Gypsum-Based Slabs

Gypsum Based Slab can be used in facade wall systems, under any kind of coatings (such as metal coating, insulation printing, wood coating, decorative brick coating), ventilated facade systems, wet areas, all under eaves applications.

Characteristics of Gypsum-Based Slabs

• Gypsum Based Slab is an excellent slab with high strength, thanks to the glass fiber mattress coating on the gypsum based slab, which is well penetrated and integrated into the core of the slab.
• Gypsum-Based Slab prevents the formation of mold or bacteria thanks to its developed special core. It prevents the formation of mold and fungi that may occur due to condensation and moisture on the facade walls where the temperature change is excessive.
• Gypsum-Based Slab is a class A1 fireproof building material. Thanks to the glass fiber mattress coating and special core components on it, it increases the fire resistance of the walls where it is applied in terms of fire safety.
• The first primer coat is completed by applying joint filler and exterior facade primer on the surface of the Gypsum Based Slab. Then, qualified plaster is applied on it and it is made ready for painting.
• The fracture load in bending provides very close values in both directions. This saves the Gypsum-Based Slab from having to be screwed only horizontally or only vertically.
• Gypsum Based Slab is the indispensable slab of ventilated facade systems that offers solutions to the facades as both the facade corrector and the carrier of the system, and gives aesthetics to the buildings.

Gypsum based slab coating is applied in 4 different ways namely M and J, M and Box, T Profile, DCC.

Gypsum-Based Slabs Catalog

Types of Gypsum-Based Slabs

1. Curtain Wall System with Mechanical M and j Profile

In the curtain wall system with M and j profile, first of all, L brackets are mounted on the wall surface such as existing aerated concrete / brick / pumice on the wall surface plumb, in alignment, with the help of steel dowels with a spacing of 70 cm vertically. L brackets should be attached to the floor at 60 cm intervals for structures between 0-8 m and 40 cm intervals for structures between 8-20 m.

Then, stone wool and moisture barrier are installed to provide thermal insulation and waterproofing in accordance with the project. Specially developed J profiles are attached to the channels of L brackets horizontally with an axis of 100 cm, leveled and fixed with trapezoidal screws. And on the fixed J Profiles on the axes specified in the Project: (60cm-40cm-30cm), M profiles are screwed vertically with Trapezoidal Screws and Gypsum Based Slabs are screwed and fixed on M profiles. The first primer coat is completed by applying joint filler and facade primer on Gypsum Based Slabs. Then, qualified plaster is applied on it and it is made ready for painting.

2. Curtain Wall System with Mechanical M and Box Profile

In the curtain wall system with M and Box Profile, firstly, on the wall surface such as existing aerated concrete / brick / pumice, L brackets are mounted on the wall surface with the help of steel dowels with a spacing of 70 cm vertically. L brackets should be attached to the floor at 60 cm intervals for structures between 0-8 m and 40 cm intervals for structures between 8-20 m.

Then, stone wool and moisture barrier are installed to provide thermal insulation and waterproofing in accordance with the project. Specially developed box profiles are attached to the channels of L brackets horizontally with an axis of 100 cm, leveled and fixed with trapezoidal screws. And on the Fixed Box Profiles on the axes specified in the project: (60cm-40cm-30cm), M profiles are screwed vertically with trapezoidal screws and gypsum-based slabs are screwed and fixed on M profiles. The first primer coat is completed by applying joint filler and facade primer on Gypsum Based Slabs. Then, qualified plaster is applied on it and it is made ready for painting.

3. Curtain Wall System with Mechanical T Profile

In the curtain wall system with T Profile, firstly, on the wall surface such as existing aerated concrete / brick / pumice, L brackets are mounted on the wall surface with the help of steel dowels with a spacing of 70 cm vertically. L brackets should be attached to the floor at 60 cm intervals for structures between 0-8 m and 40 cm intervals for structures between 8-20 m.

Then, stone wool and moisture barrier are installed to provide thermal insulation and waterproofing in accordance with the project. T profiles specially developed for L Bracket channels or anodized aluminum T profiles in accordance with the sensitivity of the project are installed in the axes specified in the project: (60cm-40cm-30cm), leveled and fixed with trapezoidal screws, and Gypsum Based Sheets are fixed on the T profiles by screwing. The first primer coat is completed by applying joint filler and facade primer on Gypsum Based Slabs. Then, qualified plaster is applied on it and it is made ready for painting.

4. Curtain Wall System with Mechanical DCC Profile

In the Curtain Wall System with DCC Profile, first of all, on the wall surface such as existing aerated concrete / brick / pumice, L brackets are mounted on the wall surface with the help of steel dowels with a spacing of 70 cm vertically. L brackets should be attached to the floor at 60 cm intervals for structures between 0-8 m and 40 cm intervals for structures between 8-20 m.

Then, stone wool and moisture barrier are installed to provide thermal insulation and waterproofing in accordance with the project. DCC profiles specially developed for L Bracket channels are installed in the axes specified in the project: (60cm-40cm-30cm), leveled and fixed with trapezoidal screws, and Gypsum Based Slabs are fixed on DCC profiles by screwing. The first primer coat is completed by applying joint filler and facade primer on Gypsum Based Slabs. Then, qualified plaster is applied on it and it is made ready for painting.