Foshan CAS Facade Co., Ltd. established in Jan. 2018, is located in the Central Industrial Park, Foshan City, Guangdong Province. It is a professional manufacturer of customized and tested glass curtain walls and window wall, as well as aluminum windows & doors, with excellent marketing and R&D performance. It also focuses on whole system design, engineering, fabrication, finished products exportation and QA/QC consulting services. https://www.casfacade.com/
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Curtain Wall
Curtain Wall
Curtain wall systems are widely used around the world to clad medium and tall towers. Curtain wall panels systems are prefabricated off-site and shipped to site.
Types of Curtain Wall
Unitized Curtain Wall
Curtain wall members like mullion, transom, glass, insulation, metal panel and related accessories, are processed and prefabricated as a complete panel in factory and send to jobsite for unitized curtain wall installation. It obtain a short project schedule, lower field installation costs, better airtighness and waterproofness.
Stick Curtain Wall
Stick system curtain wall, which the members were pre-processed in factory and send to jobsite as parts, require a skillful stick curtain wall installation team. Subframe installation and glazing both are done on-site. The weather sealant provide the major waterproof. It allows for easier detailing of connections and larger tolerances in the building structure.
Window Wall
Or unitized window wall system, spans only a single floor, is supported by the slab below and above, and is therefore installed within the slab edge. Like unitized curtain wall system, the window frame, glass and related accessories were processed and assembled in window wall manufacturers and installed on-site panel by panel.
FAQs of Curtain Wall
What Is The Difference Between A Window Wall And A Curtain Wall?
Simply put, the main difference between unitized curtain wall system and unitized window wall system is that the window wall system structurally sits between the suspended reinforced concrete slabs while the curtain wall sysytem is hung off the slab edges by anchors. ... A comparison is also made for the two systems' constructability, cost, and maintainability.
How Are Curtain Walls Installed?
Upright mullions are installed first, with horizontal mullions and glazing installed as a unit. Column cover and spandrel systems articulate the building frame by aligning mullions to structural columns. Pre-assembled or field-assembled infill units of glass or opaque panels are fitted between the column covers.
Why Is It Called Curtain Wall?
A curtain wall system is an outer covering of a building in which the outer walls are non-structural, utilized only to keep the weather out and the occupants in. Since the curtain wall system is non-structural, it can be made of lightweight materials, thereby reducing construction costs.
What Is The Purpose Of A Curtain Wall?
The primary purpose of a curtain wall system is to protect the building interior against the exterior natural phenomena such as sun exposure, temperature changes, earthquake, rain, and wind. This protection can be separated into two major categories, namely structural safety and interior environmental control.
How Thick Is A Curtain Wall?
In residential construction, thicknesses commonly used are 1/8 inch (3 mm) monolithic and 5/8 inch (16 mm) insulating glass. Larger thicknesses are typically employed for buildings or areas with higher thermal, relative humidity, or sound transmission requirements, such as laboratory areas or recording studios.
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CUCW-N142 Unitized Curtain Wall
Model No. CUCW-N142 is a self-designed, tested, and certificated unitized curtain wall system by CAS team. It is a cost efficient and performance unitized curtain wall, which combines minimal aesthetics with structural stability. Its structural silicone glazing construction offers maximum transparency at the external surface of the facade. Modular units, including glazing panes, are prefabricated in workshop conditions and this results in a fast and economic installation with minimum manpower and tooling requirements. This construction mode, renders CUCW-N142 an ideal system for high rise buildings,where meeting demanding deadlines is a prerequisite.
Overview of CUCW-N142 Unitized Curtain Wall
System
Unitized Curtain Wall(Non-Thermal Break)
Model No.
CUCW-N142
Material
Aluminum Alloy/Glass/Aluminum Sheet/Aluminum Composite Panel/Galvanized Sheet
Glass Type
Tempered/Float/Laminated/DGU/Ceramic Fritted/LowE/Tinted/Reflective/Heat Soak
Cooperated Glass Brand
Vitro(Formerly PPG)/Pilkington/Xinyi(SYG)/Yaopi(SYP)/Fuyao/Southglass(SG)/King/CNG/TaiwanGlass
Surface Treatment
Powder Coating/PVDF/Anodized/Electrophoresis/Wooden Grain
Profile Brand
6063-T5/6063-T6/6061-T6(Brackets)
Thermal Profile
Non-Thermal Break
Standards
In Compliance With ASTM/AS/NZS/AAMA/NFRC/EN/BSI/ISO
Application
Residential Apartment, Villa/Commercial Hotel, Mall, Office, Public Organization
System Customziation
Available
Data of CUCW-N142 Unitized Curtain Wall
Testing Data of CUCW-N142 Unitized Curtain Wall
Test
Pressure
Results
Preloading(Clause 8.2.2 of AS/NZS4284:2008）
+1.46kpa
No separation, plastic deformations, or deleteriousness was observed.
-1.90kpa
Preliminary Water Penetration Test under Static Pressure (Clause 8.2.3 of AS/NZS 4284:2008)
+438kPa
There were no leaks.
Preliminary Water Penetration Test under Cyclic Pressure (Clause 8.2.3 of AS/NZS 4284:2008)
219-438-219 (Pa)
There were no leaks.
292-584-292 (Pa)
438-876-438 (Pa)
Structural Test at Serviceability Limit State Wind Pressure (Walls)(Clause 8.3 of AS/NZS 4284:2008)
+1.46kpa
During the structural test at SLS wind pressure, the deflections of all related members were within the allowable deflection limits.
-1.90kpa
Air Infiltration Test (Clause 8.4 of AS/NZS 4284:2008)
+/-150Pa
The rate of air leakage of the specimen was within the allowable values.
Water Penetration Test under Static Water Penetration Test under Static 4284:2008)
+438Pa
There were no leaks.
Water Penetration Test under Cyclic Pressure (Clause 8.6 of AS/NZS 4284:2008)
219-438-219 (Pa)
There were no leaks.
292-584-292 (Pa)
438-876-438 (Pa)
Structural ProofTest at Ultimate Limit State Wind Pressure (Wells) (Clause 8.8 of AS/NZS 4284:2008)
+2.26kpa
No collapse of the test specimen was observed under the specified pressure.
-2.94kpa
Seal Degradation Test(Clause 8.10 of AS/NZS 4284:2008)
219-438-219 (Pa)
No water leakage was observed.
292-584-292 (Pa)
438-876-438 (Pa)
Thermal Data of CUCW-N142 Unitized Curtain Wall
NFRC Procedures
NFRC100SB, NFRC200-2010, and NFRC500-2010
Software Tools
THERM 7.4.3.0 and WINDOW 7.4.6.0
Configuration
6 CLR-TDE33D 8mm HS #2 + 12AR + CLR 10mm HS IGU
Panel Dimension
1505mm Wide 2945mm High
Frame
Painted Aluminum
Panel U-value
2.765W/m2k
Visible Light Transmission
0.246
SHGC
0.179
Frame Data of CUCW-N142 Unitized Curtain Wall
Parts Location
Frame Area/m2
Edge Area/m2
U-Value(Frame)
U-Value(Edge)
W/m2k
W/m2k
Header
0.058
0.086
4.1858
1.1968
Left Jamb
0.127
0.166
14.8377
1.6873
Right Jamb
0.127
0.166
23.7685
1.9897
Sill
0.328
0.086
5.7542
1.5668
Glass Data of CUCW-N142 Unitized Curtain Wall
Glass Data: CLR-TDE33D 8mm HS #2 + 12AR + CLR 10mm HS IGU
Visible Light
SHGC
SC
NFRC U-value
STC
W/m3k(Argon)
T%
R-out%
R-in%
Winter
Summer
29
19
15
0.19
0.22
1.55
1.54
36
Benefit of CUCW-N142 Unitized Curtain Wall
Guaranteed waterproofness & airtightness
Great quality control from factory
Lower on-site installation cost
Shorter project schedule
Enhancement of natural light
Increased static robustness, even in extreme natural phenomena
Minimum after sales service & maintaining
Increased comfort level
Recommended CAS Facade Products
Our products are designed to snap together perfectly, organically or with the help of couplers. This ensures a streamline design throughout your project. Below is a list of compatible products.
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CSW-TB101D Sliding Window (Thermal Insulation)
CSD-TB101D is a thermal insulated sliding window system for residential and commercial usage. This system make thermal break system affordable, and still keep a high requirement in U-value. Outstanding water draining ability can deal with extreme weather.
Overview of CSW-TB101D Sliding Window (Thermal Insulation)
System
Sliding Window(Thermal Break)
Model No.
CSW-TB101D
Material
Aluminum Alloy/Glass
Hardware
Chinese top brand(Kin Long)/Germany brand
Glass Type
Tempered/Float/Laminated/DGU/Ceramic Fritted/LowE/Tinted/Reflective/Heat Soak
Cooperated Glass Brand
Vitro(Formerly PPG)/Pilkington/Xinyi(SYG)/Yaopi(SYP)/Fuyao/Southglass(SG)/Kibing/CNG/TaiwanGlass
Surface Treatment
Powder Coating/PVDF/Anodized/Electrophoresis/Wooden Grain
Profile Brand
6063-T5/6063-T6
Thermal Profile
Thermal Break
Standards
In Compliance With ASTM/AS/NZS/AAMA/NFRC/EN/BSI/ISO
Application
Residential Apartment, Villa/Commercial Hotel, Mall, Office, Public Organization
System Customisation
Available
Data of CSW-TB101D Sliding Window (Thermal Insulation)
Testing Data of CSW-TB101D Sliding Window (Thermal Insulation)
Test
Pressure
Results
Open and Close Operable Sash Test (AS 2047 & AS/NZS 4420.1-2016)
--
No damage was observed after the test.
Preloading (AS 2047 & AS/NZS 4420.1-2016)
+0.81kPa
No separation, plastic deformations, or deleteriousness was observed.
-0.85kPa
Structural Test at Serviceability Limit State聽 Wind Pressure (Walls) (AS2047 & AS/NZS 4420.1-2016)
+1.62kPa
No glass breakage, collapse, and permanent deformation were observed. Deflections of mullions and transoms, as well as glass panels, were within the allowable deflection limits.
-1.69kPa
Operating Force Test (AS 2047 & AS/NZS 4420.1-2016)
--
The operating force of the specimen was within the allowable value.
Air Infiltration Test (AS 2047 & AS/NZS 4420.1-2016)
300Pa
The rate of air leakage of the specimen was within the allowable values.
-300Pa
Water Penetration Test under Static Pressure (AS 2047 & AS/NZS 4420. 1-2016)
+486Pa
No water leakage was observed.
Structural Proof Test at Ultimate Limit State Wind Pressure (Wells) (AS 2047 & AS/NZS 4420.1-2016)
+2.50kpa
There was no collapse of the test sample.
-2.60kpa
Thermal Data of CSW-TB101D Sliding Window (Thermal Insulation)
NFRC procedures
NFRC100SB, NFRC200-2010 and NFRC500-2010
Software tools
THERM 7.4.3.0 and WINDOW 7.4.6.0
2. Standard configuration
6+12A+6mm insulated glass, or options of other DGU/Laminated glass with thickness less than this size.
Panel Dimension
1550mm Wide 1200mm High
Frame
Painted Aluminum
Panel U-value
2.089W/m2k
Visible Light Transmission
0.396
SHGC
0.33
Condensation Resistant
28.1
Frame Data of CSW-TB101D Sliding Window (Thermal Insulation)
Parts Location
Frame Area/m2
Edge Area/m2
U-Value(Frame)
U-Value(Edge)
W/m2k
W/m2k
Header
0.1016
0.0412
6.3361
1.1452
Left Jamb
0.2738
0.1294
3.0255
1.0219
Mullion
0.0983
0.252
3.0255
1.0219
Right Jamb
0.2864
0.1294
3.399
1.0248
Sill
0.0924
0.0412
6.3361
1.1452
Glass Data of CSW-TB101D Sliding Window (Thermal Insulation)
Glass Data: 6mm HS (CAVS S1)#2 +12Ar +6-T-HST
Visible Light
SHGC
SC
NFRC U-value
STC
W/m3k(Argon)
T%
R-out%
R-in%
Winter
Summer
72
12
12
0.55
0.63
1.55
1.54
36
Benefits of CSW-TB101D Sliding Window (Thermal Insulation)
Aluminum profile width: 101.6mm, T=1.8mm. Excellent thermal barrier strips ensure high-performance heat insulation. It can perfectly join with CAS' other series windows to make a combination.
Standard configuration: 6+12A+6mm insulated glass, or options of other DGU/Laminated glass with thickness less than this size.
A high bottom track design can prevent water inflow. At the same time, due to the unique drainage system, it can help to drain out water within a short time at extreme weather.
The bottom rail is covered by a cover plate to form a fixed sash and an incredible performance of sealing and sense of integrity, with the function of anti-theft.
Recommended CAS Facade Products
Our products are designed to snap together perfectly, organically or with the help of couplers. This ensures a streamline design throughout your project. Below is a list of compatible products.
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CSD-TB150 Sliding Door (Thermal Insulation)
CSD-TB150 is the thermally insulated sliding system, which is the ideal solution for projects requiring wide spans with reasonable aluminum sight lines. Massive yet elegant glazing surfaces are achieved while maintaining high functionality, performance, and minimal architectural design.
Overview of CSD-TB150 Sliding Door (Thermal Insulation)
System
Sliding Door(Thermal Break)
Model No.
CSD-TB150
Material
Aluminum Alloy/Glass
Hardware
Chinese top brand(Kin Long)/Germany brand
Glass Type
Tempered/Float/Laminated/DGU/Ceramic Fritted/LowE/Tinted/Reflective/Heat Soak
Cooperated Glass Brand
Vitro(Formerly PPG)/Pilkington/Xinyi(SYG)/Yaopi(SYP)/Fuyao/Southglass(SG)/Kibing/CNG/TaiwanGlass
Surface Treatment
Powder Coating/PVDF/Anodized/Electrophoresis/Wooden Grain
Profile Brand
6063-T5/6063-T6
Thermal Profile
Thermal Break
Standards
In Compliance With ASTM/AS/NZS/AAMA/NFRC/EN/BSI/ISO
Application
Residential Apartment, Villa/Commercial Hotel, Mall, Office, Public Organization
System Customization
Available
Data of CSD-TB150 Sliding Door (Thermal Insulation)
Testing Data of CSD-TB150 Sliding Door (Thermal Insulation)
Test
Pressure
Results
Open and Close Operable Sash Test (AS 2047 & AS/NZS 4420.1-2016)
--
No damage was observed after the test.
Preloading (AS 2047 & AS/NZS 4420.1-2016)
+0.81kPa
No separation, plastic deformations or deleterious was observed.
-0.85kPa
Structural Test at Serviceability Limit State Wind Pressure (Wsls) (AS2047 & AS/NZS 4420.1-2016)
+1.62kPa
No glass breakage, collapse and permanent deformation was observed. Deflections of mullions and transomes as well as glass panel were within the allowable deflection limits.
-1.69kPa
Operating Force Test (AS 2047 & AS/NZS 4420.1-2016)
--
The operating force of the specimen was within the allowable value.
Air Infiltration Test (AS 2047 & AS/NZS 4420.1-2016)
300Pa
The rate of air leakage of the specimen was within the allowable values.
-300Pa
Water Penetration Test under Static Pressure (AS 2047 & AS/NZS 4420. 1-2016)
+486Pa
No water leakage was observed.
Structural Proof Test at Ultimate Limit State Wind Pressure (Wuls) (AS 2047 & AS/NZS 4420.1-2016)
+2.50kpa
There was no collapse of the test sample.
-2.60kpa
Thermal Data of CSD-TB150 Sliding Door (Thermal Insulation)
NFRC procedures
NFRC100SB, NFRC200-2010 and NFRC500-2010
Software tools
THERM 7.4.3.0 and WINDOW 7.4.6.0
Configuration
6 single silver low-e CAVS S1 on Clear #2 + 12Ar + 5/1.52PVB/5 Clear
Panel Dimension
2060mm Wide 2840mm High
Frame
Painted Aluminum
Panel U-value
3.573W/m2k
Visible Light Transmission
0.384
SHGC
0.33
Condensation Resistant
28.1
Fram Data of CSD-TB150 Sliding Door (Thermal Insulation)
Parts Location
Frame Area/m2
Edge Area/m2
U-Value(Frame)
U-Value(Edge)
W/m2k
W/m2k
Left Header
0.1271
0.0515
7.5335
2.1859
Left Jamb
0.3423
0.1617
10.5878
1.9342
Right Header
0.1239
0.0515
9.0795
2.0185
Mullion
0.1229
0.315
21.548
1.8443
Right Jamb
0.3581
0.1617
8.3726
2.0383
Left Sill
0.1155
0.0515
7.4133
2.1807
Right Sill
0.1187
0.0515
10.922
2.0526
Glass Data of CSD-TB150 Sliding Door (Thermal Insulation)
Glass Data: 6mm HS (CAVS S1)#2 +12Ar +6-T-HST
Visible Light
SHGC
SC
NFRC U-value
STC
W/m3k(Argon)
T%
R-out%
R-in%
Winter
Summer
72
12
12
0.55
0.63
1.55
1.54
36
Benefits of CSD-TB150 Sliding Door (Thermal Insulation)
Highly energy saving thanks to the exceptional thermal performance
Modern design
Ease of use and high functionality
Exceptional sound insulation
Increased static loads and functionality in case of severe weather conditions
Exceptional quality with certified performances
Ideal for wide spans
High security level
Recommended CAS Facade Products
Our products are designed to snap together perfectly, organically or with the help of couplers. This ensures a streamline design throughout your project. Below is a list of compatible products.
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Text
CSD-N150 Sliding Door
CSD-N150 is a non-insulated system for sliding doors with a modern flat design. The system meets a wide range of needs using common profiles for the construction of simple sliding typologies. Ideal solution for large spans and warmer climates.
Overview of CSD-N150 Sliding Door
System
Sliding Door(Non-Thermal Break)
Model No.
CSD-N150
Material
Aluminum Alloy/Glass
Hardware
Chinese top brand(Kin Long)/Germany brand
Glass Type
Tempered/Float/Laminated/DGU/Ceramic Fritted/LowE/Tinted/Reflective/Heat Soak
Cooperated Glass Brand
Vitro(Formerly PPG)/Pilkington/Xinyi(SYG)/Yaopi(SYP)/Fuyao/Southglass(SG)/Kibing/CNG/TaiwanGlass
Surface Treatment
Powder Coating/PVDF/Anodized/Electrophoresis/Wooden Grain
Profile Brand
6063-T5/6063-T6
Thermal Profile
Non-Thermal Break
Standards
In Compliance With ASTM/AS/NZS/AAMA/NFRC/EN/BSI/ISO
Application
Residential Apartment, Villa/Commercial Hotel, Mall, Office, Public Organization
System Customization
Available
Data of CSD-N150 Sliding Door
Testing Data of CSD-N150 Sliding Door
Test
Pressure
Results
Preloading(Clause 8.2.2 of AS/NZS4284:2008）
+1.81kpa
No separation, plastic deformations or deleterious was observed.
-2.68kpa
Preliminary Water Penetration Test under Static Pressure (Clause 8.2.3 of AS/NZS 4284:2008)
+543kPa
There were no leaks.
Preliminary Water Penetration Test under Cyclic Pressure (Clause 8.2.3 of AS/NZS 4284:2008)
272-300-272 (Pa)
There were no leaks.
362-724-362 (Pa)
543-1086-543 (Pa)
Structural Test at Serviceability Limit State Wind Pressure (Wsls)(Clause 8.3 of AS/NZS 4284:2008)
+1.81kpa
No glass breakage, no collapse and permanent deformation were observed. Deflections of mullions and transoms as well as glass panel were within the allowable deflection limits.
-2.68kpa
Air Infiltration Test (Clause 8.4 of AS/NZS 4284:2008)
+/-150Pa
The rate of air leakage of the specimen was within the allowable values.
Operating force test (AS 2047-2014, Clause 2.3.2.4)
--
The operating force of the specimen was within allowable value.
Water Penetration Test under Static Water Penetration Test under Static 4284:2008)
+543Pa
There were no leaks.
Water Penetration Test under Cyclic Pressure (Clause 8.6 of AS/NZS 4284:2008)
272-300-272 (Pa)
There were no leaks.
362-724-362 (Pa)
543-1086-543 (Pa)
Structural Proof Test at Ultimate Limit State Wind Pressure (Wuls) (Clause 8.8 of AS/NZS 4284:2008)
+2.79kpa
No collapse of the test specimen was observed under the specified pressure.
-4.15kpa
Thermal Data of CSD-N150 Sliding Door
NFRC procedures
NFRC100SB, NFRC200-2010 and NFRC500-2010
Software tools
THERM 7.4.3.0 and WINDOW 7.4.6.0
Configuration
6mm LB13-45HS+12A+6mm Clear HST
Panel Dimension
1900mm Wide x 2750mm High
Frame
Painted Aluminum
Panel U-value
3.771W/m2k
Visible Light Transmission
0.28
Condensation Resistant
19.1
Frame Data of CSD-N150 Sliding Door
Parts Location
Frame Area/m2
Edge Area/m2
U-Value(Frame)
U-Value(Edge)
W/m2k
W/m2k
Left Header
0.121
0.049
7.9102
2.2952
Left Jamb
0.326
0.154
11.1172
2.0309
Right Header
0.118
0.049
9.5335
2.1194
Mullion
0.117
0.3
22.6254
1.9365
Right Jamb
0.341
0.154
8.7912
2.1402
Left Sill
0.11
0.049
7.784
2.2897
Right Sill
0.113
0.049
11.4681
2.1552
Glass Data of CSD-N150 Sliding Door
Glass Data: 6mm LB13-45HS+12A+6mm Clear HST
Visible Light
SHGC
SC
NFRC U-value
STC
W/m3k(Argon)
T%
R-out%
R-in%
Winter
Summer
40
20
13
0.26
1.43
1.36
36
Benefits of CSD-N150 Sliding Door
High security level
Modern design
Slim lines for sliding typologies with maximum visibility
Great ease of use and high functionality
Increased static loads and functionality in case of severe weather conditions
Exceptional quality with certified performances
Exceptional sound insulation
Ideal for wide spans
Recommended CAS Facade Products
Our products are designed to snap together perfectly, organically or with the help of couplers. This ensures a streamline design throughout your project. Below is a list of compatible products.
0 notes
Text
CSCW-N180 Stick Curtain Wall
Stick curtain wall CSCW-N180 is an efficient and reliable curtain wall system with 80mm width profile sightline. Compare to unitized curtain wall, it is flexible for different construction condition and structures, and offer a competitive product cost.
Overview of CSCW-N180 Stick Curtain Wall
System
Stick Curtain Wall (Non-Thermal Break)
Model No.
CSCW-N180
Material
Aluminum Alloy/Glass/Aluminum Sheet/Aluminum Composite Panel/Galvanized Sheet
Glass Type
Tempered/Float/Laminated/DGU/Ceramic Fritted/LowE/Tinted/Reflective/Heat Soak
Cooperated Glass Brand
Vitro (Formerly PPG) /Pilkington/Xinyi(SYG)/Yaopi (SYP) /Fuyao/Southglass (SG) /Kibing/CNG/TaiwanGlass
Surface Treatment
Powder Coating/PVDF/Anodized/Electrophoresis/Wooden Grain
Profile Brand
6063-T5/6063-T6/6061-T6 (Brackets)
Thermal Profile
Non-Thermal Break
Standards
In Compliance With ASTM/AS/NZS/AAMA/NFRC/EN/BSI/ISO
Application
Residential Apartment, Villa/Commercial Hotel, Mall, Office, Public Organization
System Customization
Available
Data of of CSCW-N180 Stick Curtain Wall
Testing Data of CSCW-N180 Stick Curtain Wall
Design Wind Pressure
Wsls=+1.61KPA/-2.09KAP, Wuls=+2.49KPA/-3.23KPA
Test
Pressure
Results
Preloading(Clause 8.2.2 of AS/NZS4284:2008）
+1.61kpa
No separation, plastic deformations or deleterious was observed.
-2.09kpa
Preliminary Water Penetration Test under Static Pressure (Clause 8.2.3 of AS/NZS 4284:2008)
+482kPa
There were no leaks.
Preliminary Water Penetration Test under Cyclic Pressure (Clause 8.2.3 of AS/NZS 4284:2008)
241-482-241 (Pa)
There were no leaks.
321-642-321 (Pa)
482-964-482 (Pa)
Structural Test at Serviceability Limit State Wind Pressure (Wsls)(Clause 8.3 of AS/NZS 4284:2008)
+1.61kpa
During the structural test at SLS wind pressure, the deflections of all related members were within the allowable deflection limits.
-2.09kpa
Air Infiltration Test (Clause 8.4 of AS/NZS 4284:2008)
+/-165Pa
The rate of air leakage of the specimen was within the allowable values.
Water Penetration Test under Static Water Penetration Test under Static 4284:2008)
+482Pa
There were no leaks.
Water Penetration Test under Cyclic Pressure (Clause 8.6 of AS/NZS 4284:2008)
241-482-241 (Pa)
There were no leaks.
321-642-321 (Pa)
482-964-482 (Pa)
Structural ProofTest at Ultimate Limit State Wind Pressure (Wuls) (Clause 8.8 of AS/NZS 4284:2008)
+2.49kpa
No collapse of the test specimen was observed under the specified pressure.
-3.23kpa
Seal Degradation Test(Clause 8.10 of AS/NZS 4284:2008)
241-482-241 (Pa)
No water leakage was observed.
321-642-321 (Pa)
482-964-482 (Pa)
Thermal Data of CSCW-N180 Stick Curtain Wall
NFRC Procedures
NFRC100SB, NFRC200-2010, and NFRC500-2010
Software Tools
THERM 7.4.3.0 and WINDOW 7.4.6.0
Configuration
6 CLR-TDE33D 8mm HS #2 + 12AR + CLR 10mm HS IGU
Panel Dimension
1705mm Wide 3245mm High
Frame
Painted Aluminum
Panel U-value
3.041W/m2k
Visible Light Transmission
0.271
SHGC
0.197
Frame Data of CSCW-N180 Stick Curtain Wall
Parts Location
Frame Area/m2
Edge Area/m2
U-Value(Frame)
U-Value(Edge)
W/m2k
W/m2k
Header
0.0638
0.0946
4.60438
1.31648
Left Jamb
0.1397
0.1826
16.32147
1.85603
Right Jamb
0.1397
0.1826
26.14535
2.18867
Sill
0.3608
0.0946
6.32962
1.72348
Glass Data of CSCW-N180 Stick Curtain Wall
Glass Data: CLR-TDE33D 8mm HS #2 + 12AR + CLR 10mm HS IGU
Visible Light
SHGC
SC
NFRC U-value
STC
W/m3k(Argon)
T%
R-out%
R-in%
Winter
Summer
31.9
20.9
16.5
0.209
0.242
1.705
1.694
39.6
Benefit of of CSCW-N180 Stick Curtain Wall
Certified performances in terms of air, water tightness and wind pressure.
Flexible for on-site installation
Cost efficient product compare to competition
Vast alternatives in custom solutions tailor made to the building
Enhancement of natural light
Increased static robustness, even in extreme natural phenomena
Minimum after sales service & maintaining
Increased comfort level
Recommended CAS Facade Products
Our products are designed to snap together perfectly, organically or with the help of couplers. This ensures a streamline design throughout your project. Below is a list of compatible products.
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CHD-TB85HT Hinged Door (Thermal Break)
Hinged door CHD-TB85HT, is a similar double hinged door system to CHD-TB85. Due to its specially designed profiles, profiles can be hidden underground and make a flat surface. Owning a great performance in thermal insulation with its thermal profiles, it also offers a reliable waterproof and water draining ability.
Overview of CHD-TB85HT Hinged Door (Thermal Break)
System
Swing Door (Thermal Break)
Model No.
CHD-TB85HT
Material
Aluminum Alloy/Glass
Hardware
Chinese top brand(Kin Long)/Germany brand
Glass Type
Tempered/Float/Laminated/DGU/Ceramic Fritted/LowE/Tinted/Reflective/Heat Soak
Cooperated Glass Brand
Vitro(Formerly PPG)/Pilkington/Xinyi(SYG)/Yaopi(SYP)/Fuyao/Southglass(SG)/Kibing/CNG/TaiwanGlass
Surface Treatment
Powder Coating/PVDF/Anodized/Electrophoresis/Wooden Grain
Profile Brand
6063-T5/6063-T6
Thermal Profile
Thermal Break
Standards
In Compliance With ASTM/AS/NZS/AAMA/NFRC/EN/BSI/ISO
Application
Residential Apartment, Villa/Commercial Hotel, Mall, Office, Public Organization
System Customization
Available
Data of CHD-TB85HT Hinged Door (Thermal Break)
Testing Data of CHD-TB85HT Hinged Door (Thermal Break)
Test
Pressure
Results
Open and Close Operable Sash Test (AS 2047-2014 & AS/NZS 4420.1-2016)
--
No damage was observed after the test.
Preloading (AS 2047-2014 & AS/NZS 4420.1-2016)
+0.81kPa
No separation, plastic deformations or deleterious was observed.
-0.85kPa
Structural Test at Serviceability Limit State Wind Pressure (Wsls) (AS2047-2014 & AS/NZS 4420.1-2016)
+1.62kPa
No glass breakage, collapse and permanent deformation was observed. Deflections of mullions and transomes as well as glass panel were within the allowable deflection limits.
-1.62kPa
Operating Force Test (AS 2047-2014 & AS/NZS 4420.1-2016)
--
The operating force of the specimen was within the allowable value.
Air Infiltration Test (AS 2047-2014 & AS/NZS 4420.1-2016)
+150Pa
The rate of air leakage of the specimen was within the allowable values.
-150Pa
Water Penetration Test under Static Pressure (AS 2047-2014 & AS/NZS 4420. 1-2016)
+486Pa
No water leakage was observed.
Structural Proof Test at Ultimate Limit State Wind Pressure (Wuls) (AS 2047-2014 & AS/NZS 4420.1-2016)
+2.50kpa
There was no collapse of the test sample.
-2.60kpa
Thermal Data of CHD-TB85HT Hinged Door (Thermal Break)
NFRC Procedures
NFRC100SB, NFRC200-2010 and NFRC500-2010
Software Tools
THERM 7.4.3.0 and WINDOW 7.4.6.0
Configuration
6 single silver Low-E CAVS S1 on Clear #2 + 12Ar + 5/1.52PVB/5 Clear
Panel Dimension
2000mm Wide 2440mm High
Frame
Painted Aluminum
Panel U-value
3.481W/m2k
Visible Light Transmission
0.45
SHGC
0.376
Condensation Resistant
30.5
Frame Data of CHD-TB85HT Hinged Door (Thermal Break)
Parts Location
Frame Area/m2
Edge Area/m2
U-Value(Frame)
U-Value(Edge)
W/m2k
W/m2k
Left Header
0.191
0.042
6.1182
2.1869
Left Jamb
0.475
0.13
6.0585
2.1841
Right Header
0.191
0.042
6.1182
2.1869
Mullion
0.398
0.253
4.8335
2.1265
Right Jamb
0.475
0.13
6.1144
2.188
Left Sill
0.099
0.042
10.0888
2.2422
Right Sill
0.099
0.042
10.0888
2.2422
Glass Data of CHD-TB85HT Hinged Door (Thermal Break)
Glass Data: 6mm HS (CAVS S1)#2 +12Ar +6-T-HST
Visible Light
SHGC
SC
NFRC U-value
STC
W/m3k(Argon)
T%
R-out%
R-in%
Winter
Summer
72
12
12
0.55
0.63
1.55
1.54
36
Benefits of CHD-TB85HT Hinged Door (Thermal Break)
Hidden aluminum profiles
Great performance in waterproofness and water draining
High energy savings due to the high energy efficiency of the system
High level of sound insulation
Modern design
High quality with certified performances
Increased static loads and functionality in case of severe weather conditions
Entrance doors with ease of access according to specifications for people with special needs
Recommended CAS Facade Products
Our products are designed to snap together perfectly, organically or with the help of couplers. This ensures a streamline design throughout your project. Below is a list of compatible products.
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CHD-TB85 Hinged Door (Thermal Break)
Hinged door CHD-TB85, is an entrance door with high-quality standards. The system includes thermal break profiles with a modern design for totally aligned constructions that offer high functionality. Offering many infill options including aluminum or glass panels, it satisfies the demands of thermal insulation and high-security level.
Overview of CHD-TB85 Hinged Door (Thermal Break)
System
Swing Door(Thermal-Break)
Model No.
CHD-TB85
Material
Aluminum Alloy/Glass
Hardware
Chinese top brand(Kin Long)/Germany brand
Glass Type
Tempered/Float/Laminated/DGU/Ceramic Fritted/LowE/Tinted/Reflective/Heat Soak
Cooperated Glass Brand
Vitro(Formerly PPG)/Pilkington/Xinyi(SYG)/Yaopi(SYP)/Fuyao/Southglass(SG)/Kibing/CNG/TaiwanGlass
Surface Treatment
Powder Coating/PVDF/Anodized/Electrophoresis/Wooden Grain
Profile Brand
6063-T5/6063-T6
Thermal Profile
Thermal Break
Standards
In Compliance With ASTM/AS/NZS/AAMA/NFRC/EN/BSI/ISO
Application
Residential Apartment, Villa/Commercial Hotel, Mall, Office, Public Organization
System Customization
Available
Data of CHD-TB85 Hinged Door (Thermal Break)
Testing Data of CHD-TB85 Hinged Door (Thermal Break)
Test
Pressure
Results
Open and Close Operable Sash Test (AS 2047 & AS/NZS 4420.1-2016)
--
No damage was observed after the test.
Preloading (AS 2047 & AS/NZS 4420.1-2016)
+0.81kPa
No separation, plastic deformations or deleterious was observed.
-0.85kPa
Structural Test at Serviceability Limit State Wind Pressure (Wsls) (AS2047 & AS/NZS 4420.1-2016)
+1.62kPa
No glass breakage, collapse and permanent deformation was observed. Deflections of mullions and transomes as well as glass panel were within the allowable deflection limits.
-1.69kPa
Operating Force Test (AS 2047 & AS/NZS 4420.1-2016)
--
The operating force of the specimen was within the allowable value.
Air Infiltration Test (AS 2047 & AS/NZS 4420.1-2016)
+150Pa
The rate of air leakage of the specimen was within the allowable values.
-150Pa
Water Penetration Test under Static Pressure (AS 2047 & AS/NZS 4420. 1-2016)
+486Pa
No water leakage was observed.
Structural Proof Test at Ultimate Limit State Wind Pressure (Wuls) (AS 2047 & AS/NZS 4420.1-2016)
+2.50kpa
There was no collapse of the test sample.
-2.60kpa
Thermal Data of CHD-TB85 Hinged Door (Thermal Break)
NFRC procedures
NFRC100SB, NFRC200-2010 and NFRC500-2010
Software tools
THERM 7.4.3.0 and WINDOW 7.4.6.0
Configuration
6 single silver low-e CAVS S1 on Clear #2 + 12Ar + 5/1.52PVB/5 Clear
Panel Dimension
1070mm Wide 2440mm High
Frame
Painted Aluminum
Panel U-value
3.906W/m2k
Visible Light Transmission
0.394
SHGC
0.34
Condensation Resistant
28.4
Frame Data of CHD-TB85 Hinged Door (Thermal Break)
Parts Location
Frame Area/m2
Edge Area/m2
U-Value(Frame)
U-Value(Edge)
W/m2k
W/m2k
Header
0.184
0.037
6.1182
2.1869
Left Jamb
0.475
0.13
6.0585
2.1841
Right Jamb
0.475
0.13
6.1144
2.188
Sill
0.096
0.037
10.0888
2.2422
Glass Data of CHD-TB85 Hinged Door (Thermal Break)
Glass Data: 6mm HS (CAVS S1)#2 +12Ar +6-T-HST
Visible Light
SHGC
SC
NFRC U-value
STC
W/m3k(Argon)
T%
R-out%
R-in%
Winter
Summer
72
12
12
0.55
0.63
1.55
1.54
36
Benefits of CHD-TB85 Hinged Door (Thermal Break)
High-security level
High energy savings due to the high energy efficiency of the system
High level of sound insulation
Ease of use and high functionality
Modern design
High quality with certified performances
Increased static loads and functionality in case of severe weather conditions
Entrance doors with ease of access according to specifications for people with special needs
Recommended CAS Facade Products
Our products are designed to snap together perfectly, organically or with the help of couplers. This ensures a streamline design throughout your project. Below is a list of compatible products.
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