Simond Store Ceramic Fiber Insulation Board, 2300F, 1/2 Inch X 19.7 Inch X 39.4 Inch, Ceramic Fiber Thermal Insulation Board for Wood Stoves Fireplace...
Simond Store Ceramic Fiber Insulation Board
- Dimensions: Aluminosilicate refractory ceramic fiber board measures 1/2" x 19.7" x 39.4" in size.
- High Thermal Insulation: This high temperature insulation board has a maximum used temperature of 2300F with a high density of 20 – 24 lb/ft³
- Compressive Strength: Vacuum cast ceramic fiber refractory board has strength at 25% deformation – 78 PSI. Permanent linear shrinkage 3.5% max at 2200F when exposed to 24 hrs. soaking heat loss on Ignition (LOI) at 1832F will be 4-7%
- Good Machinability: This ceramic board can be easily cut & use with a hacksaw blade or knife. It can also be drilled or machined to match various dimensions as per the requirement of your application
- Limitless Applications: This fireproof insulation board is used in various types of heating equipment such as Wood Stoves, Fireplaces, Pizza Ovens, Kilns, Forges, Internal Baffle of Wood Stoves, Pellet Stoves, Backup Insulation of Refractory Bricks and Castable Linings, Furnace Hot Face Linings and Boiler Wall Insulation, heat shields, combustion chambers, and fire protection
| SELLER | SELLER SCORE | AMAZON FULFILLED | PRIME | FREE SHIPPING |
|---|---|---|---|---|
| SIMOND STORE | 9.69 | Yes | Yes | Yes |
The Simond Store Ceramic Fiber Insulation Board delivers incredible thermal resistance that can withstand extreme temperatures up to 2300F. I found the high density of 20–24 lb/ft³ particularly impressive, as it provides a level of structural stability that thinner blankets often lack. Whether you are lining a pizza oven, upgrading a wood stove baffle, or insulating a kiln, this aluminosilicate board handles the heat without breaking a sweat. It is surprisingly easy to work with in a DIY setting. You can grab a simple hacksaw or a knife to cut it to your exact dimensions, or even drill it for a precise fit. While it maintains a strong 78 PSI compressive strength, the minimal linear shrinkage ensures your heat shields and combustion chambers stay intact during intense thermal cycles.