CODE / ΚΩΔ.:
PW-B


Table of allowed loads 1) Single span loading 2) 3-span loading


Technical specifications

Domolam
insulating panels are produced according to the standard EN 14509:2013 and have CE marking.

THE INSULATION:

The polyurethane foam PUR is chemically neutral, non toxic and it is produced with environmental friendly technology with the use of pentane (CFC, HCFC free).
Domolam insulating panels are produced with PUR foam with reaction to fire Cs3d0 or in altenativly they are produced with polyisocyanurate foam PIR High Index, with reaction to fire Bs1d0 according to EN 13501-1, ΕΝ 11925-2 and EN 13823.The wall panels (vertical partition - EN 1364-1) have fire resistance EI30: E 60 and the roof panels (horizontal partition -EN 1365-2) have fire resistance REI30: RE 60 for the thickness 100mm,according to EN 13501-2.
Domolam roof panels are classified as BROOF(t1) according to the standard CEN / TS 1187:2013.
Both PUR and PIR High Index foam contain a high percentage of closed cells >95% (waterproof/mould resistant) providing perfect adhesion to the supports.
Thermal conductivity factor λ=0,0215 W/mK and its average density is 40-42 Kg/m3 according to EN 13165.
Average comression strength 120 KPa.
Average adhession strength 140 KPa.
Average shear strength 100 KPa.

THE METALLIC SUPPORTS ARE:
-Pre-painted steel, in compliance with the EN 10169 standard, on hot dipped galvanized or aluzinc steel with yield strength 250-280 N/mm2 according to EN 10346 and EN 10143.
-Plastified anti-bacterial coated steel special for cold rooms and hygienic applications.
-Pre-painted, smooth or embossed aluminum, copper and stainless steel on demand.

JOINT TIGHTNESS:
Water Permeability: Class A, EN 12865
Air Permeability: 0,14m3/m2/h at 50 Pa, EN 12114

DIMENSIONS TOLERANCES according to Annex D of ΕΝ 14509:

Corrugation height

±1mm

Pitch of profile

±2mm

Panel length

±10mm

Panel thickness

±2% of thickness

Squareness

0,6% useful width

Longitudinal bowing

2 mm/m - 10 mm

Camber

≤1% of width

Flatness

≤-1,5mm over 700mm

Edge waveness

±2mm over 500mm of length

Useful width

±2mm

Remarks
Slight leaking of foam from the joints, small foam vacuum or slight omissions and irregularities in the position of the gasket are acceptable, as long as the functional character of the panel is not compromised.

Transportation

Long packs should be unloaded either with the use of spreader beam or long belts. Pre-painted sheets should not be dragged.


Storage

Should be tilted and covered in such a way as to ensure ventilation, in order to avoid vapor condensation and electrochemical corrosion.


Installation
After the installation, the protective film (if any) should be removed and the surface should be cleaned from cutting and drilling swarfs.
It is recommended that at least 2 fasteners should be used on each sheet and purlin, except for the top and bottom part of the sheet, where 3 are necessary.
Fastening should stop when the sheet starts deforming under the screw, to ensure the best aesthetic and static results.
The company is not responsible for any damage due to misuse of its products.


PROJECT 21

PROJECT 21

RAL 8004 MAT

PROJECT 48

PROJECT 48

RAL 1014 MAT

PROJECT 48

PROJECT 48

RAL 1014 MAT

PROJECT 55

PROJECT 55

RAL 1014 MAT

PROJECT 55

PROJECT 55

RAL 1014 MAT

PROJECT 55

PROJECT 55

RAL 1014 MAT

PROJECT 55

PROJECT 55

RAL 1014 MAT

length (mm)smallbigweight (kg/m)weight (kg/m2)quantityprice per unit (€)value (€)Comments

Brick wall panel PW-B

Domolam wall panels are used for interior or exterior walls and false ceilings. Available in 20 types are designed to satisfy the widest range of high aesthetics demands of industrial and residential constructions. They are disposed with flat or light corrugated internal surface.



Domolam wall panels points of excellence

1. Produced with specially studied joint points in order to ensure that all external sheets remain at place with no visible screws.

2.
Provide excellent air and water tightness and strength due to the innovative joint design.

3.
Specially formed labyrinths contribute to the fire expansion delay and make them ideal for use in cold rooms.

4.
They have excellent flatness and are ideal for architectural applications.