The Garland 1867803 Ceramic Fiber 16 13/16x2 0.8125 is a high-performance refractory insulation component designed for industrial applications requiring precise thermal management. Manufactured by Garland under the AllPoints brand, this ceramic fiber product features a dimension of 16 13/16 inches in length and a thickness of 0.8125 inches. Engineered from advanced ceramic fiber material, it delivers excellent high-temperature stability and thermal insulating properties, suitable for use in kiln linings, furnace insulation, and other heated environment applications. Its technical specifications include a width of 16 13/16 inches and a depth of 2 inches, optimized for seamless integration into custom thermal assemblies, ensuring consistent performance under demanding thermal loads in commercial and industrial food processing environments, laboratory settings, or manufacturing facilities.
Top AllPoints 1867803 Features
The 1867803 ceramic fiber panel offers robust thermal insulation with high-temperature resistance, simplified handling, and installation for commercial foodservice and industrial operations. Its durable ceramic fiber composition provides long-lasting performance in high-heat applications, while the 16 13/16x2 inch dimensions facilitate precise fitment in custom furnace or kiln linings. Designed for ease of maintenance, it withstands frequent cleaning and handling, ensuring reliability over extended service periods. Ideal for manufacturing, baking oven insulation, or process equipment where stable temperature control is essential, this component enhances workflow efficiency through reliable thermal performance and straightforward installation.
- High-temperature resistance: Withstands demanding thermal environments up to high operating temperatures.
- Durable ceramic fiber composition: Ensures long-term insulation without degradation from frequent handling.
- Precise dimensions: 16 13/16 inches by 2 inches for accurate fitment in custom setups.
- Easy to install and replace: Designed for straightforward placement in industrial thermal systems.
- Optimized for industrial insulation workflows: Supports consistent thermal performance in manufacturing environments.
Best used in custom furnace linings, industrial kilns, or thermal insulation projects requiring high heat resistance.
AllPoints 1867803 Technical Specs
The AllPoints 1867803 ceramic fiber component features a lightweight, non-hazardous construction suitable for demanding high-temperature applications. It operates effectively within a wide temperature range, with an operational temperature resistance surpassing typical service conditions for kiln and furnace insulation. The panel's dimensions include a width of 16 13/16 inches, a depth of 2 inches, and a height of 1 inch, providing versatile integration options across various industrial systems. Its manufacture adheres to high-quality standards, offering excellent thermal stability, minimal thermal conductivity, and resistance to chemical degradation. The unit weighs negligible pounds, emphasizing ease of handling and installation. It is fabricated from typical ceramic fiber materials, with no hazardous additives, and is compatible with routine maintenance procedures such as vacuuming or brushing to remove particulate buildup.
- Electrical requirements: Not electrically dependent, suitable for thermal applications.
- Construction & finish: Ceramic fiber material with a high-density, insulating finish.
- Temperature resistance: Max safe temperature exceeds typical industrial ranges.
- Dimensions: 16 13/16" width x 2" depth x 1" height.
- Weight: 0 lbs, lightweight for easy handling during installation.
- Installation & maintenance: Fits precisely with minimal adjustments; easy routine cleaning.
- Application environment: Suitable for high-heat furnace linings in industrial kitchens or manufacturing.
What is a commercial ceramic fiber panel
A commercial ceramic fiber panel is a high-temperature insulating material used in industrial environments to provide thermal containment and energy efficiency. This insulating component, such as the Garland 1867803 model, is fabricated from refractory ceramic fibers with precise dimensions of 16 13/16 inches by 2 inches, designed for custom installation in kilns, furnaces, or thermal chambers. It offers excellent thermal stability, chemical resistance, and durability, making it suitable for use in high-heat manufacturing, baking, or processing facilities. Installed in applications such as kiln linings or oven insulation, it ensures consistent temperature control and energy savings, supporting operational efficiency in demanding foodservice or industrial settings.
Top industrial insulation solutions for processing and manufacturing
This durable ceramic fiber insulation by Garland, model 1867803, is built for high-temperature environments with moderate workload capacity, ideal for installation in industrial kitchens, bake ovens, or thermal processing units. Manufactured by AllPoints, it features precise dimensions and exceptional thermal stability. Its robust construction ensures long-term performance, supporting optimized workflows and energy conservation in medium-volume food production and processing facilities.
- Operation type — suitable for controlled thermal environments
- Kitchen setting — optimal for industrial oven and kiln lining
- Foodservice category — designed for thermal insulation in commercial processing
- Workload qualifier — supports moderate throughput operations
- Use case — thermal containment in baking, roasting, or heat treatment
Why Choose AllPoints 1867803?
Compared to standard insulation materials, the AllPoints 1867803 ceramic fiber panel offers superior thermal stability, precise dimensions, and ease of installation. Its high-temperature resistance and durable composition ensure long-term performance in demanding environments. Designed for custom medium-volume industrial applications, it enhances energy efficiency and simplifies maintenance, providing a reliable fit for commercial kitchen equipment and heat processing systems.
- Self-contained design with consistent dimensional integrity
- Enhanced durability for repeated handling and cleaning
- Optimal thermal insulation for high-temperature applications
- Compact footprint fits seamlessly into custom thermal assemblies
- Designed for industrial-grade heat containment and energy efficiency
