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Precast Refractory Shapes

Engineered Precast Solutions for High-Temperature Applications

Applied Refractory designs and manufactures custom precast refractory shapes for a wide range of industrial applications. Produced from premium refractory materials, our precast components deliver exceptional strength, thermal efficiency, and dimensional accuracy for furnaces, heaters, boilers, kilns, incinerators, and process equipment operating in demanding environments.

Our in-house manufacturing capabilities allow us to provide custom-engineered solutions designed to improve installation efficiency, extend service life, and reduce maintenance costs.

Custom Precast Capabilities

We manufacture a broad range of precast refractory components, including:

Each shape is engineered to meet the specific thermal, mechanical, and dimensional requirements of your application.

Benefits

Burner Blocks

Burner blocks are designed to protect burner assemblies while optimizing combustion performance in furnaces, heaters, boilers, and kilns. Manufactured from high-quality refractory materials, our burner blocks provide outstanding resistance to thermal cycling, flame impingement, abrasion, and corrosive environments.

Features & Advantages

Typical Applications

Peep Sites & Viewing Ports

Our precast peep sites and viewing ports provide operators with safe, reliable visibility into high-temperature equipment. Designed for durability and long service life, these components maintain structural integrity while allowing efficient process monitoring and inspection.

Benefits

Typical Applications

Specialty Shapes & Configurations

Many refractory systems require components that cannot be effectively constructed using standard brick or castable installations. Applied Refractory manufactures specialty precast shapes engineered to fit complex geometries and unique operating requirements.

Available Configurations

Advantages

Custom Solutions for Unique Applications

No two operations are exactly alike. That’s why Applied Refractory works closely with customers to develop custom precast refractory solutions tailored to their specific requirements. Whether replacing obsolete components, upgrading existing systems, or supporting new construction projects, our team can provide engineered solutions designed for maximum reliability and performance.

Why Choose Applied Refractory?

When you choose Applied Refractory, you’re partnering with a company that prioritizes quality, innovation, and customer satisfaction. Here’s why our customers trust us:

Contact Applied Refractory today to discuss your custom precast refractory requirements.

Insulating Fire Brick (IFB)

Temperature Classifications: 2300°F – 3200°F

Applied Refractory supplies a complete range of Insulating Fire Brick (IFB) products designed to deliver exceptional thermal efficiency, low heat storage, and reliable performance in high-temperature industrial applications. Lightweight and durable, IFBs are commonly used in furnaces, heaters, kilns, reactors, boilers, and other thermal processing equipment where reducing heat loss and improving energy efficiency are critical.

Our insulating fire brick products are available in temperature classifications ranging from 2300°F to 3200°F, allowing customers to select the ideal material for their specific operating conditions. Whether used as a primary hot-face lining or as backup insulation behind dense refractory materials, IFBs help lower fuel consumption, reduce shell temperatures, and improve overall equipment performance.

Applied Refractory offers a variety of standard sizes and grades, including 2300°F, 2600°F, 2800°F, 3000°F, and 3200°F classifications. Products are available for applications requiring enhanced thermal shock resistance, low thermal conductivity, high mechanical strength, and superior resistance to chemical attack.

Common Applications

Key Benefits

From routine maintenance projects to complete furnace relines, Applied Refractory provides insulating fire brick solutions engineered to maximize thermal efficiency, reliability, and service life in demanding industrial environments.

Available Grades

Refractory Hardware

Applied Refractory supplies a complete range of refractory hardware designed to support ceramic fiber, brick, and monolithic refractory systems in demanding high-temperature environments. Serving refineries, petrochemical facilities, power plants, steel mills, and industrial manufacturers, we provide dependable hardware solutions engineered for durability, performance, and long service life.

Our product offering includes refractory anchors, brick tie-backs, weld studs, shoot-and-go assemblies, module attachment hardware, stainless steel and Inconel fasteners, ceramic fiber anchor systems, and other specialty components required for refractory installation and maintenance.

Available in a variety of alloys including 304SS, 316SS, 310SS, and Inconel grades, our hardware withstands extreme temperatures, thermal cycling, corrosion, and mechanical stress. Standard and custom configurations are available to meet your project's specific requirements.

Whether supporting ceramic fiber modules, refractory brick, castable linings, or specialty insulation systems, Applied Refractory delivers the hardware solutions needed to ensure secure, reliable, and long-lasting refractory installations.

Industrial Sewing & Fabrication

Applied Refractory manufactures high-performance tube seals, expansion joints, removable insulation covers, and other custom sewn insulation products designed for demanding industrial environments. Operating from our dedicated sewing and fabrication facility in Southeast Texas, we provide durable, reliable solutions that help improve thermal efficiency, protect critical equipment, and reduce maintenance costs across a wide range of industries.

Serving refineries, petrochemical facilities, ethylene plants, power generation stations, and industrial processing operations, our experienced fabrication team produces custom insulation products engineered to withstand the harshest operating conditions. Every product is manufactured to meet the specific thermal, mechanical, and dimensional requirements of each application.

At Applied Refractory, we recognize that no two applications are exactly alike. Whether you require a custom tube seal, expansion joint, removable insulation blanket, flange cover, turbine cover, or a completely unique insulation solution, our team can design and manufacture a product tailored to your exact specifications.

Available in a variety of temperature classifications and insulation materials, our sewn products can be fabricated in virtually any required size, shape, or configuration. From standard maintenance items to complex engineered solutions, Applied Refractory delivers custom insulation products built for performance, reliability, and long-term service.

Custom Manufactured in Southeast Texas. Built for the Industrial Market.

Ceramic Fiber Modules

Applied Refractory manufactures high-performance ceramic fiber modules designed to provide exceptional thermal insulation in furnaces, heaters, kilns, thermal oxidizers, and other high-temperature process equipment. Engineered for low thermal conductivity, rapid installation, and long service life, our module systems help reduce heat loss, improve energy efficiency, and enhance overall operational performance.

Manufactured in Southeast Texas, our ceramic fiber modules are available in all standard densities, thicknesses, and temperature classifications. We offer products utilizing Refractory Ceramic Fiber (RCF), Polycrystalline Wool (PCW), and Bio-Soluble fiber technologies to meet customer specifications, application requirements, and regulatory standards.

Whether your project requires standard module configurations or a completely custom solution, Applied Refractory can manufacture modules in virtually any size, shape, density, or attachment configuration. We offer a variety of internal and external hardware systems to ensure compatibility with your installation requirements and operating conditions.

From refinery process heaters and petrochemical furnaces to power generation and industrial manufacturing applications, Applied Refractory delivers dependable ceramic fiber lining solutions built for performance and reliability.

Peepsite Modules

Applied Refractory manufactures custom Peepsite Modules designed to provide effective thermal insulation around observation ports, sight glasses, and peep sights in high-temperature process equipment. These specialized modules allow operators to safely monitor furnace conditions while maintaining the integrity and thermal efficiency of the refractory lining system.

Engineered to minimize heat loss and reduce thermal bridging around viewing openings, Peepsite Modules are custom manufactured to fit virtually any peep sight configuration. Available in multiple temperature classifications, densities, and fiber grades—including RCF, PCW, and Bio-Soluble fibers—our modules are built to withstand the demanding environments found in refineries, petrochemical facilities, power generation plants, and industrial furnaces.

Manufactured in Southeast Texas, each Peepsite Module is designed for ease of installation, long service life, and seamless integration with surrounding ceramic fiber module systems, helping maintain consistent furnace performance while providing reliable access for visual inspection.

Log Modules

Applied Refractory's Log Modules are specifically engineered for furnace doors, access panels, and other high-temperature applications where minimizing lining joints is critical. By utilizing larger module widths and a continuous fiber design, Log Modules help reduce heat loss paths, improve lining integrity, and enhance long-term thermal performance.

Ideal for areas subject to frequent thermal cycling and mechanical wear, Log Modules provide excellent insulation while reducing the number of seams within the lining system. The result is a more uniform hot face, improved durability, and increased resistance to heat leakage compared to traditional module configurations.

Manufactured in Southeast Texas, our Log Modules are available in a variety of densities, temperature classifications, and fiber grades, including RCF, PCW, and Bio-Soluble fibers. To meet the unique requirements of each application, Log Modules can be produced in our TexStack™, TexBlock™, and Tex-U-Fold™ configurations, allowing customers to select the module design best suited for their operating conditions and installation preferences.

Whether for furnace doors, heater walls, duct transitions, or specialty applications, Applied Refractory can custom manufacture Log Modules to your required dimensions, attachment system, and performance specifications.

TexBullnose™ Modules

TexBullnose™ Modules are specialty ceramic fiber modules engineered with precision-cut radiused edges to accommodate corners, curved surfaces, transitions, burner openings, and other complex refractory geometries. Designed to maintain continuous insulation coverage where standard rectangular modules cannot, TexBullnose™ Modules help eliminate gaps, reduce heat loss, and improve overall lining performance.

Manufactured in Southeast Texas, these custom modules are produced to match the exact dimensions and contours of your application, ensuring a precise fit and simplified installation. By conforming to curved and irregular surfaces, TexBullnose™ Modules help maintain lining integrity while reducing field modifications and installation time.

Available in a variety of densities, temperature classifications, and fiber grades—including RCF, PCW, and Bio-Soluble fibers—TexBullnose™ Modules can be manufactured in TexFold™, TexStack™, TexBlock™, and Tex-U-Fold™ configurations to meet the specific requirements of your project.

Whether used around furnace corners, door jambs, vessel penetrations, burner openings, peep sights, or other specialty areas, TexBullnose™ Modules provide a dependable insulation solution for the most challenging high-temperature applications. Designed for both new construction and refractory repairs, TexBullnose™ Modules deliver improved insulation continuity, enhanced durability, and a professional finished appearance in areas where standard module designs are not practical.

TexFold™

TexFold™ Ceramic Fiber Modules

TexFold™ is Applied Refractory's premium folded ceramic fiber module system designed for high-temperature furnace, heater, and kiln applications. Manufactured in Southeast Texas, TexFold™ modules are produced using high-quality ceramic fiber blankets and precision-engineered hardware to deliver exceptional thermal performance, rapid installation, and long service life.

The folded design provides superior resiliency and compression recovery, helping maintain a tight, energy-efficient lining system while minimizing heat loss and reducing fuel consumption. Available in multiple temperature grades, densities, thicknesses, and attachment configurations, TexFold™ modules can be customized to meet the requirements of virtually any industrial thermal processing application.

Benefits:

TexStack™

TexStack™ Edge-Grain Fiber Modules

TexStack™ is Applied Refractory's edge-grain ceramic fiber module solution engineered for demanding applications requiring exceptional hot-face durability and long-term lining stability. Manufactured in Southeast Texas, TexStack™ modules utilize edge-grain fiber orientation to provide outstanding resistance to shrinkage, thermal stress, and repeated thermal cycling.

Built in-house with a variety of hardware and anchoring options, TexStack™ modules are ideal for critical applications where reliability, insulation performance, and service life are paramount.

Benefits:

TexBlock™

TexBlock™ Monolithic Fiber Modules

TexBlock™ is Applied Refractory's monolithic ceramic fiber module designed for applications requiring maximum density, uniformity, and thermal efficiency. Manufactured in Southeast Texas, TexBlock™ modules are produced from a compressed block of high-temperature fiber insulation, creating a durable and dependable lining solution for industrial heating equipment.

The monolithic construction minimizes seams and creates a highly consistent insulation layer, helping reduce heat loss, improve thermal efficiency, and extend lining life. Available in a range of temperature classifications and densities, TexBlock™ modules can be tailored to meet the specific demands of your operation.

Benefits: