Ceramic Fiber Board Forge

Insboard hd is a hich density vacuum formed ceramic fiber board with excellent insulating characteristics and an increased mechanical strength.

Ceramic fiber board forge.

This high density board is very robust. Standard board grades are standard high purity and zirconia. Due to its low thermal conductivity and low heat storage it is very suitable for furnace boiler duct and. For any question on purchasing our ceramic fiber insulation products such as our top notch ceramic fiber board give call us at 732 257 5002.

How thick does my ceramic fiber insulation need to be in my forge. This versatile high temperature ceramic coating can be applied to a variety of gas forge materials. Ceramic fiber insulation blanket 2600f 6lb 1 x24 x25 for furnace kiln forge. For most forges 2 thick is the recommended minimum thickness.

Save ceramic fiber board to get e mail alerts and updates on your ebay feed. Ceramic fiber boards provide a rigid solution for ceramic fiber insulation. Ceramic fiber blanket fiber board refractory brick and castable refractories. Standard board grades are standard high purity and zirconia.

Use this material for insulating the doors in a horizontal forge the lid in a vertical forge or other applications as you may see fit. Top rated seller top rated seller. The boards are manufactured through a wet forming process using alumina silica fibers and binders. Boards are available in a variety of temperature ratings dimensions and custom vacuum formed shapes.

L s q n c. In the blacksmithing and bladesmithing world those who have used itc 100 in their forges swear by it s value. East brunswick nj 08816 tel. Location 26 b kennedy blvd.

Update your shipping location 7 s 0 p o n s o a r p a 7 e e d 1 1 u j 1 0 f j 1 1. It is manufactured and designed for thermal applications that have high requirements for rigidity. This can be achieved either by using a single layer of 2 thick ceramic fiber blanket or using two layers of 1 thick ceramic fiber blanket. The boards are manufactured through a wet forming process using alumina silica fibers and binders.