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Myreal Insulation's Aerogel Board
With ' Quality First' principle, during the production of aerogel board, MYREAL Energy Saving (Shanghai) Co., Ltd. has cultivated workers' awareness of strict quality control and we formed an enterprise culture centering on high quality. We have established standards for the production process and operational process, carrying out quality tracking, monitoring and adjusting during each manufacturing process.
Achieving the global brand image of Myreal Insulation is supported by our individual approach to every single customer and building of new directions in the field of product development. We always keep our promises and our words are in agreement with our actions. Our activities are based on high-quality and time-tested procedures of work.
Aerogel boards excel with superior thermal performance through a highly porous nanoscale structure. They offer lightweight efficiency with exceptional heat resistance for energy-efficient industrial solutions. Designed for extreme environments, these boards provide reliable thermal management across diverse applications.
How to choose aerogel board?
Looking for a high-performance insulation solution that combines lightweight design with exceptional thermal efficiency? Aerogel board is the ultimate choice! Engineered for superior energy savings, easy installation, and versatile application across industries.
- Unmatched thermal insulation with minimal thickness for space efficiency.
- Lightweight and flexible, allowing easy handling and installation.
- Suitable for extreme temperatures and demanding environments in construction, aerospace, and industry.
- Eco-friendly material that reduces carbon footprint while ensuring long-term durability.
Do you know this kind of fireproof material that is like cement board?
Several types of calcium silicate insulation materials
Calcium silicate board is a new type of inorganic building panel made primarily from siliceous materials, calcareous materials, and reinforcing fibers through a high-temperature, high-pressure process. Due to its excellent comprehensive performance, calcium silicate board finds wide application in various fields such as construction, industry, and shipbuilding.
The advantages of calcium silicate insulation materials:
1. Outstanding high-temperature resistance performance:
The usage temperature of ordinary products can reach up to 650°C, while some products with specially formulated treatments (such as hard calcium silicate type) can withstand a long-term temperature of up to 1000°C.
2. Class A Non-combustibility:
It will not catch fire in the presence of open flames or high temperatures, and can effectively prevent the spread of the fire.
3. High strength and excellent durability
The calcium silicate material has a dense structure and its mechanical strength is much higher than that of many other soft insulation materials.
4. Low thermal conductivity and excellent insulation efficiency
Within the range of 0.035 - 0.065 W/(m·K).
Silicate calcium insulation products are classified differently depending on their application scenarios. And performance requirements for calcium silicate board vary significantly across different scenarios. So, how should one choose the appropriate type?
We can categorize types based on application scenarios:
Building Interior Applications (e.g., Walls, Ceilings): Priority should be given to flatness and environmental friendliness. It is advisable to select autoclaved high-pressure curing panels with a thickness of 6mm-12mm. This type of board has a smooth surface, meeting the "ready-to-paint" standard, and has formaldehyde emissions ≤ 0.1 mg/m³.
Humid Environments (Bathrooms, Basements, Garages): The core requirement is moisture resistance and deformation resistance. Specifically choose "Moisture-resistant Type Calcium Silicate Board". This type has a moisture content ≤ 8%, water absorption expansion rate ≤ 2%, and has passed a waterproof test (no delamination after 24-hour immersion). During installation, joints must be treated with sealant to prevent moisture ingress.
Industrial Load-Bearing Scenarios (Cable Trench Covers, Equipment Protective Plates): Requires strength and durability. It is recommended to use high-strength boards with a density of 1.2-1.5 g/cm³, possessing a flexural strength ≥ 8 MPa and a compressive strength 15~20 MPa. If applied in high-temperature environments (e.g., boilers, flues), ensure the board has high-temperature resistance, capable of withstanding temperatures above 200°C long-term without powdering.
Selecting calcium silicate board is not simply about "buying a panel" but rather a systematic decision-making process based on market needs. Making a scientific choice not only ensures project quality but also reduces long-term maintenance costs.
Several types of calcium silicate insulation materials
Calcium silicate board is a new type of inorganic building panel made primarily from siliceous materials, calcareous materials, and reinforcing fibers through a high-temperature, high-pressure process. Due to its excellent comprehensive performance, calcium silicate board finds wide application in various fields such as construction, industry, and shipbuilding.
The advantages of calcium silicate insulation materials:
1. Outstanding high-temperature resistance performance:
The usage temperature of ordinary products can reach up to 650°C, while some products with specially formulated treatments (such as hard calcium silicate type) can withstand a long-term temperature of up to 1000°C.
2. Class A Non-combustibility:
It will not catch fire in the presence of open flames or high temperatures, and can effectively prevent the spread of the fire.
3. High strength and excellent durability
The calcium silicate material has a dense structure and its mechanical strength is much higher than that of many other soft insulation materials.
4. Low thermal conductivity and excellent insulation efficiency
Within the range of 0.035 - 0.065 W/(m·K).
Silicate calcium insulation products are classified differently depending on their application scenarios. And performance requirements for calcium silicate board vary significantly across different scenarios. So, how should one choose the appropriate type?
We can categorize types based on application scenarios:
Building Interior Applications (e.g., Walls, Ceilings): Priority should be given to flatness and environmental friendliness. It is advisable to select autoclaved high-pressure curing panels with a thickness of 6mm-12mm. This type of board has a smooth surface, meeting the "ready-to-paint" standard, and has formaldehyde emissions ≤ 0.1 mg/m³.
Humid Environments (Bathrooms, Basements, Garages): The core requirement is moisture resistance and deformation resistance. Specifically choose "Moisture-resistant Type Calcium Silicate Board". This type has a moisture content ≤ 8%, water absorption expansion rate ≤ 2%, and has passed a waterproof test (no delamination after 24-hour immersion). During installation, joints must be treated with sealant to prevent moisture ingress.
Industrial Load-Bearing Scenarios (Cable Trench Covers, Equipment Protective Plates): Requires strength and durability. It is recommended to use high-strength boards with a density of 1.2-1.5 g/cm³, possessing a flexural strength ≥ 8 MPa and a compressive strength 15~20 MPa. If applied in high-temperature environments (e.g., boilers, flues), ensure the board has high-temperature resistance, capable of withstanding temperatures above 200°C long-term without powdering.
Selecting calcium silicate board is not simply about "buying a panel" but rather a systematic decision-making process based on market needs. Making a scientific choice not only ensures project quality but also reduces long-term maintenance costs.
Every year, countless construction and industrial projects face the same problem:
The insulation material looks acceptable, the price is attractive, but after installation, issues begin to appear:
Higher-than-expected energy consumption
Water absorption and reduced insulation performance
Fire safety concerns
Material deformation or deterioration
Costly maintenance and replacement
The cheapest insulation material is rarely the most economical choice.
A Better Insulation Solution Starts with the Right Material
At Myreal Energy Saving, we help contractors, distributors, and project owners select insulation materials based on actual project requirements rather than price alone.
Our product range includes:
XPS Insulation Board
For roofing, flooring, cold storage, and high-compressive-strength applications.
EPS Insulation Board
A cost-effective solution for wall insulation and building envelope systems.
Rock Wool Insulation
Ideal for projects requiring excellent fire resistance and acoustic performance.
Glass Wool Insulation
Widely used for HVAC systems, commercial buildings, and industrial facilities.
Aerogel Insulation Blanket
Advanced insulation for high-temperature and space-limited applications.
More Than a Material Supplier
Selecting insulation is not simply about purchasing a product.
Different climates, fire regulations, energy targets, and installation conditions require different solutions.
With over 10 years of experience in thermal insulation materials, we support customers worldwide with:
✓ Product selection
✓ Technical recommendations
✓ Project-based solutions
✓ Export support
✓ Reliable supply
Helping Projects Build Smarter and Greener
Whether you are working on a commercial building, industrial plant, warehouse, data center, hotel, or infrastructure project, choosing the right insulation material can significantly improve energy efficiency and long-term performance.
Looking for a reliable insulation supplier from China?
Contact our team today and let us help you find the right solution for your next project.
What Is Ceramic Foam Insulation?
Ceramic foam insulation is an advanced inorganic insulation material produced through high-temperature sintering technology.
Its porous ceramic structure provides excellent thermal insulation performance while maintaining fire resistance and durability.
Key Advantages of Ceramic Foam Insulation
1. Excellent Fire Resistance
Ceramic foam insulation is made from inorganic materials and provides excellent fire protection performance.
2. High Temperature Resistance
It can withstand high-temperature environments and is suitable for industrial thermal protection applications.
3. Lightweight and Durable
The porous structure reduces weight while maintaining mechanical strength.
4. Energy Saving Performance
The excellent insulation properties help reduce heat loss and improve energy efficiency.
Applications
Building Exterior Wall Insulation
Used in energy-saving buildings and fireproof insulation systems.
Industrial Equipment Insulation
Suitable for furnaces, kilns and high-temperature equipment.
Why Choose MYREAL Ceramic Foam Insulation?
MYREAL provides high-quality ceramic foam insulation solutions designed for different insulation requirements.
With advanced production technology and strict quality control, our products offer reliable thermal insulation performance, fire resistance and long service life.
Conclusion
Ceramic foam insulation is becoming an important solution for modern insulation applications due to its excellent thermal performance, fire safety and environmental advantages.
Contact MYREAL for professional insulation solutions.
Ceramic foam insulation is an advanced inorganic insulation material produced through high-temperature sintering technology.
Its porous ceramic structure provides excellent thermal insulation performance while maintaining fire resistance and durability.
Key Advantages of Ceramic Foam Insulation
1. Excellent Fire Resistance
Ceramic foam insulation is made from inorganic materials and provides excellent fire protection performance.
2. High Temperature Resistance
It can withstand high-temperature environments and is suitable for industrial thermal protection applications.
3. Lightweight and Durable
The porous structure reduces weight while maintaining mechanical strength.
4. Energy Saving Performance
The excellent insulation properties help reduce heat loss and improve energy efficiency.
Applications
Building Exterior Wall Insulation
Used in energy-saving buildings and fireproof insulation systems.
Industrial Equipment Insulation
Suitable for furnaces, kilns and high-temperature equipment.
Why Choose MYREAL Ceramic Foam Insulation?
MYREAL provides high-quality ceramic foam insulation solutions designed for different insulation requirements.
With advanced production technology and strict quality control, our products offer reliable thermal insulation performance, fire resistance and long service life.
Conclusion
Ceramic foam insulation is becoming an important solution for modern insulation applications due to its excellent thermal performance, fire safety and environmental advantages.
Contact MYREAL for professional insulation solutions.
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