Refractory Bricks

Fireclay Insulating Fire Brick (950°C)

Fireclay Insulating Fire Brick is a lightweight refractory brick designed for high thermal insulating efficiency. Composed primarily of fireclay with expanded perlite, it supports temperature applications of up to 950°C. Zenco supplies it in standard brick format for various industrial uses.

Also known as: Fireclay IFB, Insulating Firebrick (IFB), Fireclay insulating brick, Lightweight firebrick

Temperature rating
950°C
Density
800 kg/m³
Packaging
Bricks stacked on pallets · Bulk packaging options
Supply basis
Quotation against specification

About Fireclay Insulating Fire Brick (950°C)

Fireclay Insulating Fire Brick is a lightweight refractory brick designed specifically for high-temperature industrial applications. Manufactured from a premium blend of fireclay and expanded perlite, this product features a lower density compared to traditional refractory bricks. This distinction aids in simplifying installation processes while reducing structural load, making it particularly advantageous in thermal applications where weight is a critical factor. The unique formulation enhances its performance, offering a reliable alternative to standard firebrick options in demanding environments. The composition of these insulating fire bricks enhances their mechanical and thermal properties significantly. The high-quality fireclay ensures the brick's durability, while expanded perlite contributes to both low thermal conductivity and excellent resistance to thermal shock. This combination allows the bricks to maintain their structural integrity and functionality, even in fluctuating temperatures. As a result, these bricks effectively resist wear and tear in operations that expose them to severe thermal conditions. In terms of performance, fireclay insulating fire bricks are rated for temperatures up to approximately 950°C, making them suitable for a wide range of high-heat applications. The density, which varies between 400 and 800 kg/m³, provides an optimized balance of strength and reduced heat loss during operation. Moreover, the thermal conductivity of these bricks ranges from 0.13 to 0.20 W/m·K, which signifies their capacity to improve energy efficiency by effectively minimizing heat transfer. This translates to enhanced performance for the equipment utilizing these bricks in thermal management systems. Available in standard brick sizes, the insulating fire bricks can be tailored to meet specific project requirements, but buyers should confirm the desired density and quantity before ordering to ensure optimal application. Zenco Systems Ltd guarantees a reliable supply across Nairobi and throughout East Africa, facilitating prompt delivery for essential thermal management solutions.

Technical Specification

Material CompositionFireclay and expanded perlite†
Temperature Rating950°C†
Density800 kg/m³†
Thermal Conductivity0.20 W/m·K†
Compressive Strength2.0 MPa†

† Indicative figures for this material class. Grade, density and temperature rating vary between manufacturers, so these are confirmed against the manufacturer's datasheet for the grade supplied when we quote. Request the datasheet for the certified values.

Key Properties

  • Lightweight structure
  • Low thermal conductivity
  • Resistant to thermal shock
  • High dimensional stability
  • Non-combustible material
  • High resistance to mechanical stress
  • Efficient thermal insulation
  • Suitable for high-temperature applications
  • Excellent fire resistance
  • Durable in varying environments
  • Easy to handle and install
  • Low shrinkage at peak temperature

Applications

The primary application of Fireclay Insulating Fire Brick is in furnace linings within the ceramics and aluminum industries, where effective thermal insulation is essential for operational efficiency.

  • Ceramics industry furnace linings
  • Aluminum industry thermal insulation
  • Iron and steel furnace insulation
  • Non-ferrous metals processing
  • Boilers
  • Cement kilns
  • Glass industry thermal equipment
  • Petrochemical industry heating systems
  • Industrial oven linings
  • Heating systems in manufacturing
  • High-temperature control systems
  • Fire protection systems
  • Heating equipment insulation
  • Thermal barriers in kilns
  • Energy-efficient construction materials

Industries served

CeramicsAluminumIron and SteelNon-ferrous MetalsBoilers / Power generationCementGlassPetrochemical

Forms, Sizes & Packaging

Packaging

Standard brick format

Supply Region

Kenya, East Africa

Supplier

Zenco Systems Ltd

Packaging options

  • Bricks stacked on pallets
  • Bulk packaging options
  • Custom quantities available

Selection & Installation Guidance

Fireclay Insulating Fire Brick is often compared against denser fireclay refractory bricks designed to endure higher temperatures and loads. While insulating fire bricks offer lightweight benefits and adequate thermal insulation for mid-range temperature applications up to 950°C, denser bricks usually surpass 1700°C but result in higher weight and cost. In applications where extreme temperatures and load-bearing requirements exceed 950°C, opting for high-density refractory bricks is advisable, whereas fireclay insulating bricks are better for cost-efficiency in moderate temperature settings.

Installation

Install using appropriate anchoring systems.

Fireclay Insulating Fire Brick, commonly known as insulating firebrick (IFB), is an advanced thermal insulation product specifically engineered for high-temperature applications. These lightweight bricks are primarily composed of fireclay, often enriched with expanded perlite to enhance their insulating properties. Typically supplied in standard brick sizes without significant packaging, they can be ordered in bulk, catering to diverse industrial needs across East Africa. In specific applications, fireclay insulating firebricks play critical roles in various industrial processes. For instance, in the ceramics industry, they are vital for lining kilns where precise temperature control is essential during shaping and firing processes. In aluminum production, these bricks offer essential thermal insulation for melting and casting furnaces, optimizing energy consumption while maintaining effective thermal management. Similarly, in power generation systems, particularly within boiler applications, fireclay bricks contribute to significant insulation that safeguards equipment longevity and performance. Other noteworthy applications include cement kilns, glass industry thermal equipment, and heat-resistant structures in petrochemical heating systems, ensuring that operations remain efficient and reliable. Available in multiple grades, such as FP-0.4 (with a density of 400 kg/m³ and a service temperature of up to 900°C) and FP-0.8 (with a density of 800 kg/m³ and a service temperature of 950°C), these insulating firebricks enable customized solutions based on specific operational requirements. The selection of the right type of brick is crucial; for example, those requiring lightweight insulation with sufficient strength ratings can consider FP-0.5 or FP-0.65, which exhibit densities of 500 kg/m³ and 650 kg/m³ respectively, along with cold crushing strengths between 1.0 to 2.0 MPa, suitable for various load-bearing applications. At Zenco Systems Ltd, we recognize the importance of efficient stockholding and prompt delivery, positioning us to meet the growing demand for fireclay insulating firebricks in Nairobi and the region. Our team is ready to assist clients in finding the most suitable options tailored to their specific needs, whether in ceramics, aluminum, or cement industries. Contact us today for a quotation to explore how our insulating firebricks can enhance the thermal efficiency of your operations.

Safety & Handling

Store bricks in a dry and covered area to protect against moisture. Use PPE like gloves and masks during handling. Limit stacking height to prevent structural damage.

Documentation

The manufacturer's technical datasheet and safety data sheet for the grade supplied are issued with every quotation, and name the certified values for this material.

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Frequently Asked Questions

What is the maximum continuous service temperature?

The continuous service temperature is approximately 950°C.

What are the density options for this brick?

Density options range from 400 kg/m³ to 800 kg/m³, depending on the grade.

What industries commonly use insulating fire bricks?

Common industries include ceramics, aluminum, cement, and petrochemical.

Can you customize the size of these bricks?

Size customization is available; please contact us with your specifications.

What is the thermal conductivity of these bricks?

Thermal conductivity ranges from 0.13 to 0.20 W/m·K at 350°C.

How should the bricks be installed?

For best results, install using appropriate anchors and seals for thermal efficiency.

Request a Quotation for Fireclay Insulating Fire Brick (950°C)

Tell us the grade, dimensions and quantity you need and we will come back with a price, the manufacturer's datasheet and lead time for your order.

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