1. The wire glass is packed in containers, pallets or wooden boxes. Each piece of glass is packed in plastic bags or paper. The glass and the box are filled with soft and soft materials that are not easy to cause glass scratches. Labels such as “face up, care and care†and the thickness, size, type or trademark of the glass shall be indicated.
2. When transporting the wired glass, the glass shall not be laid flat or inclined, and the length direction shall be the same as that of the vehicle, and there shall be rainproof facilities. When handling the glass, avoid collision with hard objects to avoid damaging the glass. Temporarily unused products should be stored in a dry room, placed upright on the A-frame, tilted 5-100 from the vertical, and secured with a rope.
3. Before installation, the glass should be protected from high temperature exposure, high temperature and rain, etc. The glass at the construction site should be stored in a ventilated and dry place. When the weather changes suddenly or heavy rain, the construction personnel should check the site in time to prevent the glass packaging box. The water is soaked and the water leakage of the edge of the wire is caused.
4. The brushed glass should not be barbaricly installed during the installation process, and it should be handled gently and evenly. The window frame should be made of high-precision, non-rusting products, and should be given full consideration of the difference in thermal expansion coefficient between the glass and the frame material. The size of the glass and the window frame should be matched, and the glass should be small and not large, but the depth of the glass bite and the depth of the window frame groove should meet the requirements. The four-sided frame is designed to be easy to quickly remove rainwater and dew condensation. Keep the glass dry.
5. The metal frame should not be in direct contact with the glass. The glass and the frame should be filled with high-quality sealing material, and the compatibility of the sealing material with the PVB film should be noted. Silicone rubber or polysulfide rubber sealing materials are recommended. Installation design and construction operations shall comply with the requirements of the national compulsory industry standard JGJ113-97 <Technical Regulations for Building Glass Applications>.
Processing range
Flat sandwich: thickness 6 ~ 40mm
Minimum: 70mm × 150mm Maximum: 2650 × 6500mm curved sandwich: thickness 6 ~ 30mm
Minimum specification: 300×400mm Maximum specification 2000×3000mm
Maximum bow height: 400mm
Scope of application: Wired glass is highly decorative and is widely used in engineering home decoration, such as background, partition, porch, screen, doors and windows.
Fluorescent Dyes have long been used mainly for the dyeing of flat materials, especially textiles. The use of fluorescent dyes causes a significant increase in color brightness, which makes the dyed materials more easily perceptible, or more accurately visible. Indeed, fluorescent dyes are considered to be those dyes which absorb and emit radiation in the visible spectral range light and causes fluorescence. These dyes are defined as a group of organic dyestuffs which, when applied to a textile material, give rise to fluorescence under UV radiation and in daylight. In the textile field, the main use of fluorescent dyes is in the coloration of synthetic fibers, especially polyester, polyamide and acrylics in conjunction with elastane fibers, for fashion, leisure, sportswear uses and especially for safety. In industry, many textile materials are dyed with mixtures of dyes to achieve the exact reproducibility of the required color. The use of two or three fluorescent dyes with non-identical properties can affect the sorption of the dye and the high visibility.
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