shiny surface profile.
Shot blasting, derusting forgings, derusting castings, derusting steel plates, and derusting steel products are all examples of derusting techniques.
Machine Demo

Check out low carbon steel shots video

Watch real operating footage to understand process flow, abrasive action, and production capability.

Product Video Low Carbon Steel Shots
Product Overview

Detailed about low carbon steel shots

In-depth technical and commercial information about this machine, applications, and operating advantages.

Complete product brief

Low Carbon Steel Shots are created using low-carbon scrap that has been carefully selected and contains little sulfur and phosphorus. Scrap is melted in induction furnaces at 1600-1650 °C, cooled in water after atomization, and has a bainite microstructure during manufacturing. Crack-free grains of low-carbon steel shots particle are obtained like stainless steel shot. Furthermore, no heat treatment is used.

Low carbon steel shot exhibits excellent performance in rust, oxide, and sand removal processes, deburring, surface preparation, and shot peening operations with portable shot blasting machine due to their long service life and high hardness. Low carbon steel shot and stainless steel shot can be used in foundries, steel mills, forging and rolling mills, shot blasting machine, the steel industry, structural steel, automotive, ship, and aircraft applications. High carbon steel shot, on the other hand, has a martensitic microstructure that is hard and brittle because it is made of various types of scrap, and heat treatment after casting results in surface cracks. 

Low Carbon Steel Shots made of low carbon and high manganese steel have a high capacity to withstand impacts, which are dispersed evenly throughout the steel shot. Low carbon steel shots and stainless steel shot are peeled down into thin layers during shot blasting operations, resembling the layers of an onion, for up to 80% of their life due to wear, and are only broken into small pieces due to material fatigue. Due to their division into smaller and less significant parts, sand blasting machine and blade erosion are also significantly decreased.

Chemical Properties of Low Carbon Steel Shots

  • Carbon: 0.10% - 0.15%

  • Manganese: 1.20% - 1.50%

  • Silica: 0.10% - 0.25%

  • Sulfur: max. 0.035%

  • Phosphor: max. 0.035% 

Advantage Of Low Carbon Steel Shots

Here are some advantages of low carbon Steel Shots:

  • Low carbon steel shots have an isothermal transition (bainite) structure, which provides strong impact resistance and consistent performance.

  • To ensure the hardness of steel shots, low carbon steel shots are made from high quality, low carbon, low residue, low phosphorus, and low sulfur scrap steel.

  • Due to its structure and high toughness, low carbon steel shots are difficult to break; the number of repeated cycles reached about 3600 times, and consumption decreased by more than 20% in comparison to other shots.

  • The low carbon steel shots always remain round, resulting in a smooth collision between the shot blasting machine and the steel shots.

  • At least 20% of the dust emissions will be reduced because low carbon steel shot will only be shrunk down to the size of a thin peel.

Production of Low Carbon Steel Shots

The specific steps are:

  • Raw Material: The most common raw material is steel scraps. The market for steel shot is primarily impacted by the price of scrap steel.
  • Melting: In this step, steel scraps turn into steel liquid.
  • Atomizing: By means of centrifugal force, the molten steel liquid is propelled from the rotary wheel and dropped into the cooling medium, where it cools and is then used to form cast steel shots.
  • First-Round Sieving: In preparation for the fine sieving later, the steel shots are sorted into rough categories based on their diameters.
  • Refining Shape: The refining machine determines how round the finished product is.
  • Secondary Quenching: Change the metallographic makeup of steel shots and make steel abrasives harder.
  • Low Backfire: Increase the steel abrasives' durability and steel shots' toughness.
  • Second-Round Sieving: Following this step, steel shots will be strictly categorized into distinct grain sizes (from Steel Shot S70 to S780).
  • Quality Check: The typical quality inspection process involves testing chemical composition and physical characteristics, such as density, size distribution, structure, and hardness.
  • Packaging And Storage: Packaging in 25 kg, 50 kg, & 1 ton and Maintaining the steel shot in a dry, cool warehouse.

Steel Shots Manufacturer in India

As a leading Steel Shots Manufacturer in India, we provide a whole range of steel shots including stainless steel shot, cast steel shots, steel grit, low carbon steel shots, high carbon steel shots, and other abrasives in  India at an affordable price. Ambica Enterprises offered shots in a wide variety and are made of the highest-grade molten steel. We send these shots in safe packaging to avoid physical damage during shipping. Steel shots, as well as other metal and non-metal abrasive media like aluminum oxide, plastic media, silicon carbide, glass beads, copper slag, cut wire shot, abrasive garnet sand, quartz sand, walnut shell, tungsten carbide powder, etc., are all available from us in a variety of sizes.

The Ambica Advantage

Why Buyers Choose Us

End-to-end support from machine selection to commissioning and after-sales service.

Custom Engineering

Configurations tailored to your component size, material, and surface finish targets.

Quality Tested

Pre-dispatch performance checks for blasting efficiency, safety, and reliability.

Export Ready

Documentation and logistics support for domestic and international shipments.

Dedicated Support

Technical guidance for installation, operation, spares, and maintenance.

FAQs

Frequently Asked Questions

Answers about this machine, installation, and support.

Low Carbon Steel Shots is engineered for 10 -15 Days, 25kg / 50kg / 1 Ton, Land, Air, Ship, Low carbon steel shots are useful for treating the metallic products' surfaces. within steel shots workflows. It helps remove scale, rust, and contaminants while improving surface profile for coating or further processing. Ambica configures chamber size, abrasive system, and recovery based on your component geometry and daily output.

The typical price range for Low Carbon Steel Shots is 65 - 85 / KG. Final quotation depends on machine size, automation level, dust collector capacity, and optional accessories. Share your component dimensions and production target to receive an engineering-led estimate with scope clarity.

Yes. Ambica can tailor Low Carbon Steel Shots for your material type, part size, loading method, and finish requirement. Customization may include table or hanger design, blast wheel or nozzle layout, abrasive recovery, and electrical controls. Our team reviews your sample parts and cycle time before recommending the right build.

Installation planning, foundation guidance, and commissioning support are available for Low Carbon Steel Shots. We assist with alignment, trial runs, operator orientation, and basic troubleshooting so production can start safely. Remote and on-site support options can be discussed at the time of order confirmation.

After-sales support for Low Carbon Steel Shots includes spare parts guidance, wear-part replacement schedules, and technical assistance for performance optimization. Our service team helps with abrasive selection, preventive maintenance, and uptime improvement across the machine lifecycle.
Low Carbon Steel Shots
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