CSD-TB150 Sliding Door (Thermal Insulation)

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
  • Data
  • Benefit
  • Configuration

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.
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.
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.
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.

Thermal Data of CSD-TB150 Sliding Door (Thermal Insulation)

NFRC procedures NFRC100SB, NFRC200-2010 and NFRC500-2010
Software tools THERM and WINDOW
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)
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 0.3150 21.5480 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 10.9220 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
T% R-out% R-in% Winter Summer
72 12 12 0.55 0.63 1.55 1.54 36

Benefit 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

Configuration of CSD-TB150 Sliding Door (Thermal Insulation)


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