manufacturer’s catalogue - speed house group of companies · i take great pleasure in presenting...
TRANSCRIPT
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Manufacturer’s CatalogueSandwich panels
P R O F I L ESPEEDHOUSE
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I take great pleasure in presenting to you this catalogue of our company and hope
you are interested in the products illustrated. “Speed House” Group of Companies
was established in 1974 and today it is well known as a multi-dimensional conglom-
erate employing over 2000 well trained workforce, qualified in their respective fields
of specialization and constantly ensuring quality awareness in the manufacturing
process.
Our products have made a mark all over the local markets of U.A.E., Middle East,
South Asia and Russia. The groups’ strive for quality and market leadership, with
great emphasis on research, development, and procurement of quality materials
from Europe, U.S.A. and the Far East, has helped us maintain our strong market
leadership and goodwill, resulting in our products being listed in the “Guinness Book
Of World Records“ in 1993 and the record has not been broken since then. With
“SPEEDHOUSE” we are always with you to deliver your needs.
Founders Message
Dib Edmond HannaFounder and Chairman
Group General Manager
From a humble beginning to a leading group SPEED HOUSE GROUP OF COMPANIES
has gone through several different stages. Today SPEED HOUSE GROUP OF COMPA-
NIES is a ‘Total value provider’ and is determined to continue its growth momentum
by bringing the best Thermo Insulation Panel technologies & solutions to the region.
SPEED HOUSE GROUP OF COMPANIES can trace its origins back to 1974 and since
then, we’ve been adding innovative solutions to our portfolio which has made SPEED
HOUSE GROUP OF COMPANIES one of the market leaders in Thermo Insolated
panels solutions.
SPEED HOUSE GROUP OF COMPANIES now is one of the preferred business partners
to a number of renowned companies. We’re committed to transparency & excel-
lence which has not only enabled us to win our customer’s trust but has also been
inspiring us to offer even better solutions.
Michel Dib HannaGroup General Manager
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Together with the developing production technology
and good quality materials, the sandwich panels with high
bearing capacity can be manufactured. The bearing capacity
depends on the form of the metal surfaces in addition to the
density and thickness of the filling material of the panel, and the
panels can easily carry the loads that are heavier than their own
weights. With this capability, they are preferred as the coating material
for the roof and walls of the buildings. In fact, it is the most ideal construc-
tion material that can be applied in all buildings with steel, wood or reinforced
concrete construction. Furthermore, by means of the purlin distances to be
increased with an appropriate sandwich panel preference, it is possible to economize
from both construction material and the total assembly time.
The number of the joint points will reduce in addition to the assembly workmanship of the
surface being coated by using the sandwich panels, manufactured in lengths up to 12 meters, in
the buildings. With the developed transportation and carriage means, the greater wall and roof
surfaces can be coated in a short time, 10 min./m2 assembly time for the walls and 8 min./m2 assembly
time for the roofs can be used as data. Whilst the sandwich panel does not restrict the volume of the struc-
ture or the height of the building, the limit values are determined according to the bearing construction.
Although the standard component and limited length opportunities of the sandwich panels, unlimited design
opportunities are offered to the designers. The walls gain visual mobility by means of using variable colors or
coating the panels in vertical, horizontal or angled positions. Even with the aid of the multi-purposed panels in the
interior parts, the design possibilities of the designers improve. The joint details cover the points connected from
panel to panel and from panel to the bearing construction. Tight joints that fulfill the insulation functions can be
provided through using double lamp-bush form in the wall panels and generally using lamp-bush form in the roof
panels as well as using lateral overlay. What is expected from the joint points indeed is the air-tightness, thermal
insulation and easy assembly possibility. What is required with easy assembly is the full settlement of the elements
to each other without difficulty. As a result of the performed searches, it has been found out that the panels have
100 times better air-tightness capability than the most qualified windows.
ABOUTSANDWICH PANEL
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THERMAL INSULATION
Thermal insulation.Thermal conductivity of panels with polyisocyanurate or rigid poly iso
foam core is 0,020 W/mK.
DURABILITY
Durability. Protection against weather conditions, maintaining properties and appearance
for many years. When coating is properly selected for local conditions, several years’
durability of panels may be reached without any problem.
WATER PROOF
Waterproofness. Water, snow and damp will not get through. Perfectly finished joints
ensure complete waterproofness for many years, if installation standards are followed.
SOUND ABSORPTION
Sound absorption. Properly selected core material can give very good noise insulation
parameters.They are particularly important if insulation of outside noise, reduction of indus-
trial noise propagation to the outside of the building or noise reduction within the building
is required.
FIRERESISTANCE
Fire resistance. Properties according to the needs. Proper type of core can ensure reaching
fire resistance class up to EI120 (mineral wool). This enables protection of escape routes and
separation of fire compartments from each other. And is made through irreversable chemi-
cal reaction which prevents melting.
COSTEFFECTIVE
$$ $ Easy and quick installation, low construction costs. Operating costs lower than in other
buildings. mm thick IPR-PIR foam panel has the same heat-transfer coefficient U as a 75 cm
thick aerated concrete wall, 60 cm thick structural clay tile wall or a 190 cm thick brick wall.
BENEFITS OF PIR SANDWICH PANEL
INSULATED PANEL 11
SINGLE SKIN 07
ACCESSORIES 21
Purlins 22
27
32
Flashings and Gutter System
33
Gutter and Downspouts
35
Skylight
Fasteners
12
13
14
15
08
08
09
09
STANDARD COLORS 20
COLD STORAGE PANEL 17
Specification 20
HANDLING & INSTALLATION 38
Handling and Storage
General Recommendations
39
42
35/200 Single Skin
45/200 Single Skin
17/21 Single Skin
Tile Profile
10General Data
35/200 Insulated panel
45/200 Insulated panel
17/21 Insulated panel
35/205-1025 Tile Profile
16SH Ceiling and Wall Panel
18Cold Room Panel
19General Data
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SINGLE SKIN
SH 35 / 200 SINGLE SKIN
SH 45 / 250 SINGLE SKIN
TECHNICAL DATA
Available Thickness
Panel Length
Panel Width
Pro�le Height
Pitch
Available Materials
Panel Application
Available colors
Imperial Guage Range
Minimum of 1.5m up to a maximum of 12m
1000mm
35 mm
200mm
Aluminium, AluZinc, Galvanized Iron
Roof , Wall and Gable Cladding
RAL Range
:
:
:
:
:
:
:
:
TECHNICAL DATA
Available Thickness
Panel Length
Panel Width
Pro�le Height
Pitch
Available Materials
Panel Application
Available colors
Imperial Guage Range
Minimum of 1.5m up to a maximum of 12m
1000mm
45 mm
250mm
Aluminium, AluZinc, Galvanized Iron
Roof , Wall and Gable Cladding
RAL Range
:
:
:
:
:
:
:
:
SH single skin roof and wall systems consist of coated steel sheets rolled to six
different profiles; they may be used to form roofs - down to 4° pitch (6° if roof
lights are required) - and walls. The system includes a comprehensive range of
spacers, fixings, sealants, guttering, flashings and roof lights. The single skin
system offers rapid coverage and swift completion of a weatherproof building
envelope to give a high performance building.
0807
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SH 17 / 21 SINGLE SKIN
SH 35/205 TILE PROFILE
TECHNICAL DATA
Available Thickness
Panel Length
Panel Width
Pro�le Height
Pitch
Available Materials
Panel Application
Available colors
Imperial Guage Range
Minimum of 1.5m up to a maximum of 12m
1070mm
17 mm
21mm
Aluminium, AluZinc, Galvanized Iron
Roof
RAL Range
:
:
:
:
:
:
:
:
TECHNICAL DATA
Available Thickness
Panel Length
Panel Width
Pro�le Height
Pitch
Available Materials
Panel Application
Available colors
Imperial Guage Range
Minimum of 1.5m up to a maximum of 12m
1000mm
35 mm
205mm
Aluminium, AluZinc, Galvanized Iron
Roof
RAL Range
:
:
:
:
:
:
:
:
Life to first full repainting for coated profiles
Colors Wall profiles Roof profiles
Inland Costal
Group 1
Group 2
30
25
25
20
25
20
20
15
Inland CostalTable based on data from suppliers. Steel from other producers may have di�erent durability values.
GENERAL DATA
Durability
StructureSingle skin systems are designed to be supported by steel (Z & C) or timber purlins. Roof profiles are usually laid
with the broad valley resting on the purlin: wall profiles will usually have the narrow valley against the side rail. All
0.7mm thick trapezoidal profiles are suitable for spanning purlins at 1.8m centers. Consult Speed House' Technical
Department for guidance on using the profiles on purlins at centers greater than 1.8m. Steelwork for single skin
systems should be within the tolerances given in BS EN 1090-2:2008+A1:2011: fixing planes on adjacent purlins
should be less than L/600 apart (where L is the purlin spacing).
FixingsFixings for roof profiles provide restraint against wind uplift forces; those for wall profiles provide restraint and
support. Whilst profiles may be fixed through valleys or crowns, Speed House recommend valley fixing: accurate
fixing is easier to achieve, loads on the fixings are smaller, the fixings are less likely to distort the profile, and better
compression of the sealant is achieved at end laps. Fixings should be stainless steel or carbon-steel self drilling
screws, have press-on or integral caps to match the color of the profile and a 16mm diameter EDPM washer to
prevent water penetration. Fixings to light and heavy section steel should pass through the steel and leave 5mm of
thread exposed on the underside of the section. Fixing to timber must achieve a minimum 40mm embedment.
RequirementsSingle skin roof and wall profiles are manufactured in a process certified to ISO 9001:2008 . Installation warranty
Speed House Group of Companies offer an independent audit-based warranty for the single skin roofing and
cladding system. The QA + warranty, from Auditing Workmanship & Materials Division, provides pre-site and
on-site quality inspections and audits to ensure the high standards of construction and finishing which will
maximize service life and reduce maintenance costs. The QA+ warranty can be extended to a ten year insurance
backed warranty covering defects arising from poor workmanship, defective materials and damage resulting from
design defects.
The profiles have a predicted service life of 30 years. Time to first maintenance depends upon the finish and the
environmental conditions but can be as high as 20 years. Coatings will degrade more rapidly in industrial or coastal
air conditions and darker finishes will fade more rapidly than light ones
09 10
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THERMOINSULATED
PANEL
Sandwich panel construction techniques have experienced considerable develop-
ment in the last 40 years. Previously, sandwich panels were considered products
suitable only for functional constructions and industrial buildings. However, their
good insulation characteristics, their versatility, quality and appealing visual
appearance, have resulted in a growing and widespread use of the panels across a
huge variety of buildings. As a new material in structure, the polyurethane roof
panel has been the most suitable choice for many users. The polyurethane roof
panel is divided into two types: The three waves of polyurethane composite roof
panel, and the four waves of polyurethane composite roof panel. The characters
of PU roof panel are heat insulation, waterproof, soundproof, and easy to install.
The excellent function is the reason that so many people choice it as roof board.
SH 35/200 ROOF PANEL
TOP AND LINEAR SKIN SPECIFICATION
Available Thickness
Panel Length
Panel Width
Pro�le Height
Pitch
Available Materials
:
:
:
:
:
:
Imperial Guage Range / 0.4, 0.5, 0.68
Minimum of 1.5m up to a maximum of 12m
1000mm
35mm
200mm
Aluminium, AluZinc, P.P.G.I
Overall Heat Transfer Coefficient “ U “ ValueAvailable Form Thickness in mm
50
0.420
0.361
0.074
75
0.290
0.247
0.050
100
0.210
0.181
0.037
W / M2 K
KCAL / M2 h K
BTU / F t 2 h of
Roof Cladding
Gable Cladding
32
3232
32
32
104 104
200
17 26 17 16 16
22 22
1110
Top and Linear Skin Specification
INSULATION SPECIFICATION
Tensile Stress
Compression Resistance
Shear Resistance
K Value (Thermal Conductivity pf PU)
Tolerance
Water Absorption (After 24 Hrs)
Fire Property
:
:
:
:
:
:
:
150 kpa
100 kpa
100 kpa
0.022 W/mK
+/- 0.002
(0.032-0.035) gm / cm3
PIR - B2 - Class E (BS EN 13501-1) (BS EN 13501-5)
11 12
PanelApplications
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Overall Heat Transfer Coefficient “ U “ ValueAvailable Form Thickness in mm
50
0.420
0.361
0.074
75
0.290
0.247
0.050
100
0.210
0.181
0.037
W / M2 K
KCAL / M2 h K
BTU / F t 2 h of
Overall Heat Transfer Coefficient “ U “ ValueAvailable Form Thickness in mm
50
0.420
0.361
0.074
75
0.290
0.247
0.050
100
0.210
0.181
0.037
W / M2 K
KCAL / M2 h K
BTU / F t 2 h of
45/250 INSULATED PANEL
TOP AND LINEAR SKIN SPECIFICATION
Available Thickness
Panel Length
Panel Width
Pro�le Height
Pitch
Available Materials
:
:
:
:
:
:
Imperial Guage Range / 0.4, 0.5, 0.68
Minimum of 1.5m up to a maximum of 12m
1000mm
45mm
250mm
Aluminium, AluZinc, P.P.G.I
SH 17 / 21 PROFILE
TOP AND LINEAR SKIN SPECIFICATION
Available Thickness
Panel Length
Panel Width
Pro�le Height
Pitch
Available Materials
:
:
:
:
:
:
Imperial Guage Range / 0.4, 0.5, 0.68
Minimum of 1.5m up to a maximum of 12m
1025mm
35mm
205 mm
Aluminium, AluZinc, P.P.G.I
Roof Cladding
Gable Cladding
PanelApplications
Roof Cladding
Gable Cladding
Top and Linear Skin Specification
INSULATION SPECIFICATION
Tensile Stress
Compression Resistance
Shear Resistance
K Value (Thermal Conductivity pf PU)
Tolerance
Water Absorption (After 24 Hrs)
Fire Property
:
:
:
:
:
:
:
150 kpa
100 kpa
100 kpa
0.022 W/mK
+/- 0.002
(0.032-0.035) gm / cm3
PIR - B2 - Class E (BS EN 13501-1) (BS EN 13501-5)
Top and Linear Skin Specification
INSULATION SPECIFICATION
Tensile Stress
Compression Resistance
Shear Resistance
K Value (Thermal Conductivity pf PU)
Tolerance
Water Absorption (After 24 Hrs)
Fire Property
:
:
:
:
:
:
:
150 kpa
100 kpa
100 kpa
0.022 W/mK
+/- 0.002
(0.032-0.035) gm / cm3
PIR - B2 - Class E (BS EN 13501-1) (BS EN 13501-5)
13 14
PanelApplications
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Overall Heat Transfer Coefficient “ U “ ValueAvailable Form Thickness in mm
50
0.420
0.361
0.074
75
0.290
0.247
0.050
100
0.210
0.181
0.037
W / M2 K
KCAL / M2 h K
BTU / F t 2 h of
Overall Heat Transfer Coefficient “ U “ ValueAvailable Form Thickness in mm
50
0.420
0.361
0.074
75
0.290
0.247
0.050
100
0.210
0.181
0.037
W / M2 K
KCAL / M2 h K
BTU / F t 2 h of
SH CEILING AND WALL PANEL
TOP AND LINEAR SKIN SPECIFICATION
Available Thickness
Panel Length
Panel Width
Pro�le Height
Pitch
Available Materials
:
:
:
:
:
:
Imperial Guage Range / 0.4, 0.5, 0.68
Minimum of 1.5m up to a maximum of 12m
1180mm
3 mm
130 mm
Aluminium, AluZinc, P.P.G.I
PanelApplications
Ceiling Cladding
Wall Cladding
Gable Cladding
SH 35/205 - 1025 TILE PROFILE
TOP AND LINEAR SKIN SPECIFICATION
Available Thickness
Panel Length
Panel Width
Pro�le Height
Pitch
Available Materials
:
:
:
:
:
:
Imperial Guage Range / 0.4, 0.5, 0.68
Minimum of 1.5m up to a maximum of 12m
1070 mm
17 mm
21 mm
Aluminium, AluZinc, P.P.G.I
Roof Cladding
Gable Cladding
Top and Linear Skin Specification
INSULATION SPECIFICATION
Tensile Stress
Compression Resistance
Shear Resistance
K Value (Thermal Conductivity pf PU)
Tolerance
Water Absorption (After 24 Hrs)
Fire Property
:
:
:
:
:
:
:
150 kpa
100 kpa
100 kpa
0.022 W/mK
+/- 0.002
(0.032-0.035) gm / cm3
PIR - B2 - Class E (BS EN 13501-1) (BS EN 13501-5)
Top and Linear Skin Specification
INSULATION SPECIFICATION
Tensile Stress
Compression Resistance
Shear Resistance
K Value (Thermal Conductivity pf PU)
Tolerance
Water Absorption (After 24 Hrs)
Fire Property
:
:
:
:
:
:
:
150 kpa
100 kpa
100 kpa
0.022 W/mK
+/- 0.002
(0.032-0.035) gm / cm3
PIR - B2 - Class E (BS EN 13501-1) (BS EN 13501-5)
15 16
PanelApplications
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COLDSTORAGE
PANEL
SH Cold Storage Panel is a long spanning insulated panel which is light in weight and
easy to install for external walls, partitions and ceilings. Speed House cold storage
panels function as walls, ceilings and roofs for coolers, freezers and food processing
buildings. In addition, SH panels are ideal for dry goods warehouses and other
controlled-environment buildings where temperature control and insulation values
are critical. SH designs and manufactures cold storage panels, which comprise of two
steel skins that are injected with high pressure polyurethane foam, with a double
tongue and groove jointing method. This design gives a 100% reliable thermal perfor-
mance and insulation continuity, no cavities, no gaps, no cold bridges or interstitial
condensation risk.
Overall Heat Transfer Coefficient “ U “ ValueAvailable Form Thickness in mm
100
0.290
0.247
0.050
150
0.210
0.181
0.037
W / M2 K
KCAL / M2 h K
BTU / F t 2 h of
COLD ROOM PANEL
TOP AND LINEAR SKIN SPECIFICATION
Available Thickness
Panel Length
Panel Width
Pro�le Height
Pitch
Available Materials
Cam Lock
:
:
:
:
:
:
:
Imperial Guage Range / 0.4, 0.5, 0.68
Minimum of 1.5m up to a maximum of 12m
1180mm
3 mm
130 mm
Aluminium, AluZinc, P.P.G.I
With / Without
PanelApplications
Ceiling Cladding
Wall Cladding
Gable Cladding
Top and Linear Skin Specification
INSULATION SPECIFICATION
Tensile Stress
Compression Resistance
Shear Resistance
K Value (Thermal Conductivity pf PU)
Tolerance
Water Absorption (After 24 Hrs)
Fire Property
:
:
:
:
:
:
:
150 kpa
100 kpa
100 kpa
0.022 W/mK
+/- 0.002
(0.032-0.035) gm / cm3
PIR - B2 - Class E (BS EN 13501-1) (BS EN 13501-5)
17 18
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GENERAL DATA
Use 100%polyurethane insulation panel, density about 44~46kg/m3, with gasket, with flame retardant. Panel
thickness: 100mm, 150mm
Temperature range
Size
Functions
Operation
:
:
:
:
-40~+15c are all available
Customization
Fresh-keeping, quick-freezing, Fire-proof, Air-conditioning are all available
Fully automatic control system
Temperature Type Panel Thickness (mm)
PU sandwich panel
-25C to -10C
0~`10C
-40C to-25C
PU sandwich panel
PU sandwich panel
150
150,200
50, 75,100, 150
Refrigeration cold room PU panel /cold room panel manufacture Speci�cationsWalk in freezer, and can do any size and temperature according to the customers' requirements.
RAL 1014(Ivory)
RAL 9002(Off White)
RAL 5012(Light Blue)
RAL 9003(White)
RAL 1001(Beige)
RAL 3002(Red)
RAL 9003(PVC coated)
RAL BS12B21(Emirates
Green)
SpecificationAluminum profile sheet is 0.46mm up to 0.63mm thick Alloy A3105 – H16 Temper from tension leveled coils –
Different alloys can be supplied on request.
GI & Alu. Zinc coated steel profile sheets 0.38, 0.48 to 0.63mm thick as per ASTM A 656 for GI & ASTM A 792
for Alu. Zinc – Different grades can be supplied on request.
Paint is baked regular modified enamel polyester, with 5 micron primer and 20 micron coat on the weathering
side and 5/7 micron primer on the revers – PVDF, Silicon, Modified Polyester, Plastisol & ARS coating on request
is applicable.
Plastisol is a liquid substance that can be converted into a solid plastic simply by heating, consisting of particles of
synthetic resin dispersed in a nonvolatile liquid. Some products, called Plastisols , contain no solvent and consist
of polymers dispersed in a liquid plasticizer.
Requirements
Detailed Product Description
Feature of modular cold room
Condensing unit
Evaporator
Insulation panel
Other accessories
:
:
:
:
Blitzer, Copeland, Maneurop and Fusheng
Air-cooler
Polyurethane (density is up to 40~46kg/m3 )
World-famous brands, like Danfoss, castle, every control, Siemens
Components
Polyurethane insulated panel, customized size
Standard hinge door
Mono block refrigeration unit.
ApplicationMetal sheet can be with painted steel sheet and stainless steel for choice.
With electric heating wire around doorframe to void icing.
Safe doorknob inside.
Positive plastic seal fixed to door to avoid cooling air losses.
We can do customized dimension according to customers' requirements.
STANDARD COLORS
19 20
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Z & C PURLINS &ACCESSORIES
Speed House manufacture a complete range of structural C and Z
section purlins and girts for a wide range of applications. Made from
quality, high tensile galvanized steel, Speed House purlins and girts
can be supplied plain or punched.
PURLINS
General DataThe "Z"- and "C" shaped sections of SPEED HOUSE are accurately roll-formed via cold forming from high-strength
zinc-alloy coated steel in order to provide an efficient, lightweight and cost efficient roofing, cladding and walling
support system, for framed structures. (Purling and girt system)
ApplicationsThe SPEED HOUSE "Z" shaped section may be used over single spans, un-lapped continuous spans and lapped
continuous spans in multi-bay buildings. Lapped spans result in a considerable load bearing capacity increase in
the system. The SPEED HOUSE "C" shaped section may be used over single spans and un-lapped continuous spans
in multi-bay buildings. They are ideal as eave purlins or where compact sections are required. The "C" shaped
section cannot be used in overlapping structures.
Material specifications - standardsThe "Z" and "C" shaped section structural elements are manufactured through cold forming procedure from
zinc-alloy coated steel Zinc-hi-ten® which minimum yield stress is by 60% higher than the respective profiles
formed through hot forming. This means that we can use sections of minimum thickness and weight, resulting in
reduction of the time and the cost of the construction. They are classified as "thin gauge member" profiles and the
study as well as the analysis concerning their application is conducted according to the provisions of the European
standard EN 1993-1.3.
Steel Quality: G450 (according to AS 1397-93) or S450GD (according to EN 10147-2000) with guaranteed minimum
yield stress of 450 N/mm2 .
Range of products and services
The full range of "Z" and "C"- shaped profiles.
Technical information for cleat less connections.
Bolting systems to suit all project requirements.
Corrosion protection warranty.
Technical advice on improving the life expectancy of purling systems in corrosive environments.
Access to a network of experienced engineers.
Base Metal Thickness (BMT) 1.5mm - 2.0mm - 2.5mm - 3.0mm
In standard production the material used is hot-dipped galvanized, type Z275, zinc-alloy coated (with a minimum
coating density of 275 gr./m2 ) steel (according to AS 1937-93 & EN 10147-100). Upon request, purlins can also be
manufactured from hot dipped galvanized, type Z350, zinc-alloy coated (with a minimum coating density of 350
gr/m2 ) steel, for applications in aggressive and severely corrosive environments.
Corrosion protection
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SPECIFICATION
20
20
20
20
20
20
Lip
1.5 to 2mm
1.5 to 2mm
1.5mm/2mm/2.5mm
1.6 to 3mm
1.6 to 3mm
1.6 to 3mm
ThicknessFlange
50
70
70
80
80
80
Web
100
140
180
210
250
300
C PurlinC Purling are horizontal structures that are used to support the load from the
roof deck or the sheathing. The plane surface of this purling on one side has
made it a preferred material for cladding due to its easy installation on concrete
structures or steel. Our range purling are light in weight and perfect for simple
span construction
SPECIFICATION
20
20
20
20
20
20
Lip
1.5 to 2mm
1.5 to 2mm
1.5mm/2mm/2.5mm
1.6 to 3mm
1.6 to 3mm
1.6 to 3mm
ThicknessFlange
50
70
70
80
80
80
54
60
60
70
70
70
Web
100
140
180
210
250
300
Z PurlinZ Purlin are made using cold-formed or rolled sheets for supporting roof. The
flexible shape of these beams facilitates various designs solutions. These
purling are extensively used in huge roofing solutions such as godowns, work-
shops, industrials sheds and many more. The range is known for saving up to
50% on structural sheet in comparison with hot rolled angles. Our purling are
crisp and clean in design and do not allow the scope of inaccurate lengths
Minimum distance from the end section 35mm.
Minimum centre holes distance in perpendicular axe 65mm.
Sleeve system
Freely supported continuous fixing
The SPEED HOUSE "Z" and "C" shaped section are produced in standard dimension and length upon request from
2.000mm to 12.000mm according to the engineering design data. Are produced according to the desired hole
punching with the following restriction:
Dimensions
The "Z" shaped sections structural elements of SPEED HOUSE feature two flanges of different width so that two
elements with the same static height can overlap, fitting perfectly to each other. In this way, we achieve to bridge
multiple spans with continuous purlins. This purlin fixing method is called continuous and provides the advantage
of practically doubling the purlin thickness at its fixing points, where bending moments and shear forces have
maximum values, thus improving the load bearing capacity as well as the rigidity of the system. The structural
elements of "Z" profiles with the same static height but different thickness can be overlapped in any combination.
Other fixing methods:
“Z”- shaped profiles
The "C" shaped sections structural elements of SPEED HOUSE feature two equally sized flanges and are ideal for
use as purlins, girths as well as door and window frames. They cannot be overlapped and they are only installed
freely supported over single spans or continuous spans with the ends butted.
“C” shaped sections
23 24
Z and C Purlin pro�le Mechine
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Z & C Purlins Rail Cleats data sheet
Z & C Fastners data sheet
Purlins, Both C and Z, are available in various sizes rolled. They can be ordered plain or with Holes pre-punched, as
per standard end punching or punched to any layout required. The standard maximum length for delivery of
purlins is 12 meters. Lengths that are greater than 12 meters long are obtainable. However they then require
special delivery vehicles, pre-arranged delivery times and on-site handling capabilities
Z PURLINS: Sections are made with one flange broader than the
other. When one purlin is rotated 1800 two sections can be
bolted together enabling them to be lapped. Lapping the purlins
over interior supports improves the load capacity and rigidity of
the purlins. Z sections purlins can also be used, like C sections,
in the application of simple spans.
Standard cleats are normally supplied back bare metal suitable for welding to rafters. By arrangement cleats can
be supplied with additional holes in the base leg of angle cleats for bolting to rafters on site and supplied with a
finish hot dipped galvanized/or painted with standard primer.
Standard Purlin/Rail CleatsAll holes 14 mm for 12 mm bolts .
C PURLINS: Sections have flanges which are equal in size and are
commonly used for simple supported spans. C sections are not
lapped together, for continuous spans they are end butted.
Top and Linear Skin Specification
SET SCREWS - ZINC PLATED CLASS 8.8 METRIC FINE
Name
Size
Finish
Head Type
Material
Grade
Standard
Non-Standards
:
:
:
:
:
:
:
:
ASTM F593 bolt
M4-M100 1/4 - 4" or non-standard (as request & design)
Plain, Zinc Plated, Black Oxide, Hot Dip Galv.et
Hex head
Carbon steel, stainless steel, alloys steel etc.
a2,a4,4.8,8.8,10.9,12.9.etc, A2 -70, A4 -80 ect.
GB, DIN, ISO, ANSI/ASTM, BS, BSW, JIS etc.
OEM is available, according to drawing or samples
SIZE
M12 X 35
M12 X 40
M12 X 45
M12 X 50
M12 X 60
M12 X 90
M12 X 100
Z purlin Standard
C purlin Standard
X
BGAP
B
X
GAP
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Flashings are made using cold-formed or rolled sheets for supporting roof. The flexible shape of these beams
facilitates various designs solutions. These purling are extensively used in huge roofing solutions such as godowns,
workshops, industrials sheds and many more. The range is known for saving up to 50% on structural sheet in
comparison with hot rolled angles. Our purling are crisp and clean in design and do not allow the scope of inaccu-
rate lengths.
From left to right: gable �ashing (SGB) as bargeboard with angled gable �ashing (SVGB) underneath, and at the point where the wall and roof panels meet sill �ashing (SUBG) mounted externally and sill �ashing (TFBI) mounted internally.
A ridge capping (NP170) is mounted on a seal pro�le. A �ll-in insulation strip between the two panels and an interior ridge plate (NPI200) under the panels.
Panel joint, bare section without �lling 300 mm with compriband sealing tape.
Behind the KFK fascia bracket are a front �ashing (SFB) and a z-shaped eaves pro�le (STFP), and a sill �ashing (SUBL) up against the wall panel on the outside.
FLASHINGS & GUTTER SYSTEM
Corner �ashing (SHBY) and a
gable
Wall panels mounted on steel framework with compriband sealing tape. A �ll-in insulation strip between the panels and sealing tape on the outside. A pilaster (SPIL) is mount-ed on the panels with compriband sealing
Below: an exterior base cover �ashing (SUSB). A 10 mm thick seal in the sill runner (S20) with a 10 mm sill seal under-neath. On the inside an interior base cover �ashing (SISB).
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NPI200 Interior ridge plate
STFP Eaves profile
SFB Front flashing
NP170 Ridge capping
(1.2 mm galv)
SGB Gable flashing
SHBY Corner flashing
SUBL Sill flashing long side
SVGB Angled gable flashing
SISB Base cover flashing interior
TFBI Sill flashing interior
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SUSB Base cover flashing exterior Gutter Drop
SPIL Pilaster
SFOB Case flashing
SOB Drip flashing
SUB Sill ledge
GUTTER DETAILS
Thickness
Specification
Length
MECHANICAL PROPERTIES
Flexural Strength
Tensile Strength
Impact Strength (Izod notched)
Flexural Modulus
Tensile Modulus
Hardness (Barcol 934 - 1)
Guage 22
Flashing manufactured from same
material of roof and wall panels
1000 mm
120 Mpa
80 Mpa
45 Kj/m2
7000 Mpa
8000 Mpa
40-45
Tensile Elongation 1.8 %
THERMAL PROPERTIES
Thermal Co-efficent (k)
Co-efficient of Linear Expansion
Operating Temperature
0.2 W/ mk
26 x 10 -6 / oC
Up to 80o C
PHYSICAL PROPERTIES
Dimensional tolerance
Water Absorption (7 Days)
Internal Finish
120 Mpa
31 mg.(BS 2782, Part 4: Method 430 A-83)
Plain semi gloss UV resistant gelcoatfinish to grey/ white colour
External Finish Resonably smooth flow coat finish
Elbow
Extended Elbow
Joint Adapter
O�set Adapter
Downspout
GUTTER AND DOWNSPOUTS
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MECHANICAL PROPERTIES
Flexural Strength
Tensile Strength
Impact Strength (Izod notched)
Flexural Modulus
Tensile Modulus
Hardness (Barcol 934 - 1)
120 Mpa
80 Mpa
45 Kj/m2
7000 Mpa
8000 Mpa
40-45
Tensile Elongation 1.8 %
PHYSICAL PROPERTIES
Light Translucency
Light Translucency
Light Diffusion
70-75% (for normal double skin)
85-90% (for 1mm thick single skin)
Moderately diffusing
Light Diffusion Length: +5mm Width: +10mm
Water Absorption (7 days) 30mg. (BS 2782, Part 4: Method 430 A-83)
THERMAL PROPERTIES
Thermal Co-efficent (k)
Co-efficient of Linear Expansion
Operating Temperature
0.2 W/ mk
26 x 10 -6 / oC
Up to 80o C
DIMENSION
Cover Width of panel ‘W’
Cover length of panel ‘L’
Length of end lap ‘a’
Distance between GRP spaces ‘b’
Thickness of panel ‘t’
To be advised by client as per site requirement.
Shall be equal to the cover width of top profiled sheet.
Standard size is 200mm, but can be varied as per requirement.
Shall be equal to the pitch of the purlins.
Shall be equal to the thickness of composite panel in use.
The Polycarbonate SH Skylight is a great way to shed some natural light into the factory, home, garage, garden shed
and farm building. It offers a way to achieve the best combination of heat and light transmission. SPEED HOUSE
manufactures polycarbonate skylights using UV stabilized resins to allow optimal radiation filtering and durability.
We offer high quality performance polycarbonate skylights which are developed for UV (Ultraviolet) protection.
Our polycarbonate skylights can be customized according to your length specifications.
SH Series Skylights are distinguished by their easy installation and their long-wearing durability.
SH Skylights are 50 times more impact resistant than acrylic skylights, 200 times more impact resistant than
glass and UV stabilized for long lasting protection.
Polycarbonate skylights resist temperature extremes from a frigid - 60° below zero to an oven baking +250°.
Available in a bronze exterior with a clear or frosted interior finish
Each layer of air between domes enhances thermal protection.
Bronze and white metal curbs available for appropriate models.
Curb mount design can be used on any roof type and requires minimal time and effort, making installation
easier.
20-year limited warranty protects your investment and gives you peace of mind.
SKYLIGHT SOLUTIONS
Advantages
33 34
*Standard Colors : Clear, Green, Blue, Opal white, Blue Brown, Red,Yellow, Silver-Blue Translucent, Opaque
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FASTENERS
Primary FastenersThese fasteners are designed to transfer all loads on the cladding system back to the supporting structure so their
strength is particularly important. If the fasteners are exposed they must also provide a weather tight seal. They are
normally used in the valley of the profile. If crown fixing is recommended by the manufacturers, saddle washers
are usually required.
Secondary FastenersThese fasteners are used to connect side laps, flashings etc. and they are not normally considered as structural.
However, where the fasteners are providing lateral restraint or in a stressed skin design, their strength would have
to be considered in the structural calculations.
TYPE APPLICATION
Self- Drilling &
Tapping
Self- Drilling &
Tapping
Self- Drilling &
Tapping
Self- Drilling &
Tapping
Self- Drilling &
Tapping
Mini-zed to purlin
through ferrule
Bracket to purlin
Outer sheet to spacer
Composite and site-
assembled composite
TYPE APPLICATION
Self-Tapping
Self-Tapping
Metal sheet to hot
rolled steel
Metal sheet to timber
INSTRUCTION FOR CORRECT
TIGHTENING
METAL CAP
STOM WASHER + SEALING WASHER
APPLICATION
LOOSE CORRECT OVER-TIGHTENED
Self- Drilling
Stitcher Screws
Self- Drilling &
Tapping
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HANDLING &INSTALLATION
We offer a wide range of versatile accessories, including fasteners
for fixing the panels and flashings, profiles, flashings as well as
sealants and insulation.In addition to primary fixing (securing panels on structure),
secondary fixing elements should also be applied along panels’
joint, in order to improve joint tightness, and ensure a uniform
effect of panels. Such fixing elements (e.g. 6.3x25mm plus
saddle cap), are placed on joint rib, between supporting
purlins, and at maximum distance 1200mm
Roof InstallationRoof panels should be secured on roof structure as per fixing scheme indicated below.
Fixing positions:
Panels’ downstream edge
(gutter). One screw withorigi-
nal saddle cap, on each rib.
1
Intermediate supports.One
screw with original saddle cap,
on joint rib, plus one more on
alternating internal ribs.
2
Eventual overlapping position.
One screw with original saddle
cap, on each rib.
3
Panels’ upstream edge (ridge).
One screw with metal washer
and EPDM gasket, on each low
rib (between main ribs),
underneath ridge flashing
element.
4
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1. PackingPanels are delivered in packages, each of them consisting of a certain number of piled-up panels. The number of
panels per package is defined taking into consideration:
2. TransportationLoading and off-loading packs by crane or fork-lift should be carried
out with care to avoid damage to the outermost sheets or panels in
the pack. Never off-load with chains, use only wide soft slings for
lifting. Use lifting beams, if recommended by the manufacturer.
Loading and off-loading packs by crane or fork-lift should be carried
out with care to avoid damage to the outermost sheets or panels in
the pack. Some sheets and panels are supplied with a protective
plastic film on the weather face to help prevent minor damage to the
coating. This must be removed as soon as possible after the cladding
has been installed because if it is left in place for long periods the film
will become very difficult to remove.
Each package is supported by polystyrene spacers thickness 70mm, along package’s length, every 900/1000mm.
Packages are wrapped – together with the polystyrene spacers – with several layers of polyethylene film, and are
labeled with the necessary information (package identification number, packing list, handling instructions, etc.).
Panel’s type
Panel’s thickness
Panels’ length
Type of transportation means
Optimization of loading plan
3. Handling Panels’ packages handling (unloading and movement) and storage at project site is a delicate phase during which
panels might get damaged. For this reason, the following instructions should be thoroughly observed:
Recommended only for short (<6.00m) and light packages, and only in case of leveled and smooth terrain.
Forks should be longer than packages width.
Forks should be spread apart as much as possible.
Forks’ upper surface should be clean and smooth, in order to avoid damages on panels’ surface.
Never unload more than one package at a time.
Unloading with forklift
Lift the packages with at least 2 nylon straps/belts.
Make sure straps are not twisted.
Make sure straps remain at their position (one apart from the other) by using a spreading truss of adequate
length.
Protect panels’ edges (tongue and groove joint configuration) from getting damaged by the straps, by placing
wooden planks between package and straps, both at bottom and top of the package. Wooden planks should
be of adequate strength, width minimum 200mm, and longer than packages’ width by approx. 2cm.
Never unload more than one package at a time.
Unloading with crane
The manual handling of the single element must be made by at least two persons, and held on their side as illustrat-
ed. The handling must be done by using appropriate protective equipments (gloves, safety shoes, coveralls, etc), in
conformity with the applicable standard. The manual handling of the single element must be done by elevating the
element without slithering it on the lower one and turning it sideways beside the panel. Handling equipments, like
gloves, should be cleaned to not cause damage to the panels.
Lifting
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GENERAL RECOMMENDATIONSAs in all building work, good safety standards are essential to prevent accidents. In accordance with the Health and
Safety at Work Act and the Construction (Design and Management) or CDM Regulations, the building should now
be designed with safety in mind, not only for the construction period itself but also throughout the normal life of
the building. This must include considering the safety of people involved in maintenance, repair and even demoli-
tion. It might mean providing permanent access to the roof via a fixed ladder and hatch, walkways and parapets,
for example.
Inspection and maintenance
Construction of the roof is one of the most hazardous operations because of the potential for falls or material
dropping onto people below. The contractors must plan and document a safe system of work before starting
construction. This would take the fragility of the cladding materials into account, but initially, safety nets are
normally used. Whilst fully fixed metal roof sheeting is regarded as non fragile, roof lights and profiled metal liners
must be treated with more care.
The strength and visibility of some roof lights can deteriorate during the normal life of a building and present a
hazard to maintenance workers, particularly if they have not been trained. The roof lights are usually fixed with
fasteners with red plastic heads, to highlight their positions. This sort of information must now be detailed in a
safety file prepared by the planning supervisor (using information provided by the designer) and passed on to the
client at handover. If in doubt about safety issues, guidance can be obtained from the construction section of the
local Health and Safety Executive.
Roof cladding and gutters should be inspected at regular intervals and any deposits such as leaves, soil or litter
must be removed. Any areas of corrosion or damage should be repaired in accordance with the manufacturer’s
maintenance manual.
Roof traffic should be kept to a minimum and must be restricted to authorised trained personnel only, using appro-
priate safety measures.
In addition to the basic safe system of working the following specific precautions should be taken when using
metal cladding:
Take care when handling sheets to avoid cuts from the edges of the sheets. Wear gloves to protect hands. Take normal precautions when lifting heavy awkward objects to avoid lifting injuries, in accordance with the manual handling operations regulations.
When cutting wear goggles and dust masks.
For panel of a certain dimension (over 4 meters for a 80-100 mm thick panel), the handling must be done with a
special hoist or crane (as the excessive weight of the panel makes it impossible for the manual handling).
The panel is anchored to the handling mechanisms provided by lifting
beam with two or more clamps, connected with ropes, agents on the side
of the panel. A valid alternative is also the handling by lifting beams
equipped with suction cups.
N.B.: For anything not expressly stated, you should apply the AIPPEG rules.
Moving long and heavy panels on the roof by hand, could be difficult or even dangerous. In such cases it is recom-
mended that packages are not lifted on the roof structure, but left on the ground, and panels are lifted one by
one on the structure, by means of crane and special lifting clamps .
Lifting clamps should be applied
on the full rib of the panels.
Lifting clamps are connected with
ropes on a spreading truss, which
is lifted by crane. At least two (2)
clamps should be used. In this
way, roof panels are transferred
directly to their final installation
position.
Stacks should be carefully positioned and stored on site to prevent damage or deterioration. Particular attention
should be paid to the following points:
Some sheets and panels are supplied with a protective plastic film on the weather face to help prevent minor
damage to the coating. This must be removed as soon as possible after the cladding has been installed because if
it is left in place for long periods the film will become very difficult to remove. Individual manufacturers’ instruc-
tions should always be followed.
4. Storage
Position away from vehicle and pedestrian routes
Site on bearers on firm flat ground
Cover and ventilate
Ensure labeling is intact
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Factory
Speed House composite panels range
represent a complete system of pre-insulat-
ed monolithic metallic panels used for
building roof and wall for various kinds of
industrial and civil structures. Our Profile
Division has the daily capacity to produce
1850 m2 of Insulated Composite panels
and 3600 m2 of Single Skin sheets.
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WHY SH PROFILE DIVISIONSH Pro�les exists in a complete synergy with rest of the speed house group companies. The idea of having a common manufacturing facility is to compliment each others production successfully. keeping the same in mind we o�er a complete turnkey solution. The entire energy brings forth an atmosphere of a single point of contact for client and also make quali-ty control economical and easier. A basic project executed by speed house group will look something like this :-
CONTRACTINGCIVIL, INFRASTRUCTURE & CONTRACTING
PREFABPREFABRICATED BUILDINGS
QUBESCONTAINER CONVERSION
TEMCOPPADGRC ELEMENTS
ICC GRP ELEMENTS & TANKS
SH PROFILETHERMO INSULATED PANEL DIVISION
SH INTERIORINTERIOR FIT-OUTS & FURNITURE
THE POD COMPANYKITCHEN & BATHROOM POD
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DOWNLOAD BROCHURE
P R O F I L ESPEEDHOUSE
P.O. Box: 627, Ajman, United Arab Emirates
Tel: +971 (6) 748 2929, Fax: +971 (6) 748 2268
Web
Head Office
Branches
KSALEBANON
www.speedhouse.com
:
:
speedhousegroup