Fiberglass Insulation Blanket

Fiberglass Insulation Blanket
Details:
This blanket is engineered by combining glass fiber with silica aerogel, leveraging the exceptional thermal resistance of aerogels and the structural stability of fiberglass. It is designed to deliver superior insulation performance across various industrial and commercial applications, standing out for its efficiency and durability.
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Description
Technical Parameters
 
 

Outstanding Thermal Insulation

Benefiting from the ultra-low thermal conductivity of aerogels, the blanket provides excellent heat resistance, making it highly effective in minimizing heat transfer.

 
 

Structural Strength

The incorporation of glass fiber enhances the blanket's tensile strength and dimensional stability, ensuring it maintains integrity during installation and long-term use.

 
 

Sustainability Focus

Aligning with Runhui's commitment to environmental responsibility, the product is developed with sustainable materials, supporting energy efficiency and reducing environmental impact.

 
 

Versatility

Suitable for diverse scenarios due to its adaptable properties, it can be applied in various settings requiring reliable thermal insulation.

 
Product pictures & company introduction
Fiberglass Insulation Blanket
Fiberglass Insulation Blanket
Fiberglass Insulation Blanket
Fiberglass Insulation Blanket

Zhejiang Runfew New Material Co., Ltd., a pioneer in China's special functional paper and aerogel insulation material sector, brings strong R&D capabilities to this product.

 

We operates a key laboratory for special fiber paper-based functional material technology and a new materials research center, holding multiple invention patents. Equipped with both wet and dry manufacturing production lines, it ensures high-quality and scalable production.

 

Application Scenarios

 

While specific application details for this particular blanket are not fully specified, it is part of Runhui's broader range of insulation solutions, which are typically used in industries such as construction, electronics, and industrial equipment. Its design suggests suitability for environments where efficient thermal insulation, structural reliability, and sustainability are priorities.

 

 

For more detailed specifications or tailored information, interested parties can contact Runhui via their official channels:

phone +8613957138926 or email sales@runfew.com.

 

Frequently Asked Questions
 
 

The following are customer questions we often encounter. We have made a quick response list for you to find. If you have more detailed requirements, please send an inquiry to our official customer service.

How effective is it at heat loss in industrial facilities?

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It is highly effective at reducing heat loss. Composed of fine glass fibers that trap air within their structure, it creates a strong thermal barrier. This barrier slows down the transfer of heat through conduction, convection, and radiation, making it ideal for insulating pipes, boilers, tanks, and industrial equipment. In facilities where maintaining consistent temperatures is critical, such as manufacturing plants or power stations, it can significantly lower energy consumption by minimizing heat escape, leading to reduced operational costs.

How easy is it to install in complex or irregularly shaped spaces?

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It is relatively easy to install in complex or irregular spaces. Its flexible and pliable nature allows it to conform to curved surfaces, tight corners, and uneven shapes, which is a key advantage over rigid insulation materials. It can be cut to custom sizes with standard tools, enabling precise fitting around pipes, valves, and other equipment components.

What is its durability in harsh industrial environments?

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It exhibits strong durability in harsh industrial settings. The glass fibers are resistant to high temperatures, moisture, and many chemicals, ensuring it maintains its insulating properties over time. It is also less prone to degradation from vibration or mechanical stress compared to some organic insulation materials. When properly installed with protective coverings (such as metal jackets or vapor barriers), it can withstand exposure to dust, oils, and extreme temperature fluctuations, providing long-term insulation performance without frequent replacement.

How does it contribute to energy efficiency and sustainability goals?

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It contributes significantly to energy efficiency and sustainability. By reducing heat loss, it lowers the energy required to heat or cool industrial spaces and equipment, which in turn decreases greenhouse gas emissions from fossil fuel consumption. Many glass fiber insulation blankets are made from recycled glass materials, reducing the demand for virgin resources.

What customization options are available to meet specific industrial insulation needs?

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It offers various customization options. Manufacturers can adjust thickness, density, and width to match specific thermal performance requirements-thicker blankets for high-heat applications, for example. It can also be reinforced with scrims (fibrous webs) for added strength or treated with fire-retardant coatings for enhanced safety. These customizations ensure it can address the unique insulation needs of diverse industries, from power generation to chemical processing.

 

 

 

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