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Super Spacer® warm-edge insulating glass Technical Parameters Table
category | Parameters | Standard value | Customizable range |
Basic specifications | Maximum processing size | 3000x7000mm | Minimum size: 300x300mm |
Glass thickness combination | 5+12A+5 / 6+15A+6 | Supports any combination of 5~19mm single-piece glass | |
Thermal performance | Spacer type | Super Spacer® TPS Warm Edge Strip | __ |
Thermal conductivity (U value) | ≤0.7 W/(m²·K) | Minimum 0.5 (three glass and two chambers) | |
Linear heat transfer coefficient (Ψ value) | ≤0.035 W/(m·K) | — | |
Sealing performance | Argon retention rate (after 10 years) | ≥85% | Can be upgraded to ≥90% (high air-tight model) |
Dew point temperature | ≤-60℃ | — | |
Structural characteristics | Wind pressure resistance level | Level 9 | — |
Maximum surface deformation | ≤L/100 (L is the length of the short side) | — | |
Optical properties | Visible light transmission ratio (5+12A+5) | 82%±2% | Low-E film can be plated to adjust to 30%~75% |
Total solar barrier rate (SC) | 0.87 (white glass) | Adjustable to 0.3-0.9 | |
Processing technology | Edge sealing material | Double-channel seal (butyl glue + polysulfide glue/silicon) | Optional structural glue |
Production cycle | 7-15 working days (regular order) | Extended orders for 72 hours (+30% fee) |
Super Spacer® warm-edge insulating glass Technical Parameters Table
category | Parameters | Standard value | Customizable range |
Basic specifications | Maximum processing size | 3000x7000mm | Minimum size: 300x300mm |
Glass thickness combination | 5+12A+5 / 6+15A+6 | Supports any combination of 5~19mm single-piece glass | |
Thermal performance | Spacer type | Super Spacer® TPS Warm Edge Strip | __ |
Thermal conductivity (U value) | ≤0.7 W/(m²·K) | Minimum 0.5 (three glass and two chambers) | |
Linear heat transfer coefficient (Ψ value) | ≤0.035 W/(m·K) | — | |
Sealing performance | Argon retention rate (after 10 years) | ≥85% | Can be upgraded to ≥90% (high air-tight model) |
Dew point temperature | ≤-60℃ | — | |
Structural characteristics | Wind pressure resistance level | Level 9 | — |
Maximum surface deformation | ≤L/100 (L is the length of the short side) | — | |
Optical properties | Visible light transmission ratio (5+12A+5) | 82%±2% | Low-E film can be plated to adjust to 30%~75% |
Total solar barrier rate (SC) | 0.87 (white glass) | Adjustable to 0.3-0.9 | |
Processing technology | Edge sealing material | Double-channel seal (butyl glue + polysulfide glue/silicon) | Optional structural glue |
Production cycle | 7-15 working days (regular order) | Extended orders for 72 hours (+30% fee) |
Advantages of Super Spacer®Insulated Glasses
It is mainly reflected in energy saving, sound insulation, dew resistance and safety, as follows:
1. The hollow layer is usually filled with inert gas such as argon, which can effectively reduce heat conduction, reduce indoor and outdoor heat exchange, and significantly reduce energy consumption of air conditioning or heating. If the glass surface is coated with a low-radiation film, infrared rays can be further reflected, improve thermal insulation effect, and increase energy saving efficiency by 30%-50%.
2. The air layer or gas layer of the hollow structure can attenuate noise propagation, especially for medium and high frequency noise (such as traffic voices). If an asymmetric glass thickness or laminate layer is used, the sound insulation performance is better, and the noise reduction can reach 35-50 decibels: suitable for noisy environments such as street-facing buildings and airports.
3. Insulated Glasses is filled with desiccant inside to avoid condensation of water vapor. In cold areas, it can prevent the condensation of glass on the interior, keep the field of view clear, and reduce mold growth
4. If Toughened Glass or laminated glass combination is used, it will be granule after being broken or adhered to the film, reducing the risk of personal injury and the multi-layer hollow structure is difficult to break through. It can be equipped with anti-theft film to improve safety, and can also block 70%-90% of UV radiation, protecting indoor furniture floors from fading.
Advantages of Super Spacer®Insulated Glasses
It is mainly reflected in energy saving, sound insulation, dew resistance and safety, as follows:
1. The hollow layer is usually filled with inert gas such as argon, which can effectively reduce heat conduction, reduce indoor and outdoor heat exchange, and significantly reduce energy consumption of air conditioning or heating. If the glass surface is coated with a low-radiation film, infrared rays can be further reflected, improve thermal insulation effect, and increase energy saving efficiency by 30%-50%.
2. The air layer or gas layer of the hollow structure can attenuate noise propagation, especially for medium and high frequency noise (such as traffic voices). If an asymmetric glass thickness or laminate layer is used, the sound insulation performance is better, and the noise reduction can reach 35-50 decibels: suitable for noisy environments such as street-facing buildings and airports.
3. Insulated Glasses is filled with desiccant inside to avoid condensation of water vapor. In cold areas, it can prevent the condensation of glass on the interior, keep the field of view clear, and reduce mold growth
4. If Toughened Glass or laminated glass combination is used, it will be granule after being broken or adhered to the film, reducing the risk of personal injury and the multi-layer hollow structure is difficult to break through. It can be equipped with anti-theft film to improve safety, and can also block 70%-90% of UV radiation, protecting indoor furniture floors from fading.
Super Spacer®Insulated Glasses application
1. Building doors and windows/curtain walls: energy-saving building office buildings and residential buildings
2. Cold areas: Reduce indoor heat loss
3. Noise-sensitive area: buildings near airport school hospitals
4. Places that require privacy or decoration: combined with colored glaze or frosted glass
5. High-end buildings: passive house green certified buildings
6. Special environment: High noise area museums in extremely cold/hot areas (UV protection requirements)
Super Spacer®Insulated Glasses typical combination example
Combination method | Structural Example | Main uses |
Standard hollow | 5mm tempering + 12A + 5mm tempering | Ordinary building doors and windows |
Energy-saving hollow | 5mm Low-E + 12A + 5mm Temperature | Energy-saving building curtain wall |
High sound insulation hollow | 6mm clamping + 16A + 6mm tempering | Airport high-speed rail station |
Safety, explosion-proof hollow | 6mm tempering + 12A + 6mm glue clamping | High-rise building sunroom |
Decorative hollow | 5mm colored glaze + 12A + 5mm tempered | Commercial building curtain wall |
Super Spacer®Insulated Glasses application
1. Building doors and windows/curtain walls: energy-saving building office buildings and residential buildings
2. Cold areas: Reduce indoor heat loss
3. Noise-sensitive area: buildings near airport school hospitals
4. Places that require privacy or decoration: combined with colored glaze or frosted glass
5. High-end buildings: passive house green certified buildings
6. Special environment: High noise area museums in extremely cold/hot areas (UV protection requirements)
Super Spacer®Insulated Glasses typical combination example
Combination method | Structural Example | Main uses |
Standard hollow | 5mm tempering + 12A + 5mm tempering | Ordinary building doors and windows |
Energy-saving hollow | 5mm Low-E + 12A + 5mm Temperature | Energy-saving building curtain wall |
High sound insulation hollow | 6mm clamping + 16A + 6mm tempering | Airport high-speed rail station |
Safety, explosion-proof hollow | 6mm tempering + 12A + 6mm glue clamping | High-rise building sunroom |
Decorative hollow | 5mm colored glaze + 12A + 5mm tempered | Commercial building curtain wall |
