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Refractory PCPF Block

Refractory PCPF Block

20.00 INR/Foot

Product Details:

  • Material Refractory Ceramic
  • Shape Rectangular Block
  • AI2O3(%) 42%-45%
  • Fe2O3 (%) <2.5%
  • Refractoriness 1780C 1850C
  • Characteristics High thermal resistance, Good mechanical strength, Dimensional stability
  • Color Beige / Light Brown
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Refractory PCPF Block Price And Quantity

  • 20.00 INR/Foot
  • 100 Foot

Refractory PCPF Block Product Specifications

  • High thermal resistance, Good mechanical strength, Dimensional stability
  • Refractory Ceramic
  • 1780C 1850C
  • Beige / Light Brown
  • Rectangular Block
  • <2.5%
  • 42%-45%

Refractory PCPF Block Trade Information

  • 100000 Foot Per Month
  • 1 Months

Product Description

With the accuracy, that is essential in a typical industrial environment our Refractory PCPF Block is customized to cater to high-temperature applications in different fields. Making use of high-performance compositions, we achieve the highest thermal conductivity and mechanical strength, which enables the technology to survive long and operate well. It is well-suited to thermal shock and chemical erosion which both cause deterioration in service life even in the hardest of conditions. Get Refractory PCPF Block in various customized sizes as per your needs at a reasonable price.


High Performing Refractory Ceramic Block

Engineered for thermal endurance and robustness, the Refractory PCPF Block meets rigorous industrial requirements. It features high alumina content and a low Fe2O3 percentage for long-term reliability. These blocks maintain dimensional stability and resist degradation at elevated temperatures, making them essential in industries dealing with extreme heat exposure such as steel and ceramics processing.


Versatile Applications

Suitable for kiln linings, furnace construction, incinerators, and boiler interiors, the PCPF block provides effective insulation and structural support. Its combination of mechanical strength and heat resistance makes it a versatile solution for a variety of thermal engineering systems.


Customizable and Consistent Quality

Available in standard and tailor-made dimensions, these blocks can be customized to fit specific project needs. Manufactured, supplied, and exported from India, consistent quality is guaranteed through advanced production processes and strict quality control measures.

FAQ's of Refractory PCPF Block:


Q: How does the Refractory PCPF Block enhance kiln and furnace efficiency?

A: The block's high thermal resistance and low thermal conductivity (1.3-1.5 W/mK at 1000C) reduce heat loss and improve energy efficiency, ensuring that industrial kilns and furnaces operate effectively under sustained high temperatures.

Q: What process is used in manufacturing the Refractory PCPF Block?

A: The block is manufactured from premium refractory ceramic materials, incorporating high alumina content (42%-45%) and low iron oxide (Fe2O3 <2.5%), followed by precision molding and firing to achieve optimum density, porosity, and strength.

Q: When is it appropriate to use these blocks in industrial settings?

A: These blocks should be used when reliable thermal insulation and structural durability are required, such as during the lining of kilns, rebuilding furnaces, or constructing incinerator and boiler interiors, especially where service temperatures approach 1700C.

Q: Where can custom sizes of Refractory PCPF Blocks be ordered?

A: Custom dimensions can be ordered directly from the manufacturer, supplier, or exporter in India, who offers both standard and made-to-order configurations to suit diverse application requirements.

Q: What benefits are provided by the block's low water absorption rate?

A: With water absorption below 10%, these blocks exhibit excellent resistance to moisture infiltration, minimizing the risk of thermal spalling and ensuring consistent performance in high-temperature, humid environments.

Q: Can the Refractory PCPF Block be used in areas with fluctuating thermal loads?

A: Yes, its dimensional stability and good mechanical strength ensure that it withstands frequent thermal cycling, maintaining integrity in areas with rapidly changing temperatures.

Q: What is the main advantage of its high refractoriness (1780C-1850C)?

A: The high refractoriness allows the block to retain its properties at extremely elevated temperatures, making it a dependable choice for applications exposed to severe thermal stresses.

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