Elegance SC Solar Control · 2016. 3. 7. · Elegance SC Solar Control Design 3 Helping to make today’s buildings perform Elegance SC Solar Control has been developed to complement

Sapa Building System

Elegance SC Solar ControlTechnical Data Sheet

EPICC421+D11+D13:X46

CI/SfB

UniclassL3811+L411+L413:P43

July 2009

Xh4(21.4)+(31.4)+(31.5)

Elegance SCContentsDesign featuresPerformance dataSupport servicesProfile inertia valuesWindloadingGeneral arrangementsHorizontal Parallel Shading - Continuous 90o bladeHorizontal Parallel Shading - Intermittent 90o bladeHorizontal Parallel Shading - Extended - Continuous 90o bladeHorizontal Parallel Shading - Continuous 45o bladeHorizontal Parallel Shading - Intermittent 45o bladeHorizontal Parallel Shading - Projected - Continuous 45o bladeHorizontal Projecting Shading - Braced - Continuous 45o bladeHorizontal Projecting Shading - Cantilevered - Continuous 45o bladeHorizontal Projecting Shading - Braced - Intermittent 45o bladeHorizontal Projecting Shading - Cantilevered - Intermittent 45o bladeHorizontal Projecting Shading - Braced - Continuous ‘Z’ or ‘C’ bladeHorizontal Projecting Shading - Braced - Intermittent ‘Z’ or ‘C’ bladeVertical Parallel Shading - Continuous 90o bladeHorizontal Projecting Shading - Side arm multiple blade combinationHorizontal Projecting Shading - Side arm multiple blade combination

2

FM01154

3467

1014151617181920212223242526272829

DesignElegance SC Solar Control 3

Helping to make today’s buildings performElegance SC Solar Control has been developed to complement the Sapa range of windows andcurtain walling and meet the ever increasing energy demands put on the building facade.

Correctly positioned, Elegance SC can provide additional comfort to the building user by reducingsolar glare from high solar altitudes during the summer months, and by maximising solar gain in thewinter months to increase internal building temperatures from the low solar altitudes. Variousconfigurations of shading are available with unique characteristics for each individual application.

Certain configurations provide partial shading which may lead to temperature differentials on thesurface of the glass during peak times of the year. Always check with yourglass supplier to ensure the specified glazing is suitable for use with EleganceSC Solar Control.

Total solutions from SapaThe introduction of Elegance SC Solar Control can significantly reduce theamount of solar radiation on the building facade and therefore reduce theamount of solar gain inside the building. The lower internal temperature

reduces the necessity for mechanical cooling, thus cutting energy usage and operational costs.On average, the monetary operational cost of mechanically cooling a building is three times moreexpensive than mechanically heating.

ProductElegance SC solar control system.

Design VariantsCan be constructed to form -- Horizontal Projecting Shading - Horizontal Parallel Shading- Vertical Parallel Shading

CompatibilityCan be fitted directly to Elegance 52curtain walling or used in conjunctionwith any other Sapa BuildingSystems window, ground floortreatment or facade system.

ApplicationSuitable for installation in new buildor refurbishment projects inresidential, commercial or publicbuildings. Can also be retro-fitted toexisting installations.

FinishesShading blades for all three variantsof the system can be supplied ineither polyester powder coated oranodised finishes. When using theEco and Aero clip method ofassembly, the connection bracketsMUST be polyester powder coated toensure the correct engagementbetween the shading blade and theclip bracket is constantly achieved.

SoftwareBespoke software is available toassist in evaluating the mostappropriate shading solution. Thepath of the sun, orientation of thebuilding and optimal spacing andalignment of blades can all bedetermined. Snow loads and winddeflection calculations can also befactored into the model.

For more details, or to talk to aProject Consultant, contact theMarketing Department on 01684853500.

The essential elements for effective solar shadingThe key to designing an effective solar shading solution is understanding four key elements which canaffect how well a system performs. The changing seasons, effects of different times of the day andthe orientation and location of a building all play their part in a system’s specification.

Our Project Consultants will help you to ensure your building’s specification delivers at every level.

Season Time of dayLocation Orientation

TerminologyHorizontal Projecting ShadingA series of horisontal blades projectingdirectly out from the façade. This configuration works best on South,South-East or South-West facing elevations,although there can be some benefit on otherorientations, dependant on the projection.Generally a greater projection blocks moreradiation, although for a South facingelevation, there is very little additional benefitby increasing the projection more than 0.8times the window height. For windows that are tall and narrow,increasing the width of the shading beyondthe jambs of the window is more effectivethan increasing the projection of the shading.For other windows width extenstions arerequired to acheieve full shading. When connecting the horizontal projectingshading to a curtain wall using the cappingbrackets (SCP210), additional bracing isrequired by means of a tie-rod (RC615/R133)to support the loads. Where un-supported(without bracing) horizontal projecting shadingis preferred, the heavy duty arm (SC151) canbe cantilevered from the curtain wall usingmullion brackets (SCP211or SCP212) to amaximum dimension of 1.2m, based upon themaximum blade spans and load conditions.Un-supported spans that exceed 1.2m willhave to be calculated on a project basis,depending on the site load conditions andblade spans. Contact Sapa Building Systemsfor more information.Attaching arms to the curtain wall may havean effect on the mullion required and willdepend on the position of the arm bracketrelative to the mullion tie backs. This will haveto be calculated by a structural engineer on aproject basis, depending on the site loadconditions and blade spans.

Horizontal Parallel ShadingA series of horizontal blades are mountedabove one another and connect directly tovertical façade.This configuration is the most effective atblocking radiation on west and eastelevations, although the amount oftransmittance will depend on the angle andthe set-out of the blades, as well as theamount of reflectance afforded by the colour.It can also reduce the level of natural lightwithin the building.For South West and South East elevations, ablade angle of 0° will block out most of the

incoming solar gain, whilst allowing for someview out. On other elevations the blades willrequire a greater degree of tilt in order toblock out solar gains.

Vertical Parallel Shading Vertical blades project out either side of awindow, or connected directly to the transomson a vertical façade. For window applications the blades shouldextend well beyond the top of the frame forthe best results. This configuration is most effective on theNorth elevation where the blades can blockout most of the sunlight, but it also makes auseful contribution on the North-East andNorth-WestVarious categories of shading are alsoavailable depending on budget, aestheticsand design requirements.

Product variantsEco ClipDeveloped to provide maximum shading to afaçade, both in terms of area coverage andconfiguration options, whilst using simpleprofiles that are lightweight and inherentlyeconomic.Fully integrated with the Elegance 52 curtainwall system, there are two blade typesdepending on the aesthetic requirements ofthe project.The Eco clip system can be horizontallyprojecting to create a canopy shade, using auniversal arm that is supported by means of astainless steel tie rod with an aluminiumcover. The blades can be fitted beneath theuniversal arm to create a continuous run ofshading, or they can be fitted between thearms to create a framed appearance.The Eco clip system can also be installedhorizontally parallel, either by directly fitting tothe mullion feature cap to create a continuousrun of shading, or by fitting between themullion feature caps.

Aero ClipDeveloped to provide suited solutions for allapplications, with an emphasis on eyecatching design and large spans.Three depths of blade, together with acomplimentary bull nose profile, have beenengineered to span greater distancesbetween fixing points, which reflects theincreased module widths demanded of

today's curtain wall.The Aero clip system can be horizontallyprojecting to create a canopy shade, using auniversal arm that can be self supportingusing a heavy duty mullion bracket, or iscantilevered or supported using a stainlesssteel tie rod with an aluminium coverdepending on the amount of projectionrequired.The blades can be fitted beneath theuniversal arm to create a continuous run ofshading, or between for a framed look.In addition Aero clip system can behorizontally parallel, either by directly fitting tothe mullion feature cap to create a continuousrun of shading, or by fitting between themullion feature caps. Aero clip can also be vertically parallel, eitherby directly fitting to the transom feature cap tocreate a continuous run of shading, or byfitting between individual transom featurecaps.Preparation of both 'Clip' systems has beenkept simple with square cut joints anduniversal fixings, whilst the clip method ofassembly itself (Patent applied for), meansthat installation is quick, easy and safethanks to a security locking pin.

Side ArmA range of blade profiles that can be used tocreate any shading configuration to meet thedesign requirements.Blades range from 100 to 750mm and can befabricated into frames or cassettes usingbespoke laser cut side arm plates to capturethe required arrangement.These can be connected to Elegance 52curtain wall using an extruded bespokeengineered bracket. Alternatively connectionscan be made to a window system or thebuilding structure via a steel stub, inaccordance with calculations carried out by astructural engineer.

Site WorkFabrication, installation and glazing service isavailable through a nationwide network ofspecialist curtain walling fabricators &installers. For details of suitable fabricators &installers, please contact our MarketingDepartment on 01684 853500.

PerformancePerformance data: Elegance SC4

Application ChartThe chart below will help you to identify whichvariant of Elegance SC is most suited to yourapplication.

5

HorizontalParallel

HorizontalProjecting

Con

tinuo

us

Inte

rmitt

ent

90°

Con

tinuo

us

90°

Inte

rmitt

ent

45°

Con

tinuo

us

45°

Inte

rmitt

ent

Verti

cal P

aral

lel

Sid

e A

rmA

ero

Eco

‘Z’ Blade

DescriptionPart No

‘C’ Blade

‘100mm’ Blade

‘150mm’ Blade

‘200mm’ Blade

‘200mm’ Blade

‘340mm’ Blade

‘400mm’ Blade

‘420mm’ Blade

‘500mm’ Blade

‘600mm’ Blade

SC121

SC120

SC100

SC101

SC102

SC102

SC104

SC105

-

6

Sapa GroupSapa Building Systems Limited isa member of the worldwide SapaGroup. We develop and markethigh value-added profiles inaluminium and are the leadingindependent producer ofaluminium profiles in the world,with customers in Europe, NorthAmerica and Asia. In the UK, theSapa Group has extensive multi-site extruding, re-melt, anodisingand polyester powder coatingfacilities, offering total control anda fast and co-operative response.

Backed by the resources of theGroup, Sapa Building SystemsLimited offers architects andspecifiers a wide range ofinnovative aluminium systems forcurtain walling, doors, windowsand specialist applications. With awealth of European knowledgeand experience our companyincorporates the highly respectedGlostal, Monarch and RC Systembrands that have satisfied thedemands of specifiers for overfour decades. Our companysystems have been approvedunder BS EN ISO 9001:2000 andwe have been recognised as anInvestor in People for over tenyears.

Our field based Project Consultants, working with our in-house team,provide UK specifiers with specialist advice concerning the correctapplication of products, giving guidance on Building Regulations, BritishStandards and other issues such as product specifications, usage,maintenance and safety. Complementary to this, our Product SupportDepartment has an invaluable reservoir of experience on every aspectof our product range.

We also appreciate that the specification process is influenced by clientdemands to obtain best value and, to that end, we can participate in sitevisits, design meetings and budgetary planning. We can assist withwritten specification documents (which can be supplied in either an NBSformat, or your own specification layout) and supported by samples,literature and drawings for consultation or planning issues.

Taking this partnership approach through the whole project allows on-site monitoring of manufacturing and installation ensuring thespecifier always has professional support from a worldwide group.Drawing on one of the largest fabricator and installer networks in theUK, we can provide details of specialist contractors who will quote ortender competitively for any type of contract.

For specification assistance or details of fabricators and installers,please call our Marketing Department on 01684 853500.

SupportSupport services

7Elegance SC Solar Control

PROFILE INERTIA VALUES The following pages give information on the inertia values of theElegance SC Solar Control system profiles.

Y

X

Y

X Profile

Ixxcm4

Wxxcm3

Iyycm4

Wyycm3

Profilelength Description

1,65

1,63

38,08

7,556100mm

6,58

4,34

124,61

16,436100mm

17,51

8,65

313,20

30,806100mm

30,23

10,58

222,40

23,586100mm

326,01

71,34

3742,01

187,106100mm

162,01

54,00

7604,75

304,196100mm

110,82

31,63

418,13

43,406100mm

50,72

15,58

494,61

42,376100mm

SC100 100mm Blade (Clip)



SC103340mm Multi Piece Blad End

(Side Arm)

SC104400mm Blade

(Side Arm)

SC105500mm Blade

(Side Arm)

SC107600mm Multi Piece Blade Centre

(Side Arm)

SC108420mm & 600mm Multi Piece

Blade End (Side Arm)

8 Elegance SC Solar Control

PROFILE INERTIA VALUES

Y

X

Y

X Profile

Ixxcm4

Wxxcm3

Iyycm4

Wyycm3

Profilelength

Description

61,78

8,18

29,44

4,216100mm

7,96

3,01

23,15

36,66100mm

13,60

2,39

21,17

3,256100mm

112,34

16,12

15,11

4,586100mm

206,55

23,96

15,66

4,746100mm

16,14

-

11,60

-6100mm

59,37

-

21,61

-6100mm

SC120 Bull Nose

SC121 ‘Z’ Blade

SC122 ‘C’ Blade

SC150 Support Arm

SC151 Heavy Duty Support Arm

SC800 45° Blade Clip

SC801 90° Blade Clip


PROFILE INERTIA VALUES

Y

X

Y

X Profile

Ixxcm4

Wxxcm3

Iyycm4

Wyycm3

Profilelength

Description

137,08

-

5,41

-6100mm

10,07

-

5,856,52

-3000mm

0,14

-

0,14

-5000mm

2,24

-

11,66

-7000mm

1,20

-

9,93

-7000mm

SC802 Capping Bracket

SC803 Curtain Wall Bracket

R133 Tie Bar Aluminium Cover

52P05 Pressure Plate

52P57 Pressure Plate


Load ‘A’

Windload0.8 kN/m2

Load ‘B’

Windload1.2 kN/m2

Load ‘C’

Windload1.6 kN/m2

Load ‘D’

Windload2.0 kN/m2

Load ‘E’

Windload2.4 kN/m2

SC100

0°

45°

0°

45°

0°

45°

0°

15°

1.67mMax

HorizontalSpan

1.57mMax

HorizontalSpan

1.49mMax

HorizontalSpan

1.80mMax

HorizontalSpan

100mm Blade (Clip)1.42mMax

HorizontalSpan

1.83mMax

HorizontalSpan

1.68mMax

HorizontalSpan

1.58mMax

HorizontalSpan

2.03mMax

HorizontalSpan

1.49mMax

HorizontalSpan

2.31mMax

HorizontalSpan

2.17mMax

HorizontalSpan

2.06mMax

HorizontalSpan

2.50mMax

HorizontalSpan

1.96mMax

HorizontalSpan

2.58mMax

HorizontalSpan

2.37mMax

HorizontalSpan

2.21mMax

HorizontalSpan

2.89mMax

HorizontalSpan

2.09mMax

HorizontalSpan

2.91mMax

HorizontalSpan

2.73mMax

HorizontalSpan

2.59mMax

HorizontalSpan

3.14mMax

HorizontalSpan

2.47mMax

HorizontalSpan

3.21mMax

HorizontalSpan

2.96mMax

HorizontalSpan

2.77mMax

HorizontalSpan

3.58mMax

HorizontalSpan

2.62mMax

HorizontalSpan

3.75mMax

HorizontalSpan

3.51mMax

HorizontalSpan

3.32mMax

HorizontalSpan

4.08mMax

HorizontalSpan

3.17mMax

HorizontalSpan

3.77mMax

HorizontalSpan

3.52mMax

HorizontalSpan

3.33mMax

HorizontalSpan

4.10mMax

HorizontalSpan

3.17mMax

HorizontalSpan






SC103(x2)

340mm MultiPiece Blade(Side Arm)

SC103(x2)


Load Condition = (Windload) + 0.89 kN/m2 (Characteristic Snow Load Sk see page A-11) + Profile Weight (Deadload)Maximum Deflection = Span / 100When using a horizontal clip blade intermittently, the blade span must NOT exceed 1.5 m

Profile Description

WINDLOADING


SC103(x2)

30°

45°

0°

15°

30°

45°

0°

15°


SC103(x2)


SC104 400mm Blade(Side Arm)






Load Condition = (Windload) + 0.89 kN/m2 (Characteristic Snow Load Sk see page A-11) + Profile Weight (Deadload)Maximum Deflection = Span / 100When using a horizontal clip blade intermittently, the blade span must NOT exceed 1.5 m

Profile Description

Load ‘A’

Windload0.8 kN/m2

Load ‘B’

Windload1.2 kN/m2

Load ‘C’

Windload1.6 kN/m2

Load ‘D’

Windload2.0 kN/m2

Load ‘E’

Windload2.4 kN/m2

3.81mMax

HorizontalSpan

3.56mMax

HorizontalSpan

3.36mMax

HorizontalSpan

4.16mMax

HorizontalSpan

3.20mMax

HorizontalSpan

3.99mMax

HorizontalSpan

3.69mMax

HorizontalSpan

3.46mMax

HorizontalSpan

4.42mMax

HorizontalSpan

3.28mMax

HorizontalSpan

6.23mMax

HorizontalSpan

5.83mMax

HorizontalSpan

5.52mMax

HorizontalSpan

6.77mMax

HorizontalSpan

5.26mMax

HorizontalSpan

6.26mMax

HorizontalSpan

5.85mMax

HorizontalSpan

5.53mMax

HorizontalSpan

6.81mMax

HorizontalSpan

5.27mMax

HorizontalSpan

6.33mMax

HorizontalSpan

5.90mMax

HorizontalSpan

5.57mMax

HorizontalSpan

6.91mMax

HorizontalSpan

5.31mMax

HorizontalSpan

6.63mMax

HorizontalSpan

6.13mMax

HorizontalSpan

5.75mMax

HorizontalSpan

7.35mMax

HorizontalSpan

5.45mMax

HorizontalSpan

4.58mMax

HorizontalSpan

4.29mMax

HorizontalSpan

4.06mMax

HorizontalSpan

4.98mMax

HorizontalSpan

3.87mMax

HorizontalSpan

4.60mMax

HorizontalSpan

4.30mMax

HorizontalSpan

4.07mMax

HorizontalSpan

5.01mMax

HorizontalSpan

3.88mMax

HorizontalSpan

WINDLOADING


SC105

30°

45°

0°

0°

0°

500mm Blade(Side Arm)


SC120 Bull Nose

SC121 ‘Z’ Blade

SC122 ‘C’ Blade

Profile Description

Load Condition = (Windload) + 0.89 kN/m2 (Characteristic Snow Load Sk see page A-11) + Profile Weight (Deadload)Maximum Deflection = Span / 100When using a horizontal clip blade intermittently, the blade span must NOT exceed 1.5m

Load ‘A’

Windload0.8 kN/m2

Load ‘B’

Windload1.2 kN/m2

Load ‘C’

Windload1.6 kN/m2

Load ‘D’

Windload2.0 kN/m2

Load ‘E’

Windload2.4 kN/m2

4.65mMax

HorizontalSpan

4.34mMax

HorizontalSpan

4.10mMax

HorizontalSpan

5.08mMax

HorizontalSpan

3.90mMax

HorizontalSpan

4.87mMax

HorizontalSpan

4.50mMax

HorizontalSpan

4.23mMax

HorizontalSpan

5.40mMax

HorizontalSpan

4.01mMax

HorizontalSpan

3.33mMax

HorizontalSpan

3.10mMax

HorizontalSpan

2.92mMax

HorizontalSpan

3.66mMax

HorizontalSpan

2.78mMax

HorizontalSpan

0.96mMax

HorizontalSpan

0.90mMax

HorizontalSpan

0.85mMax

HorizontalSpan

1.05mMax

HorizontalSpan

0.81mMax

HorizontalSpan

1.58mMax

HorizontalSpan

1.46mMax

HorizontalSpan

1.37mMax

HorizontalSpan

1.75mMax

HorizontalSpan

1.30mMax

HorizontalSpan

WINDLOADING


THIS PAGE IS LEFT INTENTIONALLY BLANK


Arrangement

Horizontal Parallel Shading - Continuous 90o bladeHorizontal Parallel Shading - Intermittent 90o bladeHorizontal Parallel Shading - Extended - Continuous 90o bladeHorizontal Parallel Shading - Continuous 45o bladeHorizontal Parallel Shading - Intermittent 45o bladeHorizontal Parallel Shading - Projected - Continuous 45o bladeHorizontal Projecting Shading - Braced - Continuous 45o bladeHorizontal Projecting Shading - Cantilevered - Continuous 45o bladeHorizontal Projecting Shading - Braced - Intermittent 45o bladeHorizontal Projecting Shading - Cantilevered - Intermittent 45o bladeHorizontal Projecting Shading - Braced - Continuous ‘Z’ or ‘C’ bladeHorizontal Projecting Shading - Braced - Intermittent ‘Z’ or ‘C’ bladeVertical Parallel Shading - Continuous 90o bladeHorizontal Projecting Shading - Side arm multiple blade combinationHorizontal Projecting Shading - Side arm multiple blade combination

Page

151617181920212223242526272829

GENERAL ARRANGEMENTS


BA

B

A

SC101

SC100

SC102

Allow 1mm expansion joint for every 1mlength of blade. All expansion joints to becentrally located about a mullion.

250 Max

52P05

Horizontal Parallel ShadingContinuous 90° Blade

83Z647


BA

B

A

Horizontal Parallel ShadingIntermittent 90° Blade

SC101

SC100

SC102

52P57

SC150

SCP210

SCP222

Cut from SC801



17

BA

B

A

SC101SC100

SC102

52P57

Horizontal Parallel ShadingExtended - Continuous 90° Blade

SCP210

SCP222

SC150


Cut from SC801

Elegance SC Solar Control


BA

B

A

Horizontal Parallel ShadingContinuous 45° Blade

SC101SC100

SC102

SC121

250 Max

83Z647

52P05


Cut from SC800



19

BA

B

AHorizontal Parallel Shading

Intermittent 45° BladeMaximum Blade Span = 1.5m

52P57

SC150

SC101SC100

SC102

SC121

SCP210

DFP732

SCP222

SCP201(or cut from SC800)



20

B

A

B

AHorizontal Parallel ShadingProjected - Continuous 45° Blade

SC101

SC100

SC102

SC121

52P57

SCP210

SC150

Allow 1mm expansionjoint for every 1mlength of blade. All expansion joints tobe centrally locatedabout a mullion.

Cut from SC800



21

B

A

B

A

SC150

Horizontal Projecting ShadingBraced - Continuous 45° Blade

52P57

SCP210

SC101

SC120SC100

SC102 Blade (not shown)


Cut from SC800



22

B

A

B

A

SC151

SCP211or

SCP212

SC101

SC120SC100

Horizontal Projecting ShadingCantilevered - Continuous 45° Blade

SC102 Blade (not shown)

! NOTE !Glass and transomsize adjustmentsrequired for thiscondition.


Cut from SC800



23

Horizontal Projecting ShadingBraced - Intermittent 45° Blade

Maximum Blade Span = 1.5m

B

A

SC150

B

A

52P57

SCP210

SC101

SC102

SC120SC100

Cut from SC800 DFP699



24

B

A

SC151

B

A

SC101

SC102

SC120SC100

Horizontal Projecting ShadingCantilevered - Intermittent 45° Blade


SCP211or

SCP212

! NOTE !Glass and transomsize adjustmentsrequired for thiscondition.

Cut from SC800DFP699



25

Horizontal Projecting ShadingBraced - Continuous ‘Z’ or ‘C’ Blade

B

A

SC150

B

A

52P57

SC121

SC122

SCP210

DFP732

Allow 1mm expansion joint forevery 1m length of blade. All expansion joints to becentrally located about a mullion.

Cut from SC800



26

B

A

SC150

B

A

52P57

SC121

SC122

SCP210

Horizontal Projecting ShadingBraced - Intermittent ‘Z’ or ‘C’ Blade


Cut from SC800DFP699



27

BA

Vertical Parallel ShadingContinuous 90° Blade

SC101

SC100

SC102

52P05

B

A

Cut from SC801



B

A

SC107 & SC108 (x2)

SC105

B

SCP211 - ‘T’ Mullion Bracketor

SCP212 - ‘L’ Mullion Bracket

M10 hex bolts,washers andnuts to projectspecification

28

Horizontal Projecting ShadingSide Arm Multiple Blade Combination



29

A

SC103 (x2)

SC102

SC120

Shim as necessary

! NOTE !Glass and

transom sizeadjustments

required for thiscondition.

Horizontal Projecting ShadingSide Arm Multiple Blade Combination







Our policy is one of continuous development and consequently wereserve the right to vary the products and their performancespecification shown in this literature without notice.

All products and systems which Sapa supply are supplied subjectto Sapa’s standard Terms and Conditions of Sale which may varyfrom time to time.

This Technical Data Sheet is for specification guidance only. Itshould not be relied on for manufacturing or installation detailswhich must instead be obtained from Sapa Building Systems’Fabrication Manuals. For further assistance please contact one ofour Project Consultants by calling the Marketing Department onthe number below.

Sapa Building Systems Limited. This data sheet is issued subjectto the condition that it shall not be reproduced without the consentof Sapa Building Systems Limited in writing

Brochure reference SCX97 0709

Sapa Building Systems LimitedPostal address Alexandra Way, Ashchurch, Tewkesbury, Gloucestershire GL20 8NBTelephone 01684 853500 Fax 01684 851850E-mail [email protected] Website www.sapabuildingsystems.co.uk

Documents

Elegance SC Solar Control · 2016. 3. 7. · Elegance SC Solar Control Design 3 Helping to make today’s buildings perform Elegance SC Solar Control has been developed to complement