Products
SGT technology and research provides products to many industries that seek to protect their equipment and prolonging service life.
We have many different products for your company
Wires
SGT Welding Wires – Hard Facing & Wear Resistance for Cement, Mining, and Transportation
SGT welding wires are engineered for superior hard facing and wear resistance, making them ideal for the demanding conditions of the cement, mining, and transportation industries. Our high-performance wires protect critical equipment from abrasion, impact, and extreme wear, extending the lifespan of machinery and reducing costly downtime. Whether reinforcing crusher components, conveyor systems, or heavy-duty transport equipment, SGT welding wires provide durable, reliable protection for maximum efficiency and productivity.
Key Features of SGT anti-wear plates:
- High Hardness: These plates are much harder than standard steel plates, which makes them resistant to wear.
- Durable: Their durability comes from their specific composition, which include a mix of carbon, manganese, and other elements.
- Versatility: They can be fabricated into different shapes and sizes, fitting a variety of equipment.
- Mining: Used in machinery that handles ore, such as crushers, hoppers, and chutes.
- Construction: Implemented in equipment that handles or processes materials like rock, sand, and concrete.
- Material Handling: Found in dump truck bodies, conveyor liners, and other equipment that moves materials.
- Agriculture: Used in machinery that handles soil, crops, or grains.
- Cement Production: Utilized in machines that process and handle raw materials.
Anti-wear Plates
SGT anti-wear plates, are abrasion-resistant plates, designed to withstand excessive wear and tear in a variety of applications. Their primary purpose is to provide protection to equipment and extend its service life in environments where it would otherwise suffer from wear due to friction, impact, or chemical attack.
Key Features of SGT anti-wear plates:
- High Hardness: These plates are much harder than standard steel plates, which makes them resistant to wear.
- Durable: Their durability comes from their specific composition, which include a mix of carbon, manganese, and other elements.
- Versatility: They can be fabricated into different shapes and sizes, fitting a variety of equipment.
- Mining: Used in machinery that handles ore, such as crushers, hoppers, and chutes.
- Construction: Implemented in equipment that handles or processes materials like rock, sand, and concrete.
- Material Handling: Found in dump truck bodies, conveyor liners, and other equipment that moves materials.
- Agriculture: Used in machinery that handles soil, crops, or grains.
- Cement Production: Utilized in machines that process and handle raw materials.
Bimetallic Wear Plates
SGT bimetallic wear plate is a type of plate that combines two different materials: a very hard, wear-resistant layer on the surface and a more ductile, tough base layer. This combination aims to offer the benefits of both materials: the durability and resistance to wear from the hard surface layer, and the ability to absorb impact and offer structural support from the softer base layer.
SGT bimetallic wear plates are widely used in industries that involve heavy machinery and where wear and tear are common concerns. These industries include:
- Mining: Equipment like chutes, hoppers, and liners.
- Construction: For heavy machinery and equipment subjected to wear.
- Cement: Equipment in contact with abrasive materials.
- Power plants: In coal handling systems or other areas with wear issues.
- Other sectors where abrasion and impact resistance are crucial.
- Wear Resistance: The hard outer layer offers excellent protection against abrasion. Impact Resistance: The softer, more ductile base layer can absorb and dissipate impact forces, preventing cracks or breaks.
- Flexibility: The plates can be cut, bent, and shaped as required, making them suitable for a variety of applications.
- SGT bimetallic wear plates offer a solution to the challenges of wear and impact in many industrial applications by combining the benefits of two distinct materials into a single product.
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