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Deburring Peening Glass Bead

Name: Deburring Peening Glass Bead
Brand: VISHAL GLASS SHOTS
Price: 65 INR
Availability: InStock

Price 65 INR/ Kilograms

Get a Price/Quote

MOQ : 25 Kilograms

Deburring Peening Glass Bead Specification

Flat Tempered
No

Bent Tempered
No

Strength
High impact resistance

Tolerance
0.05 mm

Structure
Solid

Glass Type
Industrial Grade

Features
Non-reactive, reusable, uniform hardness, chemical resistance, environmental friendly

Finish Type
Matte

Transparency
Translucent

Material
Glass

Thickness
Varying (as per bead size)

Weight
Varies with quantity and bead size

Surface
Smooth

Density
2.5 Gram per cubic centimeter(g/cm3)

Composition
Silica-based (SiO2)

Technique
Deburring, Peening

Pattern
Round Spherical

Deburring Peening Glass Bead Trade Information

Minimum Order Quantity
25 Kilograms

FOB Port
Vadodara , Gujarat

Payment Terms
Cash in Advance (CID)

Supply Ability
30 Kilograms Per Month

Delivery Time
4 Week

Sample Available
Yes

Sample Policy
Within a certain price range free samples are available

Packaging Details
Bags

Main Domestic Market
All India

About Deburring Peening Glass Bead

With thirty five years of market experience, we are affianced in offering Deburring Peening Glass Bead. The provided bead is processed with the use of supreme grade glass and pioneering methodology under the vigilance of our ingenious professionals at our well-facilitate processing unit. Available in different packaging option, this bead is mainly used for deburring and peening. Apart from this, our esteemed clients can purchase the offered Deburring Peening Glass Bead at the most affordable prices from us.

Product Specification

Usage/Application Shot blasting, shot chrome
Material To Be Blasted Plate
Brand VISHAL GLASS SHOTS
Size 2 Microns
Color White
Shape Rounds
Material Glass
State Crystals
Minimum Order Quantity 500 Kg

Product Description

Supplier & prepared of Glass Beads For Sandblasting. Our product range comprises of glass beads for shot blasting, glass beads for peening and deburring, glass beads for surface preparation & glass beads for grinding of paints, chemicals, pigments, fertilizers, minerals, etc.

Features:

It provides a smooth and economic cleaning
It fits frequent cleaning
It is used on welding surface
It removes surface oxidation, flame stains

Additional Information

Delivery Time 2 TO 3 DAYS
Production Capacity 15000
Packaging Details 25 KG PP BAGS

Features:

Abrasion resistance
Long lasting shine
Glossy finish
Excellent transparency

Superior Surface Treatment

With a uniform hardness of 6-7 Mohs and a smooth, spherical structure, these glass beads deliver exceptional consistency in surface cleaning and finishing tasks. Their chemical inertness and absence of metallic impurities ensure surface integrity, making them ideal for sensitive or demanding applications.

Versatile Bead Sizes

Ranging from ultra-fine 10 m to robust 850 m, our beads address various industrial requirements. Fine beads are excellent for intricate cleaning and delicate components, while larger beads provide more aggressive deburring and peening. Each bead size maintains the same high-quality standards.

Environmentally Friendly and Economical

Engineered for multiple reuse, our beads significantly reduce operational costs. Their non-toxic, reusable nature and zero moisture content minimize waste and environmental impact, making your processes more sustainable and efficient.

FAQs of Deburring Peening Glass Bead:

Q: How are the Deburring Peening Glass Beads applied in surface treatment processes?

A: These glass beads are used in a pressurized blasting or peening machine, where they are propelled at high velocity against surfaces. The impact removes contaminants, smooths rough edges (deburring), and imparts compressive strength to metal components (peening), resulting in a clean, matte, and uniform finish.

Q: What are the benefits of choosing glass beads with a 6-7 Mohs hardness and high impact resistance?

A: The combination of 6-7 Mohs hardness and high impact resistance ensures effective cleaning, deburring, and peening without damaging the base material. This hardness provides durability for repeated use, reducing the need for frequent replacement and offering consistent, reliable results.

Q: When is it best to use different bead sizes within the 10 m to 850 m range?

A: Finer beads (10100 m) are ideal for delicate components or surfaces where precision is critical. Medium to large beads (above 100 m) are suitable for more robust cleaning, heavier deburring, and peening larger metal parts. Selecting the correct bead size ensures optimal process efficiency and desired surface finish.

Q: Where can these glass beads be used most effectively?

A: These beads are widely used in automotive, aerospace, electronics, precision engineering, and medical device manufacturing. Their non-reactive, contaminant-free nature allows safe application across industries requiring stringent surface requirements and ISO 9001 compliance.

Q: What is the process for reusing glass beads, and how many cycles are they suitable for?

A: After initial use, the beads can be collected, cleaned of any surface debris, and inspected for breakage or wear. They are designed for multiple cycles, with the number dependent on process parameters and substrate type. Consistent performance is maintained until noticeable degradation in bead roundness or effectiveness occurs.

Q: How does the chemical composition and lack of metallic contaminants benefit industrial applications?

A: Being silica-based and free from metallic contaminants, the beads minimize the risk of corrosion or ferrous contamination on sensitive surfaces. This feature is particularly advantageous in industries where material purity and surface conditions are critical, such as aerospace and electronics.

Q: What makes these glass beads environmentally friendly and suitable for sustainable operations?

A: These beads are manufactured with no harmful additives, are fully reusable over many cycles, and generate minimal dust or waste in use. Their non-toxic, chemically inert properties align with sustainable industrial practices, reducing both environmental footprint and operational costs.

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