| About WHP >> |
| Fire Training >> |
| Training Towers >> |
| Burn Rooms >> |
| Specifications >> |
| Resource Center >> |
| Contact Us >> |
| Home >> |
|
 |
The Padgenite Difference
Developed by our founder, Bernard Padgett, this asbestos-free, calcium silicate product has proven itself for 25 years in the field.
WHP burn rooms work well with either Class A or gas simulator fires. Flammable liquids are restricted from use because of NFPA Guidelines for Live Fire Training. Our burn room liners will not absorb water and will not support mold. They also have the look and feel of dry wall to simulate "real-life" conditions.
We market these products because they have proven themselves in actual field conditions. When maintained within the stated temperature guidelines, they will offer years of service.
We offer three insulating options:
Padgenite I
Continuous Temperature: To 1200 Degrees F
Dimensions: 1" x 2' x 4'
PCF Density: 46
PSI Flex Strength: 800
Super Padgenite
Continuous Temperature: To 2000 Degrees F
Dimensions: 1" x 2' x 4'
PCF Density: 65
PSI Flex Strength: 1400
Duraliner HT
Continuous Temperature: To 2000 Degrees F
Dimensions: 1" x 2' x 4'
PCF Density: 98
PSI Flex Strength: 3000
Installation
We install Padgenite on a system of vertical and horizontal mounting channels. Padgenite batten strips are attached to mounting channels. Two foot by four foot Padgenite panels are attached over the batten strips, creating an air insulating space between the heat source and the structure.
The panels are part of an engineered system that arrive on site complete with installation drawings, which show the panel layouts, complete with sub-framing system and attachment layouts. WHP also installs our engineered systems in new concrete buildings and we retrofit existing concrete buildings that have been damaged over time. Click here for more information on new and retrofit Padgenite installations.
Insulation
When burning in one of our metal buildings, the Padgenite, coupled with the air space, insulates so effectively that you can touch the outside of the building. WHP always recommends following NFPA Guidelines for live fire burning.
Built to last
When the NH Fire Academy was looking to build a burn building, there was no decision to make because we wanted Padgenite as a result of our research. It is easy to maintain, protects the structure, and can be changed in a matter of minutes in the field...which happens very infrequently. We have been not only satisfied with Padgenite, we are very happy with how it works. Richard A. Mason, EFO, CFO |
WHP burn rooms are constructed with 1" thick 2' x 4' Padgenite insulating panels. The panels protect the wall and ceiling surfaces of metal, masonry or concrete buildings. The panels are treated with a two-part waterproofing process, coating them on both sides. This allows you to take one off, flip it over, and reinstall it, extending the life of the panel. If required Padgenite panels can be replaced individually as needed.
Maintenance
During normal building and burn room inspections it is recommended to check the panel mounting screws to confirm that they are loose enough to allow for thermal expansion. This is done by holding the panel firmly against the wall and attempting to rotate the washers. If the washers won’t move, loosen the screw until the washer is loose enough to rotate allowing for thermal expansion of the Padgenite panel system.
Learn more about how WHP training towers are low-maintenance.
 | ||||||
|