News
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Can ceramic fiber boards be cut?
In the insulation installation of industrial furnaces and thermal equipment, engineers often ask: “Can ceramic fiber boards be cut?” The answer is yes. Not only can ceramic fiber boards be cut, but their machinability directly determines installation efficiency and the dimensional stability of th...Read more -
CCEWOOL® Refractory Fiber Board Boosts Reheating Furnace Efficiency with Low-Thermal-Conductivity Technology
In the steel heating process, the homogenizing furnace plays a crucial role in reheating billets to the rolling temperature and maintaining temperature uniformity. Operating typically between 1100–1300°C, it is one of the most energy-intensive pieces of equipment in a steel plant. How to reduce...Read more -
Can refractory ceramic fiber board be touched?
In industrial production and building insulation, refractory ceramic fiber boards are widely used. With its excellent high-temperature resistance and insulation performance, CCEWOOL® Refractory Ceramic Fiber Board has become a “star material” in many high-temperature environments. However, a seem...Read more -
The Practice of “Low Conductivity, Heat Resistance, and Energy Saving” in ceramic insulation board
In the steel industry, the hot blast stove of a blast furnace is a core unit that ensures efficient ironmaking. Its furnace walls are exposed year-round to extreme temperatures of around 1000℃. For a long time, traditional calcium silicate boards have been widely used for wall insulation, but in ...Read more -
What is bio soluble fiber blanket made of?
In modern high-temperature industrial applications, the choice of insulation material directly affects production safety, energy efficiency, and compliance costs. As a new generation of alkaline earth silicate (AES) ceramic fiber products, CCEWOOL® bio soluble fiber blanket not only inherit the e...Read more -
CCEWOOL® LBP Fiber Blanket – A Safer Alternative for Expansion Joints in Anode Baking Furnaces
In the aluminum industry, the anode baking furnace (ABF) is a critical piece of equipment that directly impacts production efficiency and product quality. The expansion joints of ABFs are subjected year-round to extreme conditions: temperatures exceeding 1200°C and frequent thermal cycling. These...Read more -
Why Use Ceramic Fiber Board in Ring-Type Quenching Furnaces?
In continuous high-temperature heat treatment systems such as ring-type quenching furnaces, the thermal stability and insulation efficiency of the lining structure directly impact equipment lifespan and operating costs. Under extreme conditions of 1000–1100°C, weak reducing atmospheres, and slig...Read more -
Why Is CCEWOOL® Ceramic Fiber Board Ideal for Coke Oven Insulation?
In metallurgical coke oven systems, the coking chamber and regenerator operate continuously at extreme temperatures ranging from 950–1050°C, exposing the structure to sustained thermal loads and mechanical stress. CCEWOOL® refractory ceramic fiber board, known for its low thermal conductivity, hi...Read more -
Why Are Ceramic Fiber Boards Ideal for Furnace Back-Up Insulation?
In high-temperature industrial systems, insulation materials must endure not only sustained heat but also frequent thermal cycling, structural loads, and maintenance challenges. CCEWOOL® Ceramic Fiber Board is engineered precisely for such demanding environments. As a high-performance refractory ...Read more -
Why Is Thermal Shock Resistance Crucial for Ceramic Fiber Boards?
In modern high-temperature industrial equipment, frequent operations such as system startups and shutdowns, door openings, heat source switching, and rapid heating or cooling have become routine. For ceramic fiber boards, the ability to withstand such thermal shock is critical to maintaining the ...Read more -
Is ceramic fiber board used for insulation?
In most industrial furnace systems, ceramic fiber boards are widely used for insulation in hot-face zones. However, the true measure of their reliability isn’t simply their labeled temperature rating—it’s whether the material can maintain structural integrity during continuous high-temperature op...Read more -
What is ceramic bulk?
In high-temperature engineering, “ceramic bulk” is no longer just a generic filler. It has become a critical component that influences system sealing, insulation performance, and operational reliability. A truly high-quality ceramic bulk must combine strong structural adaptability with the abilit...Read more -
Is ceramic fiber safe?
Can Ceramic Fiber Be Touched? Yes, ceramic fiber can be handled, but it depends on the specific product type and application scenario. Modern ceramic fiber materials are produced with high-purity raw materials and optimized manufacturing processes, resulting in more stable fiber structures and lo...Read more -
What is ceramic fiber used for?
In today's high-temperature industries—such as heat treatment, aluminum processing, and steel production—the expectations for insulation materials have evolved beyond simple heat resistance. Materials must now withstand complex geometries, frequent thermal cycling, and deliver measurable energy s...Read more -
What is the use of ceramic wool?
In high-temperature industrial and thermal processing environments, Ceramic Wool Fiber is far more than a general-purpose insulation material. Its lightweight nature, flexibility, and superior thermal performance make it an essential component in demanding applications, playing a critical role in...Read more -
Is ceramic fiber insulation flammable?
In industrial high-temperature applications and building fire protection systems, the fire resistance of insulation materials is a critical indicator. A frequently asked question is: Will ceramic fiber insulation burn? The answer is: No. Ceramic fiber insulation products, represented by CCEWOOL®...Read more -
New CCEWOOL® Goods Have Arrived at the North American Warehouse with Stable Pricing and Factory Direct Supply
With years of industry experience and a global perspective, CCEWOOL® strategically completed its inventory deployment in North America well before the recent tariff policy adjustments. We are not only a global manufacturer of high-temperature insulation materials but also a local supplier with pr...Read more -
How Does CCEWOOL Ceramic Fiber Blanket Boost Performance in Blast Furnace and Hot Blast Stoves?
In modern steelmaking, the hot blast stove is a key piece of equipment for providing high-temperature combustion air, and its thermal efficiency directly affects fuel consumption and overall energy use in the blast furnace. Traditional low-temperature insulation materials such as calcium silicate...Read more -
How Does CCEWOOL Thermal Insulation Blanket Optimize Pusher-Type Continuous Heating Furnace?
The pusher-type continuous heating furnace is a commonly used continuous heating device in the metallurgical industry, widely applied for reheating initial rolled billets such as steel billets and slabs. The structure is typically divided into preheating, heating, and soaking zones, with maximum ...Read more -
How Does CCEWOOL Ceramic Fiber Insulation Roll Improve Soaking Furnace Efficiency and Cut Heat Loss?
The soaking furnace is a key metallurgical unit used for reheating steel ingots prior to hot rolling, ensuring uniform temperature distribution. This type of furnace typically features a deep-pit structure and operates intermittently under variable temperatures, with working temperatures reaching...Read more -
Why Choose CCEWOOL® Ceramic Fiber Blanket to Improve the Energy Efficiency of Rotary Hearth Furnaces?
Rotary Hearth Furnaces are a typical form of continuous high-temperature heating equipment, mainly used for heating steel billets prior to forging or rolling. These furnaces typically operate at around 1350°C, with a structure that includes a rotating furnace bottom and an annular heating chamber...Read more -
How to choose a car bottom furnace lining with insulation and stability?
Car bottom furnaces are widely used in the metallurgical industry for heat treatment and heating processes. Based on different process requirements, they can be categorized into heating furnaces (1250–1300°C) and heat treatment furnaces (650–1150°C). With the growing emphasis on energy efficiency...Read more -
Why is CCEWOOL® High-Temp Ceramic Fiber Block Ideal for Bell Furnaces?
Bell-type furnaces are widely used in metallurgy, steel, and aluminum processing industries due to their excellent temperature control and broad application range. The choice of furnace lining material directly impacts thermal efficiency, service life, and operating costs. CCEWOOL® High Temp Cera...Read more -
How do CCEWOOL® ceramic fiber blocks improve flare chamber efficiency?
Operating Conditions and Lining Requirements of Flare Combustion Chambers Flare combustion chambers are critical equipment in petrochemical plants, responsible for processing combustible waste gases. They must ensure environmentally compliant emissions while preventing the accumulation of flammab...Read more -
How to use CCEWOOL® ceramic fiber insulation block in cracking furnace?
The cracking furnace is a key piece of equipment in ethylene production, operating at temperatures as high as one thousand two hundred sixty degrees Celsius. It must withstand frequent startups and shutdowns, exposure to acidic gases, and mechanical vibrations. To reduce energy consumption and ex...Read more -
How to Improve Durability of a Hydrogenation Furnace?
Working Environment and Lining Requirements of Hydrogenation Furnace The hydrogenation furnace is an essential raw oil refining equipment in the petrochemical industry. Its furnace temperature can reach up to 900°C, and the atmosphere inside is usually reducing. To withstand high-temperature impa...Read more -
How to improve the efficiency and durability of the primary reformer?
The primary reformer is a key piece of equipment in the production of synthetic components and is widely used in the conversion process of natural gas, field gas, or light oil. The refractory lining inside the primary reformer must withstand high-temperature, high-pressure environments, possess e...Read more -
How to improve the thermal efficiency of a carbon reactor?
Carbon reactors are widely used to convert industrial emissions into alternative fuels or chemicals. Due to the high-temperature operating requirements, they must be equipped with an efficient high-temperature insulation system to ensure stable and efficient operation, reduce energy consumption, ...Read more -
What is the composition of a 1260°C ceramic fiber board?
In high-temperature industrial environments, ceramic fiber boards are essential insulation materials, with their performance directly impacting the thermal efficiency and safety of equipment. The 1260°C ceramic fiber board, known for its outstanding high-temperature performance and excellent ther...Read more -
What is refractory ceramic fiber board used for?
Refractory Ceramic Fiber Board is a high-performance insulation material designed for high-temperature environments. With superior thermal stability and excellent heat resistance, it is widely used in industrial and construction applications. CCEWOOL® Refractory Ceramic Fiber Board, renowned for ...Read more
