About Steel Shots
We are counted among the trusted manufacturers of Steel Shots Cast Steel Shots for our highly respected clients. They help in making your product free from dust and with perfectly smooth surface. They are used in varied manufacturing industries. Steel Shots Cast Steel Shots are also apt for shot peening operations for removing surface stress. They are tested on various parameters to ensure that they stand in compliance with the global industrial standards and norms. We strive to deliver these on time.
Composition:
- Carbon 0.85-1.20%
- Silicon 0.45-1.50%
- Manganese 0.35-1.20%
- Phosphorus <0.05%>
- Sulphur <0.05%>
Appearance : - Particles would be nearly spherical and complying with SAE specifications
Microstructure : - Uniform martensite, tempered to a degree consistent with the hardness range, with fine, well distributed carbides, if any.
Applications : - Shot blasting , shot peening , surface preparations , ballast.
Hardness : - 40-50 HRc. (Rockwell C). Custom hardness on request
Density : Superior Performance for Industrial ApplicationsEngineered to meet stringent industry standards, Steel Shots offer excellent tensile strength and high resistance to wear. Their polished, dust-free finish ensures effective material removal while preserving surface integrity during operations such as cleaning, peening, and scale removal. With various particle sizes available, they can be tailored to suit specific industrial needs, guaranteeing consistent results and prolonged usability.
Consistent Quality and Environmental ComplianceSteel Shots adhere to international benchmarks like IS 4606, SAE J827, and DIN 8201. Manufactured from high carbon steel, their chemical composition is precisely controlled for optimal hardness and performance. Free from hazardous substances, they are environmentally compliant and can be recycled up to 2000 times, reducing waste and ensuring sustainable operations across diverse industrial settings.
FAQ's of Steel Shots:
Q: How are Steel Shots used in surface preparation and finishing processes?
A: Steel Shots are primarily used as abrasive media for shot blasting machines, where they clean, descale, and prepare metal surfaces by removing corrosion, rust, scale, or paint. Their spherical shape ensures consistent surface impact, helping achieve a smooth, uniform finish for subsequent treatment or coating applications.
Q: What benefits do Steel Shots offer compared to other abrasive media?
A: Steel Shots provide excellent durability and can be recycled up to 2000 cycles without significant loss in performance. Their high impact resistance, uniform size distribution, and polished surface contribute to efficient surface treatment and minimal dust generation, making them cost-effective and environmentally friendly.
Q: When should Steel Shots be replaced during use?
A: Steel Shots can be reused multiple times-up to 2000 cycles-depending on the application and operating conditions. They should be replaced when they show signs of excessive wear, diminished cleaning effectiveness, or contamination with foreign particles, ensuring consistent performance and surface quality.
Q: Where should Steel Shots be stored to maintain their shelf life?
A: To preserve their quality and prevent corrosion, Steel Shots should be stored in a dry, moisture-free environment. Proper storage conditions ensure they remain stable and effective indefinitely, as indicated by their indefinite shelf life under recommended storage conditions.
Q: What is the process for recycling Steel Shots after use?
A: After usage, Steel Shots can be separated from dust and debris via screening equipment in the blasting system. The cleaned shots are then cycled back into the process until their shape or impact quality degrades, at which point they can be collected for responsible recycling or disposal.
Q: How does the magnetic property of Steel Shots benefit industrial users?
A: Being magnetic, Steel Shots can be efficiently collected and separated from non-magnetic debris using magnetic separators, which streamlines the cleanup and recycling process and enhances operational efficiency.