The Fortafix fire protection range incorporates inorganic flame retardant sealants and adhesives to withstand temperatures up to 1250 deg C. They are suitable for many applications, including panel fixing, flame seals, jointing of flame barrier materials and can comply with BS 476: Part 4: Non combustibility test for Materials. Our products are supplied to many customers where temperature and flame resistance is critical. Furthermore we provide specialist materials to research institutions and test facilities.
| Nature of Material | Spreadable Adhesive Paste |
| Typical Substrate | Thermal Insulation Material, Steel, Masonry, Glass |
| Temperature | Up to 1100c (dependent on grade) |
| Key Characteristic | Fire Resistant, Laminating, complies with BS476part4 – EN.ISO1182:2002 |
| Example Application | Fire Door Manufacture / Fixing Thermal Insulation |
| Nature of Material | High Viscosity Paste / Caulking Compound |
| Typical Substrate | Most Inorganic materials |
| Temperature | 1250C |
| Key Characteristic | Highly engineered, Versatile, Strong refractory Sealant /Adhesive |
| Example Application | Stove/Fire/Furnace assembly - Gap Sealing and engineering solutions |
| Nature of Material | Cartridge Dispensed Ceramic Paste |
| Typical Substrate | Most inorganic materials and Fire Resistant Textiles |
| Temperature | 1000C |
| Key Characteristic | Good Adhesion, Fire Retardant, Gap Filling, Non Combustible. |
| Example Application | Fire Protection Installations and gap filling |
| Nature of Material | 2 part Liquid / Powder , forms a water based chemical setting ceramic paste |
| Typical Substrate | Most inorganic materials |
| Temperature | Upto 1600c (dependent on product) |
| Key Characteristic | Chemical setting, Allows thick film/encapsulation |
| Example Application | Potting Electrical Components |
| Nature of Material | Clear Pourable Liquid |
| Typical Substrate | Most Inorganic Materials |
| Temperature | 750C |
| Key Characteristic | Viscosity Reducer, Thin Film Adhesive Coatings |
| Example Application | Surface Priming and Thin Film Coating of High Temperature Materials |