This paint grade plywood veneer door comes in a range of sizes with a choice of standard core, fire rated core or fire rated core glazed with clear Georgian wired glass. A door that offers an economical solution for a wide range of houses and public buildings
Falcon Timber 13499, 44mm thickness, dimensions 2440 x 1220 mm, equipped with Duocore 7-Ply Falcatta core featuring a red hardwood face veneer. Constructed to FD30 fire resistance standards, subjected to comprehensive UK and European compliance testing. Duocore utilisation incorporates a multi-layered light hardwood core that provides enhanced structural strength and dimensional stability. Our Duocore door blanks are under continuous development and are fully customisable in size, eliminating the necessity for a timber perimeter frame and thereby affording it's versatility as a door substrate. The Duocore blank offers superior fire insulate properties alongside acclaimed passive thermal performance, evidenced by low U-values, rendering it an optimal solution in applications prioritising thermal efficiency.
This paint grade plywood veneer door comes in a range of sizes with a choice of standard core, fire rated core or fire rated core glazed with clear Georgian wired glass. A door that offers an economical solution for a wide range of houses and public buildings
Falcon Timber 13499, 44mm thickness, dimensions 2440 x 1220 mm, equipped with Duocore 7-Ply Falcatta core featuring a red hardwood face veneer. Constructed to FD30 fire resistance standards, subjected to comprehensive UK and European compliance testing. Duocore utilisation incorporates a multi-layered light hardwood core that provides enhanced structural strength and dimensional stability. Our Duocore door blanks are under continuous development and are fully customisable in size, eliminating the necessity for a timber perimeter frame and thereby affording it's versatility as a door substrate. The Duocore blank offers superior fire insulate properties alongside acclaimed passive thermal performance, evidenced by low U-values, rendering it an optimal solution in applications prioritising thermal efficiency.