AR glass,with the advanced magnetron- sputtering technology, is to coat anti-reflecting layer on the tempered glass, for efficiently decreasing reflectance but increasing transmittance,making the color through the glass much purer.After the glass is optically coated, it reduces its reflectivity and increases the transmittance. The maximum value can increase its transmittance to over 99% and its reflectivity to less than 1%. By increasing the transmittance of the glass, the content of the display is more clearly presented, allowing the viewer to enjoy a more comfortable and clear sensory vision.

the purpose of anti glare. All four kinds of anti glare glass can achieve the purpose of anti glare, but each has its own emphasis. The most common are etched AG glass and sprayed AG glass,but nanoparticles are easy to fall off,so the etched AG glass is more widely used. Etching glass, also known as chemical etching AG glass, is etching on the surface of the original glass. 

About us

The advantages of our glass factory are mainly reflected in the advanced equipment and highly qualified technical personnel. First of all, modern glass factories are generally equipped with highly automated production equipment, such as intelligent furnaces, CNC cutting machines, automatic detection systems, etc., which not only improve production efficiency, but also ensure the stability and consistency of product quality. The introduction of automation equipment reduces human error, reduces production costs, and can quickly respond to market demand and flexibly adjust production plans. Secondly, technical personnel is one of the core competitiveness of glass factories. Factories usually have an experienced technical team, covering glass formulation research and development, process optimization, equipment maintenance and other areas. These technicians not only have a solid theoretical knowledge, but also accumulated a wealth of practical experience, can timely solve the technical problems in production, promote product innovation and technology upgrading. In addition, the factory also organizes regular technical training to ensure that employees have the latest industry technology and operating norms, so as to maintain a leading position in technology. The efficient combination of equipment and technical personnel enables the glass factory to hold an advantage in the fierce market competition, meet the customer's demand for high-quality and diversified glass products, and lay a solid foundation for the sustainable development of the factory.

Application

Packaging material

Wooden box or wooden frame: Often used for large or heavy glass to provide strong support.

Carton or cardboard: suitable for small glass products, the internal need to add cushioning material.

Foam and bubble film: Used to fill gaps and prevent glass collisions.

Corner guard and edge guard: Protect glass edges and corners from breakage.

Moisture-proof material: such as moisture-proof paper or desiccant, to prevent the glass from getting damp.

Packing method

Single piece packaging: Each piece of glass is wrapped with bubble film or foam and then packed into the box.

Multi-layer packaging: multiple pieces of glass are separated by soft pads to prevent friction.

Vertical packaging: The glass is placed vertically to reduce the force, suitable for large-size glass.

Flat packaging: The glass is placed horizontally, suitable for small size or thicker glass.

Reinforcement measure

Steel or plastic tape binding: fixed packaging to prevent loosening.

Caulk: Fill the void with foam or bubble film to prevent the glass from moving.

Anti-slip treatment: Add anti-slip pad at the bottom of the package to prevent sliding during transportation.

Participate in an exhibition

Certificate and qualification