Product Overview
Low-radiance single-layer glass, also known as Low-E single-layer glass, is a special glass with a low-radiance (Low Emissivity) film on the glass surface. This glass can effectively reduce the transmission of ultraviolet and infrared rays, while maintaining a good visible light transmittance, thereby achieving energy saving, heat insulation, and UV protection.
Production Process
The production process of low-radiance single-layer glass mainly includes the following steps:
1. Preparation of glass original sheet: Select high-quality float glass as the substrate to ensure that the glass surface is flat and the thickness is uniform.
2. Cutting and edge grinding: According to customer needs, the glass original sheet is precisely cut and edged to meet the requirements of different sizes and shapes.
3. Coating treatment: The low-radiance film is coated on the glass surface by vacuum magnetron sputtering or online high-temperature pyrolysis deposition. Among them, vacuum magnetron sputtering is usually used to produce high-performance offline Low-E glass, while online high-temperature pyrolysis deposition is used to produce online Low-E glass.
4. Cleaning and drying: After the coating is completed, the glass is thoroughly cleaned and dried to remove the residues and stains generated during the coating process.
5. Quality inspection: Strict quality inspection of the finished product, including appearance inspection, performance testing, etc., to ensure that the product quality meets the standards.
Product Specifications
The specifications of low-radiation single-layer glass are diverse and can be customized according to customer needs. Common thickness specifications are 3mm, 4mm, 5mm, 6mm, etc., and the size can be cut according to actual installation requirements. In addition, according to the different types of coating, it can also be divided into single silver Low-E glass, double silver Low-E glass, etc.
Application
Low-radiation single-layer glass is widely used in the following places:
1. Construction field: used for doors, windows, curtain walls, etc. of buildings such as office buildings, shopping malls, and hotels, which can effectively reduce energy consumption and improve indoor comfort.
2. Home decoration: used in home decoration such as sun rooms and bay windows, which can not only ensure good lighting effects, but also effectively prevent ultraviolet radiation and heat transfer.
3. Automotive field: used in car windshields and other locations to improve driving safety and comfort.
Technical Features
1. Low radiation performance: can effectively reduce the penetration of ultraviolet and infrared rays, reduce indoor temperature and energy consumption.
2. High light transmittance: maintain good visible light transmittance to ensure sufficient indoor light.
3. Energy saving and environmental protection: reduce building energy consumption, improve energy efficiency, and meet the requirements of green buildings and sustainable development.
4. Strong durability: the coating layer is firm and durable, not easy to fall off or wear, and has a long service life.
Our services
1. Customized service: provide personalized customized services according to customer needs, including size, thickness, coating type, etc.
2. Technical support: provide professional technical support and consulting services to help customers solve problems encountered during use.
3. After-sales service: provide a complete after-sales service system, including product repair, maintenance and consulting, to ensure customer satisfaction.
FAQ
Q: What is the difference between low-radiation single-layer glass and ordinary glass?
A: Low-radiation single-layer glass is coated with a low-radiation film on the glass surface, which can effectively reduce the transmission of ultraviolet rays and infrared rays, while maintaining a good visible light transmittance, thereby achieving energy saving, heat insulation, and ultraviolet protection. Ordinary glass does not have these functions.
Q: How long is the service life of low-radiation single-layer glass?
A: The service life of low-radiation single-layer glass depends on many factors, such as the use environment, coating quality, etc. Generally speaking, under normal use, the service life of low-radiation single-layer glass can reach decades.
Q: How to maintain low-radiation single-layer glass?
A: It is recommended to wipe the glass surface regularly with a soft dry cloth and avoid using detergents containing corrosive substances. If there are stains that are difficult to remove, use a neutral detergent to gently wipe and immediately rinse with clean water and wipe dry. At the same time, avoid scratching the glass surface with hard objects.
