Low thermal conductivity silica aerogel insulation blanket for roof and building

Description

Aerogel Blanket is one flagship product of our company. It is made by compounding Silica aerogel and fiberglass as the basal. It has excellent insulation property, surface hydrophobicity and flame retardant property. Its thermal conductivity coefficient at the normal temperature is about 0.016W(m.k), which is lower than still air. And its hydrophobic rate can reach 99% under normal temperature. It also has excellent flame retardant performance, the fire rate meets the National Standard A1 level. And its working temperature range is widely. Generally, it can work normally in -200℃-650℃ according to the different requirement. In addition, it is easy to cut and install at construction site.

Specification

Features

• Aerogel Blankets has excellent physical and chemical stability due to silica and glass fiber being the main constituents. These constituents are highly stable and durable at acidic or alkaline mediums and to radiation or electromagnetic waves.
• Aerogel Blankets has excellent thermal insulation – approximately between 2-5 times better than traditional insulation products. This results in wide space for lowering product’s thickness and stability with longer lifetime.
• Aerogel Blankets are water repellent.
• Aerogel Blankets fire behaviour are incombustible according to A1.

Application

1. Industrial Applications:

Used in industrial equipment such as boilers, furnaces, and kilns to enhance energy efficiency and reduce heat loss.

Applied in high-temperature industrial processes for insulation and thermal management.

2. Automotive:

Integrated into vehicles for insulating engine components, exhaust systems, and battery packs to improve efficiency and performance.

Used in high-performance vehicles to reduce weight while providing effective insulation.

3. Building Insulation:

Used in walls, roofs, and floors of buildings to improve energy efficiency and reduce heating and cooling costs.

Applied in windows to enhance thermal insulation while allowing natural light transmission.

4. Heritage Conservation:

Utilized in museums and historical buildings to regulate temperature and humidity levels for artifact preservation.

Used in the conservation of sensitive historical materials and structures.