China Steel Shot Manufacturers Suppliers Factory - Good Price

What Is Steel Shot?

The hardness range of the product is 40 - 60 HRC., which is similar to the hardness of grit. This shot is used in a wide variety of processes, with its primary use being called shot peening. Shot peening strengthens the surface of a product by repeatedly hitting it with steel shot. This repeated hitting compresses the metal, increasing its strength. Some of the most common applications for this effect known as shot peening are in the manufacture of gear parts, springs, turbine blades, and camshafts. Other application areas that involve the use of this shot besides shot peening include those that require maximum energy transfer levels to effectively produce a good surface profile. This includes applications such as concrete surfacing, rubber buildup removal, and epoxy and adhesive removal. Just like grit, these shots have a lot of uses before they need to be replaced, typically allowing for about 2400-3000 cycles depending on the application these blasting techniques are being used for, and assuming the professional uses ideal blasting media recovery equipment. Steel shot comes in a wide range of sizes, ranging between s 110 – s 930. The larger the number of shot here compared to grit, the larger the size of the steel shot, meaning a s 930 size shot will be larger than an s 110. Larger shot is used for removing thicker coatings and heavier steel peening.

Advantages of Steel Shot

01/

Effective cleaning and peening
Steel shots are effective at removing rust, scale, coatings, and contaminants from surfaces. They are also widely used for shot peening to enhance the mechanical properties of materials by inducing compressive stresses.

02/

Fast and efficient
Steel shots can be used at high velocities, allowing for rapid surface preparation and cleaning. This leads to increased productivity and reduced downtime.

03/

Surface profile control
Steel shots can create a range of surface profiles, from fine to coarse, depending on the shot size and process parameters. This flexibility allows for precise control over surface texture.

04/

Surface finish options
Steel shots are versatile and can produce a variety of surface finishes, making them suitable for different coating and finishing applications.

05/

Cost-effective
While the initial cost of steel shots may be higher than some other abrasives, their durability and reusability often result in lower overall operational costs over time.

06/

Recyclability
Steel shots are easily recyclable, reducing waste and environmental impact. Many recycling facilities specialize in processing used steel shots.

07/

Strength and impact resistance
Steel shots can withstand high impact forces, making them effective for removing tough coatings and contaminants from metal surfaces.

08/

Non-hazardous
Steel shots are non-hazardous and do not introduce harmful contaminants into the environment, making them a safer choice compared to some other abrasive materials.

09/

Wide range of applications
Steel shots are used in a wide range of industries, including aerospace, automotive, manufacturing, oil and gas, and construction, for various surface preparation and cleaning tasks.

10/

Proven performance
Steel shots have a long history of successful use in abrasive blasting and shot peening applications, with well-established performance characteristics.

Steel Cut Wire Shot
Shengxiang Guanghe Metal Products Co., Ltd. has specialized in metal abrasives for 25+ years, focusing on high-performance shot blasting media. Our Steel Cut Wire Shot is a premium abrasive made from
Double Quenched Steel Shot
Process Secondary quenching steel shot index Hardness Specification of Steel Shot mm Operative Standards In accordance with standards of GB/T18838.3－2008 Steel Shot and Steel Grit,SFSA20-66Cast Steel
Low Carbon Steel Shot
Shengxiang Guanghe Low-Carbon Steel Shot delivers high-performance abrasive solutions tailored for surface treatment industries. Our products are manufactured from selected low-carbon steel, offering
High Carbon Steel Shot
Shengxiang Guanghe High-Carbon Steel Shot delivers superior abrasive solutions engineered for intensive surface treatment applications. Our products are manufactured from selected high-carbon steel,
S550 Steel Shot
Modol: S550 Size:1.7mm Material: steel Brand:ShengXiang GuangHe Applicable scope:Ultra-Thick Oxide Layer Removal Ultra-Hard Material Surface Treatment Special Engineering Applications
Industrial Steel Shot
Industrial steel shot is a method commonly used in the surface treatment process, through high-speed spraying of steel shot to impact the abrasive on the surface of the workpiece, so as to achieve
Cast Steel Shot
Cast Steel Shot is a steel shot made through a special casting process, during the casting process, molten steel is injected into a special mold to form particles with consistent shape and size, so
Alloy Steel Shot
A comprehensive guide to Alloy Steel Shot. Learn about its definition, chemical composition, hardness properties, manufacturing process, and core industrial applications in shot peening and surface
Spherical Steel Shot
A complete guide to Spherical Steel Shot. Learn about its spherical advantages, manufacturing process, hardness specs, and key uses in surface cleaning, shot peening, and deburring. Your ultimate
Steel Shot Abrasive
Steel Shot Abrasive is a kind of spherical metal particles, they are usually made of carbon steel and made into a regular spherical shape through a specific production process, these particles have
Stainless Steel Shot
Discover Stainless Steel Shot: the corrosion-resistant abrasive for contaminant-free surface treatment. Learn about types 304, 410, 430, their applications in shot peening, cleaning, and aerospace.
Counter weight Steel Sand
Shengxiang Guanghe Metal Products Co., Ltd. has specialized in abrasive production for 15 years. Our Counterweight steel sand is a core product with three key advantages: high density, extreme wear

First 12 3 Last

Why Choose Us

Quality assurance

The company has a complete quality inspection procedure and modern inspection and control equipment to ensure that the quality indicators of the products meet national standards and exceed the standards of the american motorcycle engineering association.

Our services

Choose shengxiang photosynthetic metal abrasives, you can get the following services: The most perfect polishing shot quality, the best sandblasting effect, the highest production efficiency and the lowest production cost.

Our factory

Binbo expressway is 10 kilometers away, the factory area is 9,800 square meters, and there are 110 production and professional technicians of various types.

Advanced technology

Our factory has advanced production technology and adopts modern measurement and control methods. The product indicators meet or exceed the national gb6484-86 (cast steel shot) and gb6485-86 (cast steel sand) standards. The product has uniform particle size, high quality and low price, moderate hardness, fine structure and high strength.

Types of Steel Shot

Spherical steel shot

This is the most common type of steel shot. It is perfectly spherical, providing uniform impact and coverage when used in applications like abrasive blasting and shot peening.

Cut wire shot

Cut wire shot is made by cutting steel wire into short lengths and then rounding the edges to create small, irregularly shaped pellets. It is often used for shot peening and surface preparation. Its irregular shape can create more intense surface compressive stresses compared to a spherical shot.

Conditioned steel shot

Conditioned steel shot undergoes a conditioning process that includes heat treatment to improve its hardness and durability. This type of shot is used in applications where consistent hardness and long-lasting abrasiveness are critical.

Stainless steel shot

While not strictly “steel,” stainless steel shot is used for similar purposes as steel shot, but it offers corrosion resistance. It's often used in applications where rust contamination is a concern, such as in the food industry and some specific blasting applications.

High carbon steel shot

High carbon steel shot is known for its high hardness and durability. It's used in applications where aggressive abrasion is required, such as in shot-blasting hardened steel surfaces.

Low carbon steel shot

Low carbon steel shot is softer than high carbon steel shot. It is often used for less aggressive applications, like shot peening, where the objective is to strengthen the material rather than remove surface contaminants.

Cast steel shot

Cast steel shot is made by melting steel and pouring it into molds to create shot pellets. It is known for its hardness and uniformity, making it suitable for a wide range of applications, including shot blasting and shot peening.

Chilled iron shot

Chilled iron shot is made from cast iron that has been heat-treated to improve its hardness and wear resistance. It's used in applications requiring intense abrasion, such as cleaning tough surfaces and preparing them for coatings.

Zinc-plated steel shot

Zinc-plated steel shot is coated with a layer of zinc, providing some corrosion resistance. This type is used in applications where rust contamination must be minimized.

Application of Steel Shot

Abrasive blasting
Steel shots are frequently used in abrasive blasting operations to clean and prepare metal surfaces. Blasting involves propelling steel shots at high velocities onto the surface to be treated.
This process removes rust, scale, corrosion, paint, and other contaminants, leaving a clean and properly prepared surface. It is widely employed in industries such as shipbuilding, automotive manufacturing, and construction for surface preparation before painting or coating.

Shot peening
Shot peening is a cold working process that involves bombarding the surface of a metal component with steel shots. This induces compressive residual stresses in the material, enhancing its mechanical properties, including fatigue resistance and strength. Shot peening is commonly used in aerospace, automotive, and manufacturing industries to improve the durability and performance of critical components.

Deburring and descaling
Steel shots are used to remove burrs, sharp edges, and scale from metal parts. This is important in industries like manufacturing and machining, where precision and smooth surfaces are required for proper functioning and assembly.

Surface texturing
In some applications, steel shots are used to create specific surface textures or patterns on metal surfaces. This can enhance grip, adhesion, or aesthetic appeal. This is often seen in architectural applications and decorative metalwork.

Preparation for coatings
Steel shots are an effective means of preparing metal surfaces for various coatings, including paint, powder coating, and thermal spray. Properly prepared surfaces ensure better adhesion and longer-lasting coatings.

Cleaning and decontamination
Steel shots are used for cleaning and decontaminating surfaces in industries like nuclear power, where maintaining a clean and contaminant-free environment is critical for safety.

Removal of heat treat scale
After heat treatment processes like quenching or annealing, metal parts can develop scale or oxidation layers. Steel shots are used to remove these layers and restore the surface's quality.

Metal surface enhancement
Steel shots can also be used to enhance the appearance and properties of metal surfaces for decorative or functional purposes. For example, they are used in producing decorative patterns on metal surfaces or creating a matte finish.

Tumbling and finishing
In metal finishing processes, steel shots are used in tumbling machines to achieve smooth and polished surfaces on small metal parts and components.

Process of Steel Shot

Raw materials
The primary raw material for steel shots is steel. This steel can be sourced from various places, including scrap steel, which is often recycled. The type and quality of steel used can vary depending on the desired characteristics of the final product.

Melting
The steel is melted in a furnace to create a molten metal. The temperature and composition of the molten steel are closely monitored to ensure consistency and quality.

Atomization
The molten steel is then subjected to a process called atomization. In this process, the molten steel is forced through a nozzle at high pressure or dropped from a height. As the steel emerges from the nozzle or falls, it is exposed to a jet of high-pressure water or air. This causes the molten steel to break into small droplets.

Solidification
As the small molten droplets are exposed to the cooling effects of air or water, they rapidly solidify into small spherical shapes. These solidified spheres are now the steel shots.

Sizing and screening
The newly formed steel shots are not all of the same size. They are typically larger than the desired final size. To achieve the desired size distribution, the steel shots are passed through a series of screens or sieves. The screens allow smaller shots to pass through while retaining larger ones. The shots that do not meet the size specifications are recycled back into the process.

Heat treatment
Depending on the specific requirements of the application, the steel shots may undergo a heat treatment process to enhance their hardness and durability. Heat treatment can involve heating the shots to a specific temperature and then rapidly cooling them (quenching) to achieve the desired properties.

Quality control
Throughout the manufacturing process, quality control measures are in place to ensure that the steel shots meet the required standards for hardness, size, and shape. Shots that do not meet these standards are removed from the production line.

Packaging
Once the steel shots have been manufactured and meet the quality standards, they are packaged in bags, drums, or other suitable containers for distribution and sale.

How to Choose a Steel Shot

01.

Size

The size of the steel shot particles will determine the aggressiveness of the shot blasting process. Smaller particles are less aggressive, while larger particles are more aggressive. It is important to choose the right size for the specific application.

02.

Hardness

The hardness of the steel shot particles will also impact the effectiveness of the shot blasting process. Harder particles are more effective at removing hard coatings or materials, but they can also cause more wear and tear on the equipment and create more dust.

03.

Material

The material being blasted will also impact the choice of steel shot. Different materials may require different types of steel shot, such as softer aluminum shot for delicate surfaces.

04.

Equipment

The type of shot blasting equipment being used will also impact the choice of steel shot. Some equipment may require a certain size or type of steel shot to function properly.

Safety Precautions When Using the Steel Shot

Personal protective equipment (ppe)
Always wear appropriate ppe, including safety goggles or a face shield to protect your eyes from rebounding shots.
Wear hearing protection, as the process can generate loud noise.
Use a full-face respirator or dust mask to avoid inhaling dust or abrasive particles.

Protective clothing
Wear appropriate protective clothing, such as a long-sleeved shirt, pants, and gloves to shield your skin from abrasive particles and dust.
Use a well-fitting, high-quality abrasive blasting suit if working in a blasting cabinet or room.

Respiratory protection
Ensure that the work area is well-ventilated, and if necessary, use local exhaust ventilation systems to remove dust and fumes.
Use supplied air respiratory protection or a powered air-purifying respirator (papr) when working in enclosed spaces or where there is limited ventilation.

Training and certification
Ensure that personnel operating abrasive blasting equipment are adequately trained and certified in safe work practices, including the setup and operation of the equipment.
Regularly update training to stay informed about best practices and safety measures.

Equipment inspection
Regularly inspect abrasive blasting equipment, hoses, nozzles, and safety interlocks to ensure they are in good working condition.
Replace worn or damaged parts promptly to prevent accidents.

Safe work environment
Establish a designated work area for abrasive blasting operations. Clearly mark and secure the area to prevent unauthorized access.
Use barriers, screens, or curtains to contain abrasive media and prevent it from scattering.
Post warning signs and safety instructions in the work area.

Blast booth or cabinet safety
If using a blast booth or cabinet, ensure that it is properly maintained and equipped with appropriate safety features like interlocks and viewing windows.
Regularly inspect the blast media recovery system to ensure it functions correctly.

Handling and storage
Store steel shots in a dry, covered area to prevent contamination and maintain their effectiveness.
Handle steel shots with care to avoid spills, which can create trip hazards and lead to media wastage.

Emergency preparedness
Have an emergency response plan in place in case of accidents, spills, or injuries.
Provide access to first aid supplies and eyewash stations in the work area.

Regular maintenance
Conduct routine maintenance and inspections of abrasive blasting equipment to identify and address potential safety hazards.

Safety training and communication
Promote open communication among workers regarding safety concerns and encourage reporting of unsafe conditions or incidents.

Regulatory compliance
Comply with all relevant safety regulations, standards, and guidelines specific to abrasive blasting operations in your region.

Our Factory

Our company was founded in 2001, it's located in Zibo Luzhong Porcelain Capital, south of Jinan-Qingdao Expressway. The Binbo expressway is 10 kilometers each, the factory area is 9,800 square meters, and there are 110 various production and professional technical personnel. In accordance with the modern enterprise operation and management mode, the company adheres to the quality policy of zero defect, and has formed steel grit, steel shot, stainless steel. Our company has the perfect quality examine program and modern test-con-trol equipment guarateed that various quality index of the product reached the country standard, and even to go beyond the standard of american moto engineer society.

productcate-3836-1644

Q: What does steel shot do?

A: Steel shot is slightly lighter than lead shot of the same size—reducing its velocity and distance (range). Also, steel shot is harder than lead, so the individual pellets stay round, keeping the pattern tighter. Some hunters use steel shot one or two sizes larger to make up for the difference in weight from lead shot.

Q: What's the difference between lead shot and steel shot?

A: Steel is less dense than lead. The pellets weigh one-third less than lead pellets of the same size. Steel retains less energy and may not kill birds cleanly at the same ranges. Steel with the same weight and shot size contains more pellets than lead, making loads that contain more shot than necessary.

Q: Is steel shot more expensive than lead?

A: In the early years, when Brister wrote on the topic in 1976, the cost of steel shot was roughly 50 percent more than lead. Today, in some cases, steel can be even cheaper than lead.

Q: Is steel shot the same as buckshot?

A: Buckshot is manufactured to larger diameters than either lead or steel shot. It can be used for hunting larger game such as deer, elk or moose. While still commonly used for hunting deer, single-projectile loads known as "slugs" are far more common now for hunting deer and larger prey animals using shotguns.

Q: What is the disadvantage of steel shot?

A: Inhaling dust particles created by steel shot can lead to respiratory problems, and exposure to the material can cause skin irritation and other health issues. Using steel shot can create a lot of noise, which can be a problem in areas where noise pollution is a concern.

Q: How long does steel shot last?

A: Despite their durability, steel shots have a limited shelf life, which can range from several months to a few years depending on storage conditions.

Q: Is steel shot more unstable than lead?

A: Steel shot pellets react differently than lead when shot. Because steel shot pellets are not as dense, they weigh about one-third less than lead shot pellets of the same size. Also, steel is harder, does not deform, and is not as unstable in flight as lead. It will produce a tighter pattern than lead shot.

Q: Can steel shot be used in any shotgun?

A: Say any nitro-proofed gun (essentially any gun safe for smokeless ammunition) can be safely fired with so-called “standard steel”loads. To prevent a ring bulge from forming on the barrel, they recommend steel be shot through nothing tighter than a half (Modified) choke. That's it. That's the whole recommendation.

Q: Is lead shot bad?

A: Even if a hunter attempts to remove the largest remaining piece of the bullet from the animal, the tiny fragments of lead will still remain in the meat and gut piles that are left behind in the field. These fragments can be enough to poison both humans and wildlife.Apr 4, 2024

Q: What is a #2 steel shot good for?

A: #2 steel shot is a good overall choice for large birds, medium-sized mammals and home defense. The less dense and environmentally safer steel is quite popular, with the only downside being the loss of penetration with steel due to lead being heavier.

Q: Is steel shot more dense than lead?

A: Theoretically, the higher areal density* of the lead shot (0.054/mm2) compared with steel (0.045g/mm2) should give a 16% advantage to lead shot, all other things being equal.

Q: Why use lead shot?

A: As a very soft metal compared to many others, lead expands when it makes contact and penetrates a target. Other harder metals disperse little energy when hitting a target, often going right through them without as much impact.

Q: Can I shoot a steel shot out of a full choke?

A: Roberts said for the most part, you can shoot 3 and 4 steel through a Full choke with no problem. Big shot, however, can be a different story with Full choke, at least in extreme cases. “We get six to eight guns a year where we see some swelling behind the choke,” says Roberts.

Q: Does steel shot pattern tighter?

A: Ballistics aside, steel does offer a distinct performance advantage over lead: tighter pattern density.

Q: Why is buckshot so powerful?

A: Buckshot loads are commonly available in velocities from the low-1,100 feet-per-second range up to 1,600 fps, and that's a large range of speeds. Lead spheres moving more quickly have the potential to penetrate more walls (and tissue) than the same lead spheres moving more slowly.

Q: What is steel shot made of?

A: A steel shot abrasive consists of small, spherical pellet-type projectiles that are often made from carbon steel. Steel shot is widely used in various sheet peening and polishing applications and typically provides a smoother, more polished surface than many other types of blasting media.

Q: What is a #4 steel shot used for?

A: In a waterfowling situation where you'd typically choose No. 2 steel shot, No. 4 Bismuth will do the job. Using Bismuth in a smaller shot size gives you more pellets per shot, a denser pattern, and thereby greater probability of a lethal pellet hit.

Q: Is steel shot magnetic?

A: You can check to see if shot is Bismuth by seeing if a magnetic field is repelled by it. Steel is attracted, Bismuth is repelled and lead is not effected.

Q: Can I shoot steel shot in my old shotgun?

Q: Which shotguns can use steel shot?

A: Can I fire steel shot through my shotgun? Steel shot is classified as either standard or high performance. If your gun is nitro proofed (i.e. it can fire modern lead loads) then it will be safe to fire standard performance steel. This is generally steel of size 4 or smaller.

We're well-known as one of the leading steel shot manufacturers and suppliers in China. Please feel free to buy high quality steel shot at competitive price from our factory. For quotation, contact us now.

steel shot for sector analysis, Alloy steel shot S280, Steel wire pellet cutting 2 0mm