What are the core advantages of high-temperature resistant calcium silicate board?

Release Time: 2025-08-05

In the field of industrial insulation refractory materials, high-temperature resistant calcium silicate board has become a "protective guard" in high-temperature environments due to its excellent performance. As a company that has been deeply involved in the insulation and refractory materials industry for more than 40 years, Rosewool's high-temperature resistant calcium silicate board has become the preferred material for many industrial projects due to its multiple core advantages.

Ultimate high temperature resistance, building a strong safety defense line

The core advantage of high-temperature resistant calcium silicate board lies in its excellent high-temperature resistance. The high-temperature resistant calcium silicate board of Rosewool is made using a special process, which can maintain structural stability even in continuous high temperature environments up to 1050 ℃, without deformation, cracking and other problems. This characteristic makes it play an irreplaceable role in high-temperature operation scenarios such as metallurgy, power, and petrochemicals. Compared with traditional insulation materials, it can effectively block heat transfer, control the surface temperature of equipment within a safe range, reduce the damage of high temperature to equipment, and create a safe working environment for operators. After testing by professional testing institutions, its high temperature resistance far exceeds industry standards, providing a solid guarantee for the safe operation of industrial production.

Excellent thermal insulation, helping to save energy and reduce consumption

Good thermal insulation performance is another highlight of high-temperature resistant calcium silicate board. Rosewool has significantly reduced the thermal conductivity of its products through advanced nanotechnology improvements, effectively reducing heat loss. In the insulation engineering of industrial kilns, boilers and other equipment, the use of this board can significantly improve the thermal efficiency of the equipment and reduce energy consumption. Taking a large power plant as an example, after adopting Rosewool high-temperature resistant calcium silicate board, the equipment heat loss is reduced by more than 30%, which can save a lot of energy costs every year. This not only conforms to the current concept of green and low-carbon development, but also brings tangible economic benefits to enterprises.

High strength structural design, suitable for complex environments

In addition to high temperature resistance and thermal insulation performance, Rosewool high-temperature resistant calcium silicate board also has high-strength structural characteristics. The product uses high-quality raw materials and advanced molding processes, with excellent compressive and flexural strength, and can withstand certain external impacts and vibrations. Even in complex industrial environments, it can maintain stable performance and is not easily damaged. At the same time, the material of the board is uniform, with high dimensional accuracy, easy to cut and install, and can adapt to the styling requirements of different equipment, greatly improving construction efficiency. Whether it is the overall insulation of large industrial kilns or the local insulation of small pipelines, it can be easily handled.

Green and environmentally friendly characteristics, practicing sustainable development

In today's increasingly deeply rooted environmental protection concept, the green and environmentally friendly characteristics of Rosewool high-temperature resistant calcium silicate board are highly favored. In the production process of the product, strict adherence to environmental standards and the use of asbestos free formulas have eliminated the harm of asbestos to human health and the environment from the source. The board will not release harmful gases during use and can be recycled after disposal, which meets the development requirements of circular economy. This feature allows it to be used with confidence in industries with high environmental requirements such as food processing and pharmaceuticals, fully reflecting Rosewool's commitment to environmental responsibility.

Long lasting and durable quality, reducing overall costs

Strong durability is another important advantage of Rosewool's high-temperature resistant calcium silicate board. The product has good corrosion resistance and aging resistance, and can still maintain a long service life in humid, acid and alkali and other harsh environments. Compared with traditional materials, its replacement cycle is longer, which can reduce the labor and material costs caused by frequent maintenance and replacement. Long term use can significantly reduce the overall cost of the project. Over the years, numerous projects using Rosewool high-temperature resistant calcium silicate board have provided feedback that the product's service life far exceeds expectations, saving the company a significant amount of maintenance costs.

Technical parameters of calcium silicate insulation board

Items \ Product	Calcium silicate board
Classified Tem (℃)	1000℃/1832℉
Density (kg/m³)	200-500
Bending Strength (Mpa)	≥0.5
Conpressive Strength (Mpa)	≥0.9
Thermal Conductivity （w/m.k）	≤0.056
Linear Shrinkage （%）	≤1.5
Max. working Tem. (℃)	650/1000/1100
Size (mm)	1000500/600300

Rosewool high-temperature resistant calcium silicate board has set a benchmark in the field of industrial insulation and fire resistance with its ultimate high-temperature resistance, excellent thermal insulation effect, high-strength structural design, green and environmentally friendly characteristics, and long-lasting durability. Choosing Rosewool means choosing a safe, efficient, and environmentally friendly insulation solution.

Previous Back to list

Also Read

The Benefits of Using Ceramic Fiber Blankets: Why Industries Are Switching to This High-Temp Superstar

Ceramic fiber blankets have become the go-to insulation solution for industries battling extreme heat, energy inefficiency, and safety challenges. this lightweight, high-performance material is replacing traditional refractories like mineral wool and firebrick. Here’s a deep dive into the 7 key benefits driving this shift, supported by technical data, real-world applications, and cost analysis.

ceramic fiber insulation baffle fire blanket

What is Ceramic Fiber Blanket? A Comprehensive Guide to High-Temperature Insulation

A ceramic fiber blanket is a flexible, lightweight, and highly efficient insulation material primarily designed to withstand extreme temperatures. It is crafted from ceramic fibers, which are composed mainly of aluminum silicate. These fibers are processed and woven together to form a soft, textile - like material that resembles a traditional blanket, hence the name. The unique structure of ceramic fiber blankets enables them to provide excellent thermal insulation while also offering flexibility and ease of installation.

The Diverse Applications of Ceramic Fiber Blankets: A Revolutionary Material for High-Temperature Environments and Beyond

Ceramic fiber blankets, composed primarily of aluminum oxide (Al₂O₃) and silica (SiO₂), are innovative inorganic refractory materials renowned for their high-temperature resistance, low thermal conductivity, corrosion resistance, and lightweight flexibility. These properties have made them indispensable in industrial energy conservation, architectural insulation, fire safety, and specialized environmental protection. This article explores ten core applications of ceramic fiber blankets, supported by 2025 technological advancements and real-world case studies.

What are the core advantages of high-temperature resistant calcium silicate board?

Technical parameters of calcium silicate insulation board

Also Read

​The Benefits of Using Ceramic Fiber Blankets: Why Industries Are Switching to This High-Temp Superstar​

What is Ceramic Fiber Blanket? A Comprehensive Guide to High-Temperature Insulation

The Diverse Applications of Ceramic Fiber Blankets: A Revolutionary Material for High-Temperature Environments and Beyond

Send Enquiry Now

The Benefits of Using Ceramic Fiber Blankets: Why Industries Are Switching to This High-Temp Superstar