Steel Grit GH6 Maximum Durability For Demanding Shot Blasting Applications
Steel grit is a commonly used material for surface treatment, aimed at removing oxidation layers, rust, dirt, and coatings from metal surfaces. It is used for sandblasting cleaning on surfaces of materials such as steel plates, castings, forgings, and welded components, providing a clean foundation for subsequent processes like painting, spraying, and coating.
Shot blasting cleaning: Steel grit is widely used in shot blasting cleaning processes to remove impurities such as scale, welding slag, casting sand, and oxide films from metal surfaces. It is applied to large metal structures like steel structures, bridges, ships, oil tanks, pipelines, and containers, enhancing their appearance quality and durability.
Shot peening: Steel grit is employed for shot peening, a process that involves high-speed impact to induce compressive stress on the surface of metal parts. This helps to improve their fatigue resistance and wear resistance. Shot peening with steel grit finds applications in various industries such as aerospace, automotive manufacturing, and mechanical engineering, enhancing the lifespan and performance of components.
Foundry industry: In the foundry process, steel grit is used as a filling material for making casting molds or cores. It provides sufficient support and stability to ensure the shape and precision of castings.
High hardness: Steel grit is renowned for its high hardness, which enables it to effectively remove oxidation layers, rust, dirt, and coatings from metal surfaces during surface treatment processes.
Angular shape: Unlike steel shot, steel grit possesses an angular shape. This angularity provides it with sharper cutting edges, resulting in enhanced impact force and more aggressive material removal.
Increased impact energy: The angular shape of steel grit allows it to deliver higher impact energy during surface cleaning and preparation. This makes it effective in removing tough contaminants and creating a rough surface profile.
Improved surface roughness control: Steel grit offers superior control over surface roughness due to its angular particles. It can create desired surface textures and profiles, making it suitable for applications that require specific roughness levels.
Enhanced cleaning efficiency: The angular shape and sharp edges of steel grit enable it to efficiently reach and clean hard-to-reach areas. It can penetrate into crevices and corners, ensuring thorough cleaning of complex surfaces.
Durability: Steel grit exhibits high durability and can withstand multiple impacts without easily fracturing or wearing down. This makes it suitable for recycling and multiple-use applications, reducing overall costs.
Versatility: Steel grit finds application in various industries, including surface treatment, shot blasting cleaning, and shot peening. It is utilized in automotive, aerospace, foundries, and metal fabrication, among other sectors.
Steel grit is a widely used material for surface treatment, primarily focused on the removal of oxidation layers, rust, dirt, and coatings from metal surfaces. It is commonly used in sandblasting cleaning processes for materials like steel plates, castings, forgings, and welded components, providing a clean surface for subsequent processes such as painting, spraying, and coating.
Shot blasting cleaning is another important application of steel grit, where it is used to eliminate impurities like scale, welding slag, casting sand, and oxide films from metal surfaces. This process is applicable to large metal structures such as steel structures, bridges, ships, oil tanks, pipelines, and containers, improving their appearance, quality, and durability.
Steel grit is also employed in shot peening, a technique that involves high-speed impact to induce compressive stress on metal surfaces. This process enhances the fatigue resistance and wear resistance of metal parts, making them more durable. Shot peening with steel grit finds applications in industries like aerospace, automotive manufacturing, and mechanical engineering, where component lifespan and performance are critical.
In the foundry industry, steel grit is used as a filling material for casting molds or cores. It provides stability and support, ensuring the shape and precision of castings during the foundry process.
Additionally, steel grit finds applications beyond surface treatment, such as grinding and polishing hard materials like glass, ceramics, and stones. It is also utilized in processes like coating pretreatment lines, steel plate pretreatment lines, and steel structure pretreatment
Inner packaging: 25kg/bag with inner film bag.
Outer packaging: nylon woven bag, kraft paper bag, carton.
Whole ton packaging: pallet or ton bag.
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