Ceramic Modules

Anchor-Loc 2 Ceramic Fiber Modules

Anchor-Loc2 ceramic fiber modules extend the performance of standard Anchor-Loc folded modules to a product form featuring laminated fiber blanket construction.

Anchor-Loc 3 Ceramic Fiber Modules

The Anchor-Loc 3 Insulating Fiber Module is designed to meet a wide range of application requirements in many types of heat processing vessels.

Anchor-Loc Ceramic Fiber Modules

Anchor-Loc module systems is a family of ceramic fiber module products are constructed with Durablanket S, Durablanket HP-S, Durablanket 2600, or Fibermax mat, and designed to meet a wide range of application requirements in a variety of heat processing vessels.

Fibermass Ceramic Fiber Blocks

Fibermass ceramic fiber blocks combine advancements in fiber chemistry and manufacturing technology to provide an economical lining material for a wide range of heat processing equipment.

Insulfrax Anchor-Loc 2 Modules

Anchor-Loc 2 1100°C modules combine advancements in fiber chemistry, manufacturing technology, and attachment hardware design to provide an economical lining system for a wide range of heat processing vessels.

Insulfrax Anchor-Loc Modules

Insulfrax 1100C Modules are a family of high-temperature module products based on Unifrax’s Anchor-Loc attachment systems. Insulfrax 1100C Modules can be easily fastened to interior steel shells of all types of heat processing equipment.

Insulfrax Bonded 1100C Modules

Insulfrax Bonded 1100C Modules provide the benefits of Insulfrax fiber in new construction or the upgrade of existing refractory for a wide range of heat processing equipment. These bonded modules are offered in two standard densities and a range of thicknesses to provide peak performance in applications operating up to 1100°C (2012°F).

Isofrax 1260C Modules

Isofrax 1260C Modules combine the performance features of the proven Anchor-Loc module attachment systems with Isofrax Thermal Insulation resulting in products with high temperature performance characteristics required in many applications.