Insulating Glass
Customization of insulating glass
Briefly introduce insulating glass and its application in modern architecture and home.
Emphasize the importance of customizing insulating glass specifications to meet different environmental and functional requirements.
Basic composition of insulating glass
Describe that insulating glass consists of two or more layers of parallel glass panels, which are fixed by spacers and filled with dry air or rarefied gas.
Mention the role of spacers, which is to keep the spacing between glass panels stable.
Specifications of customized insulating glass
1. Glass thickness
List common glass thickness options, such as 4mm, 5mm, 6mm, 8mm, etc.
Explain the impact of different thicknesses on the performance of insulating glass, such as load-bearing capacity, thermal insulation and sound insulation effects, etc.
2. Cavity size
Provide common cavity size options, such as 12mm, 15mm, 18mm, etc.
Explain the impact of cavity size on thermal insulation and sound insulation effects. Larger cavity sizes usually provide better thermal insulation performance.
3. Glass Types
Introduce the types of glass available, including ordinary glass, tempered glass, laminated glass (such as soundproof glass, bulletproof glass), coated glass, etc.
Explain the functional characteristics and application scenarios of different types of glass.
4. Door and Window Frame Materials
Mention common door and window frame materials, such as aluminum alloy, plastic steel, etc.
Explain the impact of frame materials on the overall performance of insulating glass.
Other Customization Options
Introduce other possible customization options, such as glass color, pattern, shape, etc.
Emphasis the role of these options in meeting personalized needs.
Technical Features
1.High sound insulation: Insulating glass can reduce noise by 27~40 decibels, and can reduce street car noise to the quietness of school classrooms.
2.Avoid condensation: The dew point of insulating glass is very low. Under normal circumstances, when insulating glass contacts high-humidity indoor air, the surface temperature of the glass is high, while the outer glass has a low temperature, but the humidity of the air it contacts is also low, so it will not condense. This ensures the clarity and light transmittance of the glass under different environmental conditions.
3. Heat insulation: The enclosed dry air in the hollow glass is a good heat insulation material, and its thermal conductivity is greatly reduced compared with the commonly used 3~6mm single-layer transparent glass.
4. High wind pressure resistance: The wind pressure resistance of the hollow glass is 15 times that of the single-layer glass, and because it is produced by the bonding method, it is cold processed, the stress in the original glass sheet does not change, and it is sealed with elastic materials on all sides, so the glass is not easy to burst.
5. Beautiful and practical: Hollow glass can be customized according to customer needs, including size, shape, color and other aspects to meet different architectural styles and decoration needs.
FAQ
Q: Due to unqualified sealing width, uneven coating and other reasons, the reliability of bonding between glass layers may be affected, and even bonding may fall off.
A: Select sealants and desiccants of good quality, and apply and seal them in strict accordance with production process requirements. At the same time, the finished product is strictly tested for sealing to ensure that the product meets the relevant standards.
Q: The dew point temperature is too high, which will seriously affect the performance of insulating glass, and its important insulation and heat insulation performance will be seriously affected.
A: Select high-quality desiccant and ensure that its filling volume is moderate. At the same time, the dew point temperature of the finished product is tested to ensure that the dew point temperature meets the relevant standards.
Q: In the UV radiation resistance test of insulating glass, fog or water vapor may be generated on the glass surface, causing serious interference to people's vision.
A: Select sealants and glass sheets with good UV radiation resistance, and process and assemble them strictly in accordance with the production process requirements. At the same time, the finished product is tested for UV radiation resistance to ensure that the product meets the relevant standards.
Q: Due to poor quality of raw materials and lax production process, the service life of insulating glass may be short, and problems such as condensation, frosting, salt precipitation, and cracking may occur.
A: Select high-quality raw materials and sealants, and process and assemble them strictly in accordance with the production process requirements. At the same time, perform durability tests on the finished products to ensure that the products meet relevant standards and service life requirements.
