Description
High quality building tempered vacuum glass made in China
Six major advantages of vacuum glass: 1. Super insulation, energy-saving carpet 2. Super sound insulation, sound insulation and noise reduction 3. Anti condensation, increased service life of doors and windows, and improved living comfort 4. Ultra thin, increased lighting, and convenient modification of frame materials 5. Ultra long service life, up to 50 years 6. Anti infrasound wave, healthy environment
Vacuum glass is the process of sealing two flat glass sheets around them and then vacuuming the gaps between them. Without air in the space, there is no heat conduction or convection, providing super insulation and sound insulation. The gap between glass is usually 0.1mm-0.3mm.
Pillar diameter = 0.6mm
Vacuum gap width: 0.2mm
Vacuum space < 0.01Pa
Ug=0.4W/(m2·K)(double silver)
Single piece vacuum glass, blocking air convection,,
More comfortable and warm than single or double chamber insulating glass, with superior performance
Due to the ultra-thin design of vacuum glass, compared to three-layer glass, obtaining a higher heat gain coefficient allows for more sunlight and natural light.
Vacuum glass 8mm/20kg/㎡
triple insulated glass 45mm/30kg/㎡
Vacuum glass enhances indoor space with a beautiful, simple, and comfortable appearance. After adding lightweight vacuum glass to the old-fashioned window frame, you can easily enjoy the original comfort of your home。
Super sound insulation performance, easy noise reduction of 42dB, blocking urban noise, easily surpassing ordinary insulated glass installed in urban noise environments for homes and workplaces.
In protected buildings, it is usually not advisable to replace the original glass with modern double-layer glass.
Vacuum glass not only retains the original appearance of the building, but also meets the requirements of modern standard design for insulation and comfort.
Extending the lifespan of window frames
Glass window condensation is a phenomenon caused by the air near the window coming into contact with glass that is colder than the dew point. Compared with insulating glass, vacuum glass is less likely to cause the loss of indoor warmth and does not transmit the cold outside. Therefore, the surface of the glass is not easy to cool, effectively preventing condensation.
Vacuum glass prevents the occurrence of water mist, prevents wooden windows from rotting, and aluminum frames from oxidizing, increasing the durability and service life of window frames.
Fully tempered vacuum glass, composite laminated glass or fireproof composite glass, effectively protecting and preventing theft or damage.
Installing vacuum glass composite products can protect indoor items within a safe range, avoiding damage caused by exposure to harmful ultraviolet radiation and causing property damage.
Vacuum glass composite products can block at least 99% of ultraviolet radiation, helping to reduce discoloration and fading of indoor furniture.
The ultra-thin vacuum glass insulation value is 0.65W/(m2 · k), which surpasses the performance of three glass and two cavities and is 8 times higher than that of single-layer glass.
Vacuum glass is retrofitted onto existing old-fashioned structural windows, which can maintain the indoor temperature regardless of the external temperature, thereby achieving energy-saving, thermal insulation, and thermal insulation effects.
Application of Vacuum Glass in Cold Chain
Commercial refrigerators and refrigeration display cabinets are high-energy consuming products that consume 70% of the electricity consumption of the entire supermarket.
Commercial glass door refrigerators use hollow glass surfaces to generate condensation, and the energy consumption of electric heating films is astonishing.
Hollow glass cannot effectively prevent heat transfer, resulting in frequent compressor starts, high energy consumption, and short service life.
Comparison of condensation states between vacuum glass and glass used in refrigerators in use without condensation of vacuum glass
The glass used for the freezer is in a condensed state. The upper part is Wokam vacuum glass, and the lower part is the glass used for the freezer
Cost reduction renovation plan
Vacuum glass - the first choice for renovation plans
Vacuum glass is more convenient than installing three-layer insulating glass, which requires the removal of existing window frames.
Vacuum glass is very thin and can be reused with existing frames to save costs for renovation.
Vacuum glass is usually the most economical choice and can almost eliminate air pollution and dust on project sites.
Vacuum transparent power generation glass technology changes future photoelectric conversion efficiency by 16.8%
Even under low light conditions, light energy can be converted into electrical energy, which can generate 120 kilowatt hours of electricity per year
Only 20-30 pieces are needed to meet the electricity demand of a household
ENGINEERING CASE
office building
Tr=60% SHGC=0.55 Ug=0.6W/(㎡·k)
Vacuum glass passive door
Reliable control of sealing with a secure multi-point locking system
Hidden door hinges with high stability and strong load-bearing capacity
Measures to ensure low threshold sealing performance without obstacles
Try to maintain the structural integrity of the entire door sealing system as much as possible
The bottom corner is effectively sealed to ensure the integrity of air tightness Ud=0.79W/(㎡· K)
Vacuum glass passive window
Structural depth: 90mm SHGC=0.5
Insulation strip width: 54mm Ug=0.56W/(㎡·K)
Visible surface width: 92.5mm Uw=0.77W/(㎡·K)
Uf=0.98W/(㎡·K)
ENGINEERING CASE
6LowE+12A+5Low-E+0.15V+5
6LOwE+12A+6Low-E+0.15V+6
Fully tempered vacuum glass
Tr=60% SHGC=0.5 Ug=0.50W/(㎡·K)
ENGINEERING CASE
School
5Low-E+0.15V+5+9A+5
Tr=72%
SHGC=0.56 Ug=0.6W/(㎡·K)
19200㎡
ENGINEERING CASE
Villa area
5+12A+ 5Low-E+0.15V+5
Tr=70%
SHGC=0.5 Ug=0.50W/(㎡·K)
2000㎡
6Low-E+0.15V+6+16A+8Low E SHGC=0.50
Tr=60% Ug=0.55W/（㎡·K）
Kindergarten
5Low-E+0.15V+5+9A+5
Tr=72%
SHGC=0.56 Ug=0.6W/(㎡·K)
1000㎡
school dormitory
6+12A+5Low-E+0.15V+5 SHGC=0.55
Tr=50% Ug=0.50W/（㎡·K）
5000㎡
Residential quarter
6Low-E+0.15V+6 SHGC=0.5
Tr=70% Ug=0.50W/(㎡·K)
2000㎡
