Offline coated glass

Sunlight coated glass, also known as sunlight control coated glass and heat reflective coated glass, is made by coating one or more layers of metal, metal oxide or non-metal oxide thin film on the surface of high-quality float glass by physical or chemical methods. The coating controls sunlight with a wavelength range of 350-1800nm, and controls the reflection, transmission and absorption of direct sunlight according to the required proportion.   On the basis of having the basic functions of sunlight coated glass, it has extremely low emissivity, can effectively block indoor heat from radiating to the outside in the form of far infrared rays, can reduce indoor heat loss in winter, and has better effect when used with insulating glass, which can greatly improve the thermal insulation performance of the building.

In the process of pursuing building energy saving and comfort, single silver Low-E glass stands out and becomes a high-quality material that balances cost and performance, meeting the needs of various scenarios with its excellent characteristics.   Compared with double silver and triple silver Low-E glass, single silver Low-E glass is more affordable while ensuring excellent performance. It provides a feasible energy-saving upgrade solution for a large number of projects at a relatively low price, especially for construction projects with limited budgets but certain requirements for energy saving, helping customers to reduce building energy consumption and improve living experience under the premise of controlling costs.   Single silver Low-E glass builds an efficient heat reflection barrier by coating a layer of silver film on the glass surface. It can effectively reflect infrared rays in solar radiation, with a blocking rate of about 80%, greatly reducing the indoor temperature rise caused by solar radiation and reducing the air conditioning refrigeration load. In winter, it can prevent indoor heat from dissipating outward, play a good insulation role, reduce heating energy consumption, achieve energy-saving goals throughout the year, and reduce energy costs.

Double silver Low-E glass, as an excellent material in modern architecture and industry, has set a new benchmark in energy saving, optical performance and durability with its innovative double-layer silver film structure.   Excellent heat insulation and high efficiency and energy saving. Its unique double silver film design has excellent reflection ability for infrared rays, which can effectively block up to 90% of solar heat radiation from entering the room, greatly reducing the air conditioning refrigeration load and keeping the room cool in summer. In winter, it can lock the indoor heat firmly in the house, reduce heating energy consumption, and reduce energy costs. It is an ideal choice for building energy saving.   Excellent light transmission and comfortable vision. Double silver Low-E glass can maintain a visible light transmittance of up to 70% while effectively insulating, filling the room with natural light, creating a bright and transparent space, reducing the use of artificial lighting, and further reducing energy consumption. It also effectively filters glare to provide a comfortable visual experience for residents and users.

In the era of pursuing green buildings and comfortable life, triple silver Low-E glass has become the ideal choice for many construction projects with its excellent performance, opening up a new quality life for you.   Triple silver Low-E glass has 3 layers of silver coating, which has a very high reflectivity of far infrared rays, can effectively block the outdoor heat from entering the room, has a significant heat insulation effect in summer, and greatly reduces the energy consumption of air conditioning; in winter, it locks the indoor heat, reduces heat loss, reduces heating costs, creates a comfortable space with constant temperature in all seasons for you, achieves excellent energy-saving effects, and conforms to the concept of green environmental protection.   While maintaining high light transmittance, it achieves excellent heat insulation performance. It allows sufficient natural light to fill the room without reservation, creating a bright and transparent space atmosphere, and can effectively block ultraviolet rays and near-infrared rays, reduce the fading and aging of indoor furniture and fabrics due to light, extend the service life of items, and protect the beautiful indoor environment for you.

Offline coated glass is glass that is specially coated using a vacuum magnetron sputtering coating production line after the flat glass leaves the factory. This type of glass achieves low-emission (Low-E) function by coating a multi-layer composite film on the glass surface, and has many significant advantages.   The film thickness can accurately control light, and can be made into a multi-layer optical interference film system, which can selectively control the solar spectrum that passes through the film layer, and achieve precise control of visible light, infrared light, etc., to meet the lighting needs of different scenes. For example, in commercial buildings, it can block excessive solar radiation heat from entering the room, reduce air conditioning energy consumption, and ensure sufficient natural lighting indoors.