High-Quality Glass Bead Media for Efficient Blasting and Grinding Techniques

Product Details
Customization: Available
Main Raw Material: Sio2
Appearance: Solid
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  • High-Quality Glass Bead Media for Efficient Blasting and Grinding Techniques
  • High-Quality Glass Bead Media for Efficient Blasting and Grinding Techniques
  • High-Quality Glass Bead Media for Efficient Blasting and Grinding Techniques
  • High-Quality Glass Bead Media for Efficient Blasting and Grinding Techniques
  • High-Quality Glass Bead Media for Efficient Blasting and Grinding Techniques
  • High-Quality Glass Bead Media for Efficient Blasting and Grinding Techniques
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Basic Info.

Model NO.
Hollow Glass Beads
Color
White
Korean Standard
Ksl2521No.1 and 2
British Standard
BS6o88 Class a and B
European Standards
En1423 and En1424
Japanese Standard
Tjis R3301
Australian Standard
a, B, C, D
American Standard
Aashtom247type 1 and Type 2
Transport Package
Bags
Specification
850-425
Trademark
Fuda
Origin
China
HS Code
7018200090
Production Capacity
2000tons/Year

Product Description

High-Quality Glass Bead Media for Efficient Blasting and Grinding TechniquesHigh-Quality Glass Bead Media for Efficient Blasting and Grinding Techniques

Supercharge your production prowess with our Hollow Glass Microspheres—a revolutionary, multi-purpose filling material characterized by its ultra-fine, hollow spherical architecture.
These state-of-the-art spheres captivate with their elegant gray-white or light gray sheen. Crafted primarily from silicon dioxide and alumina, they offer a bulk density
that ranges between 0.9 to 1.2 grams per cubic centimeter, with a true density of 1.7 grams per cubic centimeter. Available in diverse particle dimensions,
from 44 to 2.6 microns, they are adeptly classified into 325 mesh, 500 mesh, 800 mesh, 1250 mesh, 2500 mesh, and 5000 mesh, catering to a vast array of applications.
Showcasing an exceptional sphericity exceeding 95%, these spheres are encased in a robust outer shell enveloped by inert gases like nitrogen dioxide and carbon dioxide,
demonstrating remarkable high-pressure resistance strengths ranging from 4000 to 7000 MPa. Their superior wear and fire resistance exceeds 1450 degrees.
This material is the epitome of chemical stability, resisting common acids, alkalis, and salts. It also excels in sound and thermal insulation,
with a conductivity coefficient ranging from 0.10 to 0.12.
For bespoke applications, specialized particle sizes can be precisely tailored to fulfill your unique requirements.

Category NO Sieve Size Standard diameter((μm)
30# 20-40 850-425
40# 30-40 600-425
60# 40-60 425-300
80# 60-100 300-150
100# 70-140 212-106
120# 100-140 150-106
150# 100-200 150-75
180# 140-200 106-75
220# 140-270 106-53
280# 200-325 75-45


Engineered for exceptional compressive strength, our Hollow Glass Microspheres offer numerous additional advantages,
and unparalleled features when incorporated into composite materials:


1: Amplify strength and elevate performance: In contrast to traditional fillers, which leave behind soft or irregular residues, these microspheres
are exceptionally fine, significantly enhancing scratch resistance and reducing friction, culminating in superior overall performance.

2: Cost-effective solutions: With an oil absorption rate as low as 15-18%, far lower than talc powder or calcium carbonate, these microspheres
enable substantial filler additions of up to 70%, without affecting impact toughness. Their excellent flow properties
facilitate molding into compact forms effortlessly, without requiring heat or pressure, streamlining manufacturing and reducing costs.

Strategically located in the heart of Qinyuan, Shanxi, Qinyuan Fuda New Material Technology Co., Ltd (Fuda New Materials) blends industry insight with commercial expertise.

High-Quality Glass Bead Media for Efficient Blasting and Grinding TechniquesHigh-Quality Glass Bead Media for Efficient Blasting and Grinding TechniquesHigh-Quality Glass Bead Media for Efficient Blasting and Grinding TechniquesHigh-Quality Glass Bead Media for Efficient Blasting and Grinding Techniques

Since its inauguration in 2018, Fuda New Materials has distinguished itself in the sales and export of top-tier zirconium sandblasting and grinding materials.


Our cutting-edge production facility, strategically positioned in Linfen City, Shanxi, was established in 2015, fully operational by 2016, boasting an impressive
annual output of 2000 tons of zirconium series ceramic products. Our flagship offerings include sandblasted ceramic beads, zirconia
microbeads, high-purity 95 zirconia beads, and zirconium aluminum composite beads. We also offer a wide selection of glass
beads and zirconia powders, along with stabilized zircons. Partnering with esteemed domestic allies, we stand at the forefront
of vertical integration, providing comprehensive application, technical services, and product sales for basalt fiber filaments and series.
We supply a vast range of zirconium series products for sandblasting and grinding, along with adaptable basalt fiber filaments
and related products, meeting the ambitious demands of the construction and aerospace sectors both locally and globally.
High-Quality Glass Bead Media for Efficient Blasting and Grinding TechniquesHigh-Quality Glass Bead Media for Efficient Blasting and Grinding Techniques

Q1. Are you a manufacturer?
A: Absolutely, without a shadow of a doubt.

Q2. Can I visit your company?
A: Certainly, we wholeheartedly invite you! As they say, seeing is believing.

Q3. Do you accept OEM?
A: Absolutely! At Qinyuan Fuda New Material Technology Co., Ltd., we are wholly prepared to embrace and fulfill any OEM requests to perfectly suit your specific needs.

Q4. What is the minimum order quantity for a trial order?
A: Our commitment is to craft the most fitting advice and bespoke solutions that cater precisely to your distinct requirements and business objectives.

Q5. How long is the delivery time?
A: Our delivery timeline is highly adaptable, with the duration principally influenced by the size and scope of your order. Rest assured, we strive to meet your schedule.

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