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High-performance, spherical soda-lime glass beads for shot peening, surface finishing, and polymer additives. Consistent quality and reliable bulk supply, guaranteed.
Trusted by 150+ Clients in Automotive, Aerospace & Manufacturing
We maintain a ready-to-ship inventory of standard sizes and offer customizable micro-grades to meet the specific requirements of your industrial blasting and finishing equipment.
*Custom micro grades available on request for precision applications.
Minimum Order
SMALLEST BATCH READY
Delivery Time
Business Days
STANDARD PAN-INDIA
Achieve Superior Surface Consistency and Performance
As a glass beads manufacturer in India, we supply micro glass beads produced from high-purity soda-lime silica glass, designed specifically for industrial surface treatment applications. These beads are chemically inert, non-toxic, and free from ferrous contamination, ensuring no residue or corrosion risk on blasted components.
Micro glass beads manufactured in India are widely used for abrasive blasting, surface finishing, cleaning, and shot peening across automotive, aerospace, tooling, and precision engineering sectors. The spent media remains environmentally safe, making it suitable for closed-loop blasting systems and sustainable industrial operations.
Our micro glass beads are manufactured from lead-free, soda-lime glass and are chemically inert.
We supply micro glass beads for a wide range of critical applications. Select your industry to explore optimized solutions.
Glass bead for bead blasting is one of a variety of mechanisms that you can blast with. Like any blast media, glass bead or bead blasting has a diversity of benefits and drawbacks.
Glass beads for Paint Removal, for example, can be blasted with a number of substances. It, like any other form of blast media, has a number of benefits and drawbacks.
Glass Bead for Peening, also known as shot blasting, is a cold work process that is used to polish metal parts in order to minimise fatigue and stress corrosion failures and extend the part's product life.
For road marking paint, there are two types of glass beads: intermix and drop on, as well as intermix that should be added directly to the road marking paint and stirred together.
Glass Beads are metal elements (Part) that have been carefully cleaned without etching, giving a smooth, polished, or matte finish. Glass Beads for sand blasting is a chemically inert, spherical abrasive that can be used to clean, peen, or polish sensitive articles (items) such as car parts or moulds.
Glass Beads for Shot blasting is a technique for blasting glass beads onto metal surfaces that will be plated, painted, or powder coated.
Surface finishing is done with glass beads. Glass beads for surface finishing are used to clean the surface. Glass beads for surface finishing are used to polish the surfaces of the work components without destroying them.
Our production is ISO 9001:2015 certified. Every batch is lab-tested for size, sphericity, and purity, with a Certificate of Analysis provided with every shipment to guarantee compliance with your specifications.
With a production capacity of significant tons per month, we ensure consistent availability for your production schedule. We manage all logistics (EXW, FOB, CIF) with flexible packaging (25kg to 1-ton bulk bags).
Our team of material specialists is available to help you select the precise grade and size for your application, optimizing your process for efficiency and performance. We don't just sell a product; we provide a solution.
Micro glass beads for sale in India are available in multiple controlled size grades to meet diverse industrial requirements. In addition to blasting applications, micro glass beads are widely used as functional fillers in plastics and polymer systems, where they enhance dimensional stability, surface quality, and abrasion resistance.
The controlled spherical geometry of micro beads helps reduce warpage and shrinkage variations in injection-molded and 3D-printed components, making them valuable for technical, automotive, and precision-molded applications. Their consistent quality ensures predictable performance across high-volume industrial production.
Micro glass bead manufacturers typically supply media designed for reuse in blast rooms and blast cabinets, offering long service life under controlled operating conditions. Glass beads contain no free iron, eliminating the risk of surface contamination or corrosion on ferrous and non-ferrous components. This makes micro glass beads suitable for steel, stainless steel, aluminum, titanium, and sensitive alloys, where surface integrity and cleanliness are critical.
Micro glass beads are suitable for a wide range of abrasive blasting and surface treatment processes. Different bead sizes allow precise control over surface finish, blasting intensity, and material interaction.
Micro glass bead blasting is a controlled surface engineering process that delivers measurable performance improvements beyond visual finishing. Using ultra-fine beads (4 µm–50 µm), the process uniformly treats complex micro-geometries—edges, flutes, and recessed features—where conventional abrasives and polishing methods are ineffective. The controlled bead impact enhances surface integrity by increasing hardness, stabilizing cutting edges, and improving wear resistance, enabling cutting tools and precision components to operate with lower wear, reduced cutting forces, and higher reliability across both coated and uncoated materials.
Independent mechanical engineering research conducted by Technological University Dublin has demonstrated that micro-shot blasting with glass beads induces beneficial compressive residual stresses in the near-surface layer. These stresses suppress micro-crack initiation and propagation under cyclic mechanical and thermal loading, resulting in fatigue life improvements of four to ten times—confirming micro glass bead blasting as a scientifically validated and industrially proven strengthening process.
| Feature | Micro Glass Beads | Fine Glass Beads | Small Glass Beads | Large Glass Beads |
| Particle Size | 4–50 µm | 50–200 µm | 200–600 µm | 600 µm–1.5 mm |
| Finish Quality | Extremely smooth, near-polished surface | Smooth and uniform satin finish | Clean matte finish | Bright finish with peening effect |
| material removal | Almost zero | very low | Moderate | Low to medium (impact based) |
| Blasting Intensity | Very gentle | Gentle | Medium | High |
| Surface Profile | Negligible (no anchoring) | Minimal profile | light profile | Peening effect |
| Best for Thin Parts | Excellent | very good | limited | not suitable |
| Typical Industrial Uses | Precision parts, road marking, electronics | Stainless steel finishing, moulds | General cleaning, rust removal | Shot peening, structural components |
| Reusability | High (clean systems required) | High | very high | extremely high |
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