Karta produktu PWD – PIR -60 – ROOF Sandwich panel – Polyurethane foam – visible fastening
Home / Produkty / Sandwich panels / Sandwich panels – PIRTECH / PIRTECH Roof / PWD – PIR -60 – ROOF Sandwich panel – Polyurethane foam – visible fastening PWD -PIR -60 - ROOF Sandwich panel - Polyurethane foam - visible fastening Where to buy? Pobierz kartę produktu Technical Specifications Available coatings Order online Description Download ISOD System Inspirations Technical specification General information core polyurethane PIR thickness of panel 60 mm effective width 1050 mm total width 1069 mm weight of 1m² 10,69 kg weight of 1mb 11,23 kg min length of panel 2,0 mb max length of panel see Length of panel thickness of steel sheet 0,5 mm type of external profile High trapezoidal type of internal profile trapezoidal - T micro - M coverings polyester glossy/mat, polyurethane, HPS200, aluzinc Physical properties Material properties Lambda λD coefficient 0,022 W/mK Coefficient of heat transfer U_D,S 0,36 W/m2K Core density 40 ±3 kg/m³ Weight 10,20 kg/m2 Mechanical resistance Compressive strength 0,095 MPa Ultimate tensile strength 0,070 MPa Reduced shear strength at long -term load 0,04 MPa Shear strength 0,075 MPa Shear modulus 2,90 MPa Flexural strength in span Positive bending moment 3,96 kNm/m Positive bending in higher temperature 3,53 kNm/m Negative bending moment 3,32 kNm/m Negative bending in higher temperature 2,95 kNm/m Resistance to bending over the inner support Positive bending moment 3,06 kNm/m Positive bending in higher temperature 2,72 kNm/m Negative bending moment 3,15 kNm/m Negative bending in higher temperature 2,81 kNm/m Creasing strength (external surface) In the span 254 MPa In the span, higher temperature 226 MPa Over the central support 276 MPa Over the central support, higher temperature 246 MPa Creasing strength (internal surface) In the span 128 MPa Over the central support 107 MPa Other properties Reaction to fire (all usage) B-s2,d0 Fire resistance NPD External exposure to fire B_roof Water permeability Klasa A 1200 Pa Air permeability +(C=0,0201, n=0,7506); -(C=0,3664, n=0,5099) Resistance to point load damage of core and facings Water vapour permeability impermeable Insulation of sound propagating in the air 23(-1;-3) dB Sound absorption 0,20 Creep coefficient t = 2000h 1,67 Creep coefficient t = 100000h 2,53 Durability All colours Length of panels Permissible panel lengths depending on the color of the cladding (minimum length - 2.5 MB). group I (very bright colors) Maximum length 16 m RAL 9001* RAL 9002 RAL 9010 group II (bright colors) Maximum length 13,5 m RAL 9022* RAL 7040* RAL 7037* RAL 6033* RAL 6021* RAL 6018* RAL 5024* RAL 5018* RAL 5012* RAL 2009* RAL 2008* RAL 2004* RAL 2003* RAL 2000* RAL 1035* RAL 1023* RAL 1019* RAL 1017* RAL 1014* RAL 1004* RAL 1003* RAL 1002 RAL 1021 RAL 7000 RAL 9006 SILVER RAL 7035 group III (dark colors) Maximum length 12 m RAL 7022* RAL 7015* RAL 6020* RAL 6011* RAL 6003* RAL 6000* RAL 5022* RAL 50011* RAL 5009* RAL 5005* RAL 5002* RAL 3013* RAL 3003* RAL 3002* RAL 3000* RAL 8016 PUM RR 028 PMG RR 033 PMG RR 028 PMG RR 750 PMG RR 011 PM Dark Walnut Golden Oak RAL 3011 RAL 3005 RAL 8023 RAL 6005 RAL 6029 RAL 5010 RAL 9005 RAL 8017 RAL 7016 RAL 7024 RAL 9007 SILVER METALLIC ATTENTION! Considering that dark colors from group III are subject to much larger thermal loads than boards in very light and light colors from group I and II should be assessed depending on the loads, what plates system on the wall is possible to be used. Read more below. Recommendations for the selection of plates in the context of thermal loads During projecting it’s important to include difference in temperature of external and internal cladding of sandwich panels.Gradients of temperatues due to difference in external temperature T₁ and internal temperature T₂ are dependent on few factors: Purpose of building (range of temperatures inside building T₂) localization of building – position due to sun colour of external steel cladding (T₁). Depending on latitude, height above sea level and distance from sea on europe continent are use 4 different levels of winter temperature (T₁ – external cladding): 0, -10^oC, 0, -20^oC, (for ex. Poland) 0, -30^oC, (for ex. scandinavian countries) Temperatures of external cladding of roof panel which is covered with snow layer is 0^oC. For calculation was assumed external temperature in winter of -20 ^oC. Temperature of external cladding T₁ has maximum value during summer and is depending of colour and grade of reflection of surface. Values T₁, which are minmal for calculation bearing status (SGN) and are proper for calculations of limit status of use (SGU) are: Very brigth colours R_G = 75-90 T1 = +55^oC Brigth colours R_G = 40-74 T1 = +65^oC Dark colours R_G = 8-39 T1 = +80^oC where R_G – grade of reflextion in ratio of magnesium oxide = 100% Choose a coating: Protective coatings Polyester glossy Technical specification of the coating thickness of coating 25 µm corrosion resistance High ★★★☆ UV resistance Good ★★☆☆ possibility of bending Good ★★☆☆ Available colours RR 032 RAL 1002 RAL 1015 RAL 1021 RAL 3005 RAL 3011 RAL 7016 RAL 3016 RAL 5010 RAL 6005 RAL 6029 RAL 7000 RAL 7024 RAL 7035 RAL 8004 RAL 8017 RAL 8023 RAL 9002 RAL 9005 RAL 9006 SILVER RAL 9007 SILVER METALLIC RAL 9010 Golden Oak Polyester mat PM 35um Technical specification of the coating thickness of coating 35 µm corrosion resistance Wysoka ★★★☆ UV resistance Dobra ★★☆☆ possibility of bending Dobra ★★☆☆ Available colours PMG RR 750 PMG RR 011 PMG RR 028 PMG RR 032 PMG RR 033 PMG RAL 7016 PMG RAL 8017 PM Dark Walnut PURLAK Technical specification of the coating thickness of coating 50 µm corrosion resistance Wysoka ★★★★ UV resistance Wysoka ★★★☆ possibility of bending Wysoka ★★★☆ Available colours PU RR 028 PU RAL 7016 PU RAL 8004 PU RAL 8017 PU RAL 9005 PURMAT Technical specification of the coating thickness of coating 50 µm corrosion resistance Wysoka ★★★★ UV resistance Wysoka ★★★★ possibility of bending Wysoka ★★★☆ Available colours PUM RR 750 PUM RR 011 PUM RR 028 PUM RR 033 PUM RAL 7016 PUM RAL 8017 AZ - aluzinc Technical specification of the coating Available colours AZ – aluzynk Product description Panel with visible fastening PIRTECH ROOK (visible mounting) boards with a maximum modular width of 1050 mm allow for simple and quick installation to various types of structures with the help of Kalotka and appropriate through fasteners. The uniquely designed longitudinal contacts (locks) of the pen and wpust ensure very good tightness, fire resistance and quick assembly. The shape of the outer surface (trapezoidal profile) allows you to carry high loads as well as can be used in single -span and multi -span systems When connecting roof slabs in length, it is necessary to cut the upper plate, i.e. the plate from the ridge side. Pirtech roof plates can be produced with ready undercut in the range from mins 50 to max 300 mm. Just choose the type of undercut (see Fig.), Which is determined by the direction of assembly: Left undercut – assembly from the left right undercut– assembly from the right The undercut length can be: D = 50, 100, 150, 200, 250 and max 300 mm. Note: The total length of the plate contains the selected undercut length regardless of its size. For example, a 6000 mm long plate with a undercut of 200 mm = 6000 mm (5800 mm core + 200 mm sheet). Blachy Pruszyński performs two types of undercuts: – full undercut, i.e. an internal sheet cut, tape on the outer trapezoidal cladding, undercutting of foam along the entire thickness of the plate core, – incomplete undercut, i.e. cutting the inner sheet, undercutting of foam along the entire thickness of the core of the plate. Individual undercut widths (regarding the range only from 50 to 300 mm) are possible, but without a tape on the outer – trapezoidal cladding with undercut of foam along the entire thickness of the core of the plates. For PWD-PIR 40, 60, 80, 100, 120 min. The length of the plates with full undercut is 5,000 mm. Plates in lengths below 5,000 mm can only be made without a tape on the outer – trapezoidal cladding. For PWD-PIR panels 160 min. The minimum length of the panels with full undercut is 4,000 mm. The PWD -PIR 160 board in a length of below 4,000 mm can only be made without a tape on the outer – trapezoidal cladding. Tags PIR sandwich panels Roof Sandwich panels See our offer of accessories Touch-up paints Akcesoria dachowe See product Calotte Connecting roof sandwich panels See product Gutter NIAGARA Titan-Zinc - gutter See product Self -screw screws type OC -55/63 - 6mm Fasteners for sandwich panels See product Self-drilling screws type OC-55/63 - 12mm Fasteners for sandwich panels See product
Pruszyński Sp. z o.o Sokołów, 05-806 Komorów ul. Sokołowska 32b Tel. (48-22) 738 60 00 Fax (48-22) 738 61 01 Infolinia: 880 222 444 pruszynski.com.pl pruszynski@pruszynski.com.pl

PWD-PIR-60 - Płyta warstwowa dachowa - pianka poliuretanowa - widoczne mocowanie

PWD -PIR -60 - ROOF Sandwich panel - Polyurethane foam - visible fastening

Where to buy? Pobierz kartę produktu

Technical specification

General information

core

polyurethane PIR

thickness of panel

60 mm

effective width

1050 mm

total width

1069 mm

weight of 1m²

10,69 kg

weight of 1mb

11,23 kg

min length of panel

2,0 mb

max length of panel

see Length of panel

thickness of steel sheet

0,5 mm

type of external profile

High trapezoidal

type of internal profile

trapezoidal - T
micro - M

coverings

polyester glossy/mat, polyurethane, HPS200, aluzinc

PWD-PIR-60 - Płyta warstwowa dachowa - pianka poliuretanowa - widoczne mocowanie - przekroj

Physical properties

Material properties

Lambda λD coefficient

0,022 W/mK

Coefficient of heat transfer U_D,S

0,36 W/m2K

Core density

40 ±3 kg/m³

Weight

10,20 kg/m2

Mechanical resistance

Compressive strength

0,095 MPa

Ultimate tensile strength

0,070 MPa

Reduced shear strength at long -term load

0,04 MPa

Shear strength

0,075 MPa

Shear modulus

2,90 MPa

Flexural strength in span

Positive bending moment

3,96 kNm/m

Positive bending in higher temperature

3,53 kNm/m

Negative bending moment

3,32 kNm/m

Negative bending in higher temperature

2,95 kNm/m

Resistance to bending over the inner support

Positive bending moment

3,06 kNm/m

Positive bending in higher temperature

2,72 kNm/m

Negative bending moment

3,15 kNm/m

Negative bending in higher temperature

2,81 kNm/m

Creasing strength (external surface)

In the span

254 MPa

In the span, higher temperature

226 MPa

Over the central support

276 MPa

Over the central support, higher temperature

246 MPa

Creasing strength (internal surface)

In the span

128 MPa

Over the central support

107 MPa

Other properties

Reaction to fire (all usage)

B-s2,d0

Fire resistance

NPD

External exposure to fire

B_roof

Water permeability

Klasa A 1200 Pa

Air permeability

+(C=0,0201, n=0,7506); -(C=0,3664, n=0,5099)

Resistance to point load

damage of core and facings

Water vapour permeability

impermeable

Insulation of sound propagating in the air

23(-1;-3) dB

Sound absorption

0,20

Creep coefficient t = 2000h

1,67

Creep coefficient t = 100000h

2,53

Durability

All colours

Length of panels

Permissible panel lengths depending on the color of the cladding (minimum length - 2.5 MB).

group I (very bright colors)

Maximum length

16 m

RAL 9001*

RAL 9002

RAL 9010

group II (bright colors)

Maximum length

13,5 m

RAL 9022*

RAL 7040*

RAL 7037*

RAL 6033*

RAL 6021*

RAL 6018*

RAL 5024*

RAL 5018*

RAL 5012*

RAL 2009*

RAL 2008*

RAL 2004*

RAL 2003*

RAL 2000*

RAL 1035*

RAL 1023*

RAL 1019*

RAL 1017*

RAL 1014*

RAL 1004*

RAL 1003*

RAL 1002

RAL 1021

RAL 7000

RAL 9006
SILVER

RAL 7035

group III (dark colors)

Maximum length

12 m

RAL 7022*

RAL 7015*

RAL 6020*

RAL 6011*

RAL 6003*

RAL 6000*

RAL 5022*

RAL 50011*

RAL 5009*

RAL 5005*

RAL 5002*

RAL 3013*

RAL 3003*

RAL 3002*

RAL 3000*

RAL 8016

PUM RR 028

PMG RR 033

PMG RR 028

PMG RR 750

PMG RR 011

PM Dark Walnut

Golden Oak

RAL 3011

RAL 3005

RAL 8023

RAL 6005

RAL 6029

RAL 5010

RAL 9005

RAL 8017

RAL 7016

RAL 7024

RAL 9007
SILVER METALLIC

ATTENTION! Considering that dark colors from group III are subject to much larger thermal loads than boards in very light and light colors from group I and II should be assessed depending on the loads, what plates system on the wall is possible to be used. Read more below.

Recommendations for the selection of plates in the context of thermal loads

During projecting it’s important to include difference in temperature of external and internal cladding of sandwich panels.Gradients of temperatues due to difference in external temperature T₁ and internal temperature T₂ are dependent on few factors:

Purpose of building (range of temperatures inside building T₂)

localization of building – position due to sun

colour of external steel cladding (T₁).

Depending on latitude, height above sea level and distance from sea on europe continent are use 4 different levels of winter temperature (T₁ – external cladding):

0, -10^oC,

0, -20^oC, (for ex. Poland)

0, -30^oC, (for ex. scandinavian countries)

Temperatures of external cladding of roof panel which is covered with snow layer is 0^oC.

For calculation was assumed external temperature in winter of -20 ^oC.

Temperature of external cladding T₁ has maximum value during summer and is depending of colour and grade of reflection of surface. Values T₁, which are minmal for calculation bearing status (SGN) and are proper for calculations of limit status of use (SGU) are:

Very brigth colours R_G = 75-90 T1 = +55^oC
Brigth colours R_G = 40-74 T1 = +65^oC
Dark colours R_G = 8-39 T1 = +80^oC

where R_G – grade of reflextion in ratio of magnesium oxide = 100%

Polyester glossy

Technical specification of the coating

thickness of coating

25 µm

corrosion resistance

High ★★★☆

UV resistance

Good ★★☆☆

possibility of bending

Good ★★☆☆

Available colours

RR 032

RAL 1002

RAL 1015

RAL 1021

RAL 3005

RAL 3011

RAL 7016

RAL 3016

RAL 5010

RAL 6005

RAL 6029

RAL 7000

RAL 7024

RAL 7035

RAL 8004

RAL 8017

RAL 8023

RAL 9002

RAL 9005

RAL 9006
SILVER

RAL 9007
SILVER METALLIC

RAL 9010

Golden Oak

Polyester mat PM 35um

Technical specification of the coating

thickness of coating

35 µm

corrosion resistance

Wysoka ★★★☆

UV resistance

Dobra ★★☆☆

possibility of bending

Dobra ★★☆☆

Available colours

PMG RR 750

PMG RR 011

PMG RR 028

PMG RR 032

PMG RR 033

PMG RAL 7016

PMG RAL 8017

PM Dark Walnut

PURLAK

Technical specification of the coating

thickness of coating

50 µm

corrosion resistance

Wysoka ★★★★

UV resistance

Wysoka ★★★☆

possibility of bending

Wysoka ★★★☆

Available colours

PU RR 028

PU RAL 7016

PU RAL 8004

PU RAL 8017

PU RAL 9005

PURMAT

Technical specification of the coating

thickness of coating

50 µm

corrosion resistance

Wysoka ★★★★

UV resistance

Wysoka ★★★★

possibility of bending

Wysoka ★★★☆

Available colours

PUM RR 750

PUM RR 011

PUM RR 028

PUM RR 033

PUM RAL 7016

PUM RAL 8017

AZ - aluzinc

Technical specification of the coating

Available colours

AZ – aluzynk

Product description

PIRTECH PLUS - PWS-PIR-PL-80 - plyta z ukrytym mocowaniem

Panel with visible fastening

PIRTECH ROOK (visible mounting) boards with a maximum modular width of 1050 mm allow for simple and quick installation to various types of structures with the help of Kalotka and appropriate through fasteners.

The uniquely designed longitudinal contacts (locks) of the pen and wpust ensure very good tightness, fire resistance and quick assembly. The shape of the outer surface (trapezoidal profile) allows you to carry high loads as well as can be used in single -span and multi -span systems

ŁĄCZENIE PŁYT DACHOWYCH PWD-PIR NA DŁUGOŚCI

When connecting roof slabs in length, it is necessary to cut the upper plate, i.e. the plate from the ridge side.
Pirtech roof plates can be produced with ready undercut in the range from mins 50 to max 300 mm.
Just choose the type of undercut (see Fig.), Which is determined by the direction of assembly:

Left undercut – assembly from the left
right undercut– assembly from the right

The undercut length can be: D = 50, 100, 150, 200, 250 and max 300 mm.

Note: The total length of the plate contains the selected undercut length regardless of its size.

For example, a 6000 mm long plate with a undercut of 200 mm = 6000 mm (5800 mm core + 200 mm sheet).

Blachy Pruszyński performs two types of undercuts:

– full undercut, i.e. an internal sheet cut, tape on the outer trapezoidal cladding, undercutting of foam along the entire thickness of the plate core,

– incomplete undercut, i.e. cutting the inner sheet, undercutting of foam along the entire thickness of the core of the plate.

Individual undercut widths (regarding the range only from 50 to 300 mm) are possible, but without a tape on the outer – trapezoidal cladding with undercut of foam along the entire thickness of the core of the plates.

For PWD-PIR 40, 60, 80, 100, 120 min. The length of the plates with full undercut is 5,000 mm. Plates in lengths below 5,000 mm can only be made without a tape on the outer – trapezoidal cladding.

For PWD-PIR panels 160 min. The minimum length of the panels with full undercut is 4,000 mm. The PWD -PIR 160 board in a length of below 4,000 mm can only be made without a tape on the outer – trapezoidal cladding.