RCF Board MD 2300

Temperature Grade

1260℃ (2300℉)

Chemistry

Alumina, Silica

Designed to meet the stringent demands of modern industry, CCEWOOL® Ceramic Fiber Board MD 2300 exhibits high strength and rigidity while providing excellent insulation performance and high-temperature stability.

Get a Quote

CCEWOOL® RCF Board MD 2300

CCEWOOL® Ceramic Fiber Board MD 2300 is produced from high-purity alumina-silicate fibers with a certain proportion of inorganic or organic binders added. It is manufactured through processes such as pressing, curing, shaping, longitudinal and transverse cutting, resulting in a rigid board with outstanding performance. 

CCEWOOL® Ceramic Fiber Board MD 2300 is designed to meet the demanding requirements of modern industry, offering high strength and rigidity while exhibiting excellent insulation properties and high-temperature stability. The surface of CCEWOOL® Ceramic Fiber Board MD is flat, and it is available in various standard thicknesses for selection.

Benefits

  • Perfect Combination of High Strength and Insulation Performance

    Designed to meet the rigorous demands of modern industry, this product offers high strength and rigidity while delivering exceptional insulation and high-temperature stability, ensuring long-lasting, reliable performance even in extreme environments.

  • Fully Automated Production for Enhanced Precision and Stability

    Utilizing fully automated CNC equipment, our ceramic fiber boards achieve superior stability, flatness, and dimensional accuracy compared to traditional vacuum-forming methods, ensuring consistently outstanding product performance.

  • Efficient Drying for Consistent Quality

    Through a fully automated drying system, each product undergoes deep, uniform drying within two hours, ensuring compressive and flexural strengths above 0.3 MPa, enhancing overall quality and durability.

  • Precision Cutting with Zero Tolerance

    With fully automated CNC machinery, we can cut boards to precise specifications and shapes required by clients, ensuring near-zero dimensional error, meeting the demands of high-precision applications.

Features of Ceramic Fiber Board MD 2300

  • Low heat capacity, low thermal conductivity

    This board exhibits very low capacity to retain heat and minimal thermal conductivity, ensuring efficient thermal insulation to conserve energy and maintain temperature stability.

  • Non-brittle material, good elasticity

    This board is crafted from a non-brittle material with excellent elasticity, ensuring durability under mechanical stress without risk of fracturing or breaking, which is crucial for long-term performance in industrial environments.

  • High compressive strength

    It exhibits high compressive strength, allowing it to withstand significant pressure without deforming or compromising its structural integrity, making it suitable for applications requiring robust support and load-bearing capabilities.

  • Excellent wind-erosion resistance, long service life

    It offers excellent resistance to wind erosion and other environmental factors, contributing to an extended service life and maintaining performance integrity in harsh outdoor or exposed conditions.

  • Excellent thermal stability and thermal shock resistance

    It exhibits exceptional thermal stability and resistance to thermal shock, maintaining structural integrity and performance reliability even in environments with fluctuating temperatures, ensuring consistent insulation effectiveness.

  • Continuous production, even fiber distribution and stable performance

    Produced using a continuous manufacturing process, this board guarantees uniform distribution of fibers and stable performance, ensuring reliable insulation properties and ease of installation across various applications.

Application of Ceramic Fiber Board MD 2300

Comprehensive Solutions for Industrial Refractory and Insulation Applications

High temperature kiln and furnace linings;
Rigid high temperature gaskets and seals;
Heat shields;
Gas boiler combustion chamber linings;
Furnace hot face lining in ceramic kiln, box furnace & petrochemical furnace;
Use in industrial heat processing equipment;
High-temperature baffles & muffles;
Flue & chimney linings in furnaces & kilns;
Industrial heat shields & thermal barriers.

Specifications & Sizes

CCEWOOL® RCF Board MD 2300

Classification Temperature 1260℃(2300℉)
Operation Temperature 1050℃(1922℉)
Color white
Loss of lgnition (%) ≤6
Permanent Linear Shrinkage (%) 1050℃x24h≤3.0
Modules of Rupture (MPa) ≥0.3
Compressive Strength (MPa,10% relative deformation)
        300kg/m3 ≥0.25
        360kg/m3 ≥0.3
Thermal Conductivity (w/m.k)
               400℃ 0.08
               600℃ 0.11
               800℃ 0.14
              1000℃ 0.19
Chemical Composition (%)
Al2O3 ≥44
SiO2 ≥52
ZrO2 -
Package Carton box or pallet

CCEWOOL® RCF Board MD 2300

Thickness (mm) 20.25.50.80.100
Size (mm) 1200×1000 or customized size

CCEWOOL® RCF Board MD 2300

Thickness (in) 4/5”,1”,2”,3”,4”
Size (in) 47”×40” or customized size

Custom size are available.Contact Us

Resources Downloads

Adhere to Strict Quality Control System

CCEWOOL® products have won a number of authoritative certifications, including rach certification, Fraunhofer laboratory certification and CE certification, which fully prove the excellent quality of our products. These certificates are not only a strong guarantee of the quality of our products, but also ensure a worry-free process for your order. If you need to know more certification details or request relevant certificates, please feel free to contact us!

Contact Us Now

Connect With Us For Project Support!

If you would like more information, please leave your contact details, and one of our experts will get in touch with you as soon as possible to provide you with energy-saving products and tailored solutions.

    North American
    Warehouse Direct Sales

    Our warehouses located in Charlotte, USA, and Toronto, Canada, are well-equipped with ample stock, enabling us to offer efficient and convenient delivery options to our customers throughout North America