ODE Membran Planning Details

1. WATERPROOFING AT FLAT ROOFS

Advantages:

Flat roofs having low gradient constitute especially useable roof spaces and offer roof solutions which aren't seen frontally.
By constituting continuous waterproofing especially at big roof spaces, it can be used easily in the details of the graded roof applications like tile, shingle that are difficult, costly and bringing additional altitude to the structure.
Provides performance during the life of structure at all thermal insulated, with access, without access and garden flat roofs.

A.Thermal Insulated Flat Roofs With Access Application and Advantages

This is the flat roof solution applied in the cases where roof space is used actively.
Waterproofing ODE MEMBRAN is applied over the floor concrete. Thermal insulation (ODE Is›pan DT) and protection concrete layer protects the waterproofing cover summer-winter and day-night from temperature differences and harmful effects of the sun. Over the protection layer, surface coating material appropriate to the intended use of the roof (tile, glazed tile and other coatings) is applied.r.

B. Thermal Insulated Flat Roofs Without Access Applications and Advantages

This is the flat roof solution applied in the cases where roof space is not used actively.
Waterproofing material (ODE MEMBRAN) is applied over the floor concrete. Thermal insulation (ODE Is›pan DT) and protection layer protects the waterproofing cover summer-winter and day-night from temperature differences and harmful effects
of the sun. By laying shingle between a diameter range of 10-35 mm as a protection layer, application can be implemented very quickly.

C. Garden Flat Roofs Advantages and Application

This is the flat roof solution applied in the cases where the roof space is used for the purpose of growing plants.
Waterproofing material (ODE MEMBRAN) is applied over the floor concrete. By laying thermal insulation (ODE Is›pan DT) and protection-intentional shingle layer, protection and drainage layers are constituted. By laying shingle between a diameter range of 10-35 mm as a protection layer, application can be implemented very quickly.
Application is concluded by laying fill dirt suited for growing plant.

Thermal Insulation Thickness Calculation Table at Counter Flat Roofs (visitable, non-visitable, garden roof)

U Heat Transmission Coefficient Recommended by ODE at Flat Roofs and Minimum XPS Thicknesses Required to be Used
Degree Day Region	I	II	III	IV
Sample Province	Izmir	Istanbul	Ankara	Erzurum
U (W/m²K)	0,50	0,40	0,30	0,25
XPS Thickness to be Used (mm)	50	70	90	12

Reinforced concrete roof flooring thickness is taken as 15 cm.
For certain thermal insulation thicknesses, the structure is required to be solved as a whole in accordance with the calculation method which is present at TS 825.

Filter Tables According to Different Amounts Rainfall at Flat Roofs

The area which a single filter that doesn't have leaf gripper can make drainage (m2)

Diameter of Pipe ø (mm)	Rainfall Density (Litre /m2 sec)
Diameter of Pipe ø (mm)	0,010	0,012	0,014	0,018	0,020	0,022
50	138	115	99	77	69	63
65	179	150	128	100	90	82
75	222	185	158	123	111	101
100	394	329	282	219	197	179
150	887	740	634	493	444	403

The area which a single filter with leaf gripper can make drainage (m2)

Diameter of Pipe ø (mm))	Rainfall Density (Litre /m2 sec)
Diameter of Pipe ø (mm))	0,010	0,012	0,014	0,018	0,020	0,022
50	69	58	49	77	69	63
65	90	75	64	100	90	82
75	111	92	79	123	111	101
100	197	164	141	219	197	179
150	444	370	317	493	444	403

Liter / sec - mm/hour conversion table for unit (m2)

Liter / sec	mm / hour
0,010	36
0,012	43
0,014	50
0,016	58
0,018	65
0,020	72
0,022	79

2- WATERPROOFING AT FOUNDATIONS

A) Waterproofing and Thermal Insulation Applications at Basement Floors Exposed to Ground

Advantages and Application

For the protection of the structure's components that are exposed to soil from water and moisture, providing the comfort conditions at underground locations, preventing the corrosion of steel reinforcement inside the concrete and maintaining its resistance, waterproofing should be done at foundations settling on impermeable ground.

First layer ODE MEMBRAN waterproofing cover is applied in the manner that 200-300 mm of it will come outside from the mould.
Second layer ODE MEMBRAN is adhered completely by making 200/300 mm overlapping.
For the reinforcements at the foundation not to give damage to the waterproofing covers a protective screed of 3-4 cm thickness is thrown and protection is provided by laying ODE Isipan DT.

Curtain Walls;

200/300 mm-covers which have been left free when the moulds are removed are adhered over the foundation pier.
ODE MEMBRAN waterproofing membrane is adhered to at least 300/500 mm above by leaving a 200 mm space
Second layer ODE MEMBRAN waterproofing cover is adhered in the manner that will leave a 200 mm overlap in length and 100 mm in width.
By closing the finish mountings of 200 mm to the foundation pier, cover application is completed. After ODE Isipan DT thermal insulation boards are placed as the protective, fillings is made.

B) Floorings Settling On Soil

Advantages and Application

For the protection of the structure's components that are contacting with the soil from water and moisture, providing the comfort conditions at underground locations, preventing the corrosion of steel reinforcement inside the concrete and maintaining its resistance, waterproofing should be done at floorings settling on impermeable ground.

First layer of ODE MEMBRAN waterproofing cover is applied over ODE Bituminous Emulsion.
Second layer of ODE MEMBRAN is adhered completely over the first layer.
Protective screed is thrown or by laying ODE Isipan DT as the protective or thermal insulation layer, the protection is provided.
By laying finishing material over the protective screed, the application is finished.

U Heat Transmission Coefficients Recommended by ODE at Soil-Exposed Walls and Floorings and Minimum XPS Thicknesses Required to be Used
Degree Day Region	I	II	III	IV
Sample Province	Izmir	Istanbul	Ankara	Erzurum
U (W/m²K)	0,80	0,60	0,45	0,40
XPS Thickness To Be Used (mm)	30	40	60	70

Reinforced concrete roof flooring thickness is taken as 15 cm.
For certain thermal insulation thicknesses, the entire structure is required to be solved in accordance with the calculation method which is present at TS 825.