Fiber Module

ArmorMax’s fiber module offering provides a wide variety of solutions, custom designed to fit specific application requirements. Our ArmorBlox, ArmorFold, ArmorStax, and ArmorPleat Modules provide superior thermal performance by using premium Generation III low-shot fiber technology.

All ArmorMax modules are available in Refractory Ceramic Fiber (RCF), Alkaline Earth Silicate (AES), High Alumina (HA), and Chrome (CR). ArmorStack and ArmorFold modules are also available in Polycrystalline Wool (PCW). 

Modules

ArmorMax Fiber Modules

Blox

ArmorBlox Fiber Module

ArmorBlox modules are manufactured from ArmorSlab Generation III low-shot monolithic fiber technology in an edge grained orientation. As a result, ArmorBlox modules offer higher thermal insulation, high strength, and enhanced erosion resistance allowing for use in applications with high gas velocities. ArmorBlox modules are available in RCF and AES fibers with 3 standard anchoring options.

Fold

ArmorFold Fiber Module

ArmorFold modules are manufactured from fiber blanket continuously folded in accordion fashion. The folded surface at both the hot face and cold face offers superior heat retention over edge grained and stacked lining systems. ArmorFold modules are available RCF, AES, HA, and CR fibers with a wide range of anchoring systems.

Stax

ArmorStax Fiber Module

ArmorStax modules are manufactured from fiber blanket cut, stacked, and pre-compressed to densities ranging from 6pcf to 15pcf. The edge grained construction offers a durable surface for sealing around doors or furnace jambs and lintels. ArmorStax modules are available RCF, AES, HA, CR, and PCW fibers with a wide range of anchoring systems

ArmorPleat

ArmorPleat Fiber Module

ArmorPleat modules are manufactured from fiber blanket pleated and pre-compressed densities ranging from 8pcf to 15pcf. The single pleat construction is available in both edge grained out (EGO) and edge grained in (EGI). ArmorFold modules are available RCF, AES, HA, CR, and PCW fibers with a wide range of anchoring systems.