Ceramic Fiber Insulation Products
Industrial Applications
Heat treatment industry
Iron & Steel industry
Petrochemical industry
Glass industry
Environmental protection industry
Transportation industry
Electricity industry
Nonferrous industry
Building materials industry
High-Temperature Insulation by Shandong Redon
Ceramic fiber blankets, boards and modules for your furnace lining requirements
Ceramic Fiber Insulation
for Industrial Furnaces
Select insulation to suit your temperature, furnace design and operating conditions
Reduced Heat Loss
Low thermal conductivity and low heat storage help reduce heat loss in industrial furnaces. Actual energy savings depend on the lining design, operating temperature and production cycle.
Low Heat Storage
Low heat storage can support heating and cooling cycles. Temperature response depends on the complete furnace lining, heating system and process controls.
Lightweight Insulation
Lightweight ceramic fiber insulation helps reduce the weight of the furnace lining and its supporting structure. Required thickness depends on the furnace design and operating conditions.
Practical Installation
Lightweight blankets, boards and modules can simplify handling and installation. Installation time and commissioning requirements depend on the furnace design, anchoring system and site conditions.
Thermal Shock Resistance
Ceramic fiber insulation accommodates heating and cooling cycles. Service life depends on material grade, operating temperature, furnace atmosphere and correct installation.
Options for Your Application
Choose from ceramic fiber blankets, boards and modules for different lining requirements. Share your operating temperature, furnace atmosphere and dimensions to discuss material selection.
Our Project Support Process
From material selection to delivery and project follow-up
01
Confirm furnace type, dimensions and operating temperature
02
Confirm lining design and insulation material
03
Confirm drawings, production schedule and installation timeline
04
Agree commercial terms, technical scope and confidentiality requirements
05
Produce to agreed specifications
06
Confirm installation team and responsibilities
07
Review site conditions and installation requirements
13
Follow up on furnace operation
12
Provide maintenance guidance
11
Review customer feedback
10
Installation inspection before commissioning
09
Install the furnace lining
08
Arrange packing and delivery
Our Capabilities
Technical Insights
Ceramic Fiber Textiles Explained: How a Flexible Fabric Withstands Over 1000°C
In industries such as metallurgy, petrochemicals, and aerospace, thermal insulation materials directly impact energy efficiency, equipment reliability, and worker safety. Traditional options like asbestos have been largely phased out due to health concerns, while others (e.g., mineral wool or refractory bricks) are either too heavy or too thick for many applications. Ceramic fiber textiles offer a different approach. They combine
What are the advantages of nano aerogel compared with aluminum silicate ceramic fiber?
As a new thermal insulation material, nano aerogel shows significant advantages in many aspects compared with aluminum silicate ceramic fiber. First, nano aerogel has an extremely low thermal conductivity, usually between 0.022-0.038W/(m • K), which is 2-10 times lower than traditional thermal insulation materials, making its thermal insulation performance extremely excellent. In contrast, although aluminum silicate ceramic fiber also has
Shandong Redon Heat-Resisting Material Co., Ltd.
