Hollow Glass Beads Description
Hollow Glass Beads are small spherical particles made of glass with a hollow structure inside. They are typically made from high-silicate or other specialized glass materials, offering extremely low density and high strength. Their main characteristics include lightweight, high strength, excellent chemical stability, high-temperature resistance, and corrosion resistance. The outer diameter of standard-grade hollow glass microspheres typically ranges from 10 to 90 microns, with the hollow interior occupying a large portion. This structure provides excellent thermal insulation, soundproofing, buoyancy, and compression resistance properties.
The High-Performance Grade products are upgraded versions of the original conventional series. The high-strength series products have increased their compressive strength based on the original density, making them more suitable for high-pressure application environments and effectively reducing the breakage rate during construction.
Hollow Glass Beads Specification
Theoretical Physics Data
|
Property
|
Range
|
|
True Density
|
0.144-0.606 (g/cm³)
|
|
Particle Size
|
10-90 (µm)
|
|
Compressive Strength
|
3.44-124 (MPa) / 500-18000 (Psi)
|
|
pH Value
|
8.0-9.5
|
|
Moisture Content
|
≤0.3%
|
|
Oil Absorption
|
0.2-0.6 (oil/g)
|
|
Thermal Conductivity
|
0.02-0.06 (W/m·K at 20℃)
|
Model and Performance
|
Model
|
True Density
|
Bulk Density
|
Compressive Strength
(90% Retention)
|
Volume Floatation
|
Particle Size (µm)
|
|
g/cm³
|
g/cm³
|
MPa/psi
|
%
|
D10
|
D50
|
D90
|
|
HN15HS
|
0.144-0.156
|
0.08-0.10
|
3.44/500
|
≥99
|
25
|
55
|
90
|
|
HN20HS
|
0.194-0.206
|
0.10-0.12
|
5.17/750
|
≥99
|
25
|
55
|
90
|
|
HN25HS
|
0.244-0.256
|
0.12-0.15
|
5.17/750
|
≥99
|
25
|
50
|
85
|
|
HN32HS
|
0.314-0.326
|
0.15-0.18
|
13.79/2000
|
≥99
|
25
|
45
|
75
|
|
HN38HS
|
0.374-0.386
|
0.18-0.20
|
42/6000
|
≥99
|
10
|
35
|
70
|
|
HN40HS
|
0.394-0.406
|
0.20-0.23
|
42/6000
|
≥99
|
10
|
30
|
60
|
|
HN46HS
|
0.454-0.466
|
0.24-0.27
|
69/10000
|
≥99
|
10
|
28
|
65
|
|
HN60S
|
0.594-0.606
|
0.30-0.34
|
83/12000
|
≥98
|
10
|
30
|
60
|
|
HN60HS
|
0.594-0.606
|
0.32-0.36
|
97/14000
|
≥98
|
10
|
30
|
55
|
*Please contact us for more information.
Hollow Glass Beads Application
|
Model
|
Applications
|
|
HN15HS
|
Aerospace materials, coatings, emulsion explosives, putty repair, wood replacement, buoyancy materials
|
|
HN20HS
|
Aerospace materials, coatings, emulsion explosives, putty repair, wood replacement, buoyancy materials, adhesives, insulation boards, sealants
|
|
HN25HS
|
Coatings, emulsion explosives, putty repair, buoyancy materials, adhesives, tooling boards, insulation boards, artificial stone
|
|
HN32HS
|
Coatings, putty repair, adhesives, tooling boards, artificial stone, tile mortar, buoyancy materials
|
|
HN38HS
|
Coatings, putty repair, adhesives, tooling boards, artificial stone, tile mortar, buoyancy materials, rubber, footwear materials
|
|
HN40HS
|
Coatings, putty repair, adhesives, tooling boards, artificial stone, tile mortar, rubber, footwear materials
|
|
HN46HS
|
Coatings, adhesives, rubber, footwear materials, plastics, buoyancy materials, 5G, SMC
|
|
HN60S
|
Coatings, adhesives, plastics, buoyancy materials, 5G, SMC
|
|
HN60HS
|
Hollow Glass Beads Packaging
Our Hollow Glass Beads are carefully handled during storage and transportation to preserve the quality of our product in its original condition.
FAQs
Q1: What are the key properties of Hollow Glass Beads?
Hollow Glass Beads are known for their low density, high strength-to-weight ratio, high compressive strength, thermal and acoustic insulation properties, chemical stability, and resistance to high temperatures. These beads also offer excellent floatation properties and high-pressure resistance.
Q2: How do Hollow Glass Beads improve material properties?
These beads improve the properties of materials by reducing the weight while maintaining strength, enhancing thermal insulation, improving soundproofing qualities, and increasing the durability and buoyancy of materials.
Q3: Are Hollow Glass Beads environmentally friendly?
Yes, Hollow Glass Beads are considered environmentally friendly as they are made from natural materials and are fully recyclable. They do not contain harmful substances and can be used in applications that promote sustainability.
Q4: Are there different types of Hollow Glass Beads?
Yes, Hollow Glass Beads come in various sizes, densities, and grades depending on the specific application requirements. At Stanford Advanced Materials, we offer three types of Hollow Glass Beads:
- Standard Grade: Ideal for general applications where moderate strength and performance are required.
- High-Performance Grade: Designed for more demanding applications requiring superior strength, durability, and performance.
- Custom Grade: Tailored specifically to meet the unique requirements of a particular application, including customized sizes, densities, and other properties.
Specification
Theoretical Physics Data
|
Property
|
Range
|
|
True Density
|
0.144-0.606 (g/cm³)
|
|
Particle Size
|
10-90 (µm)
|
|
Compressive Strength
|
3.44-124 (MPa) / 500-18000 (Psi)
|
|
pH Value
|
8.0-9.5
|
|
Moisture Content
|
≤0.3%
|
|
Oil Absorption
|
0.2-0.6 (oil/g)
|
|
Thermal Conductivity
|
0.02-0.06 (W/m·K at 20℃)
|
Model and Performance
|
Model
|
True Density
|
Bulk Density
|
Compressive Strength
(90% Retention)
|
Volume Floatation
|
Particle Size (µm)
|
|
g/cm³
|
g/cm³
|
MPa/psi
|
%
|
D10
|
D50
|
D90
|
|
HN15HS
|
0.144-0.156
|
0.08-0.10
|
3.44/500
|
≥99
|
25
|
55
|
90
|
|
HN20HS
|
0.194-0.206
|
0.10-0.12
|
5.17/750
|
≥99
|
25
|
55
|
90
|
|
HN25HS
|
0.244-0.256
|
0.12-0.15
|
5.17/750
|
≥99
|
25
|
50
|
85
|
|
HN32HS
|
0.314-0.326
|
0.15-0.18
|
13.79/2000
|
≥99
|
25
|
45
|
75
|
|
HN38HS
|
0.374-0.386
|
0.18-0.20
|
42/6000
|
≥99
|
10
|
35
|
70
|
|
HN40HS
|
0.394-0.406
|
0.20-0.23
|
42/6000
|
≥99
|
10
|
30
|
60
|
|
HN46HS
|
0.454-0.466
|
0.24-0.27
|
69/10000
|
≥99
|
10
|
28
|
65
|
|
HN60S
|
0.594-0.606
|
0.30-0.34
|
83/12000
|
≥98
|
10
|
30
|
60
|
|
HN60HS
|
0.594-0.606
|
0.32-0.36
|
97/14000
|
≥98
|
10
|
30
|
55
|
*Please contact us for more information.
