HN60HS Glass Microspheres for Composite Circuit Boards and Oil Well Cementing
Product Specifications
| Attribute |
Value |
| Product Name |
HN60HS glass microspheres |
| Application |
5G Technology |
| Diameter |
10-55 µm |
| Density |
0.15-1.0 g/cm³ |
| Compressive Strength |
14000 psi |
| Chemical Composition |
SiO2, Na2O, CaO, MgO, Al2O3 |
| Color |
White or transparent |
| True Density |
0.594-0.606 |
| Bulk Density |
0.32-0.36 |
| Dielectric Constant |
1.2-2.2 (100MHZ) |
| Thermal Conductivity |
0.2 |
Technical Specifications
| Model |
True Density (g/cm³) |
Bulk Density (g/cm³) |
Compressive Strength (psi) |
Diameter (um) |
| HN60HS |
0.44-0.48 |
0.23-0.26 |
14000 |
10 | 30 | 55 |
Product Description
Hollow glass bubbles are engineered microspheres that enhance performance in 5G technology applications by reducing dielectric constant and improving signal integrity.
Key Applications in 5G Technology
- Antenna Design: Used as filler material to reduce dielectric constant, improving signal quality and antenna range.
- Printed Circuit Boards (PCBs): Incorporated in PCB substrates to enhance signal integrity and overall reliability.
Product Advantages
- Significantly reduces permittivity in composite materials
- Enhances thermal insulation properties
- Improves fluidity and stiffness in applications
- Increases chemical resistance of host materials
Why Choose Our HN60HS Glass Microspheres?
- Over 20 years of specialized hollow glass bubble manufacturing experience
- Ranked among the largest HGB manufacturers globally
- Rigorous quality control ensures consistent density, radius, and compressive strength
- Stable product performance with reliability as our top priority
Frequently Asked Questions
What packaging options are available for HN60HS microspheres?
We offer standard packaging in cartons and ton bags, with dimensions varying by model and density. Custom packaging solutions are available upon request through our technical team.
What is Hainuo Technology's background in glass microsphere production?
Founded in 2011 with support from government research institutions, Hainuo Technology has achieved significant technological breakthroughs and is recognized as a "High-Tech Enterprise" and "Outstanding Enterprise in Shanxi province." Our products are used in major national projects by CNPC and CNOOC.
What safety precautions should be taken when handling HN60HS microspheres?
Unpackage in well-ventilated areas with minimal vibration to control dust emission. For individuals with dust allergies, we recommend using safety glasses and gloves during handling.
What are the primary benefits of using hollow glass bubbles?
HGBs provide excellent thermal insulation, improve material fluidity and stiffness, enhance strength endurance, and increase chemical resistance while reducing overall weight.
What industries commonly use hollow glass bubbles?
HGBs are widely used in aerospace, rubber, plastic, marine, and construction industries as lightweight fillers that improve performance while reducing production costs.
What is the size and density range of Hainuo HGBs?
Our microspheres range from 10-115µm in diameter with densities from 0.11-0.606 g/cm³, depending on application requirements.
Are hollow glass bubbles environmentally friendly?
Yes, made from natural sand, our HGBs are recyclable and environmentally safe. Sustainability is a core principle throughout our production processes.
Can HN60HS be used in 3D printing applications?
Absolutely. When added to 3D printing materials like polymers and resins, they reduce weight, improve strength, enhance printability, and minimize warping.
Are these microspheres suitable for concrete applications?
Yes, they serve as excellent lightweight aggregates in concrete, improving thermal insulation, fire resistance, workability, and durability while reducing weight.
What is Hainuo's current production capacity?
Our current annual capacity is 15,000 tonnes, with expansion plans to reach 35,000 tonnes by 2026 through new production line construction.
How should HN60HS microspheres be stored?
Store in dry, cool areas away from direct sunlight. Keep packages tightly sealed to prevent moisture absorption and minimize dust emission.
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