Shaanxi Zhongsen R&D Four-Five Gates Test Technology Can Effectively Solve Multi-Grid Line Test Problems

In March 2012, Kyocera Corporation of Japan acquired the patent of a "three main grid electric level structure" solar cell in Japan. The three main gate electrode structure is a commonly used technical solution for most solar cell manufacturers. Kyocera issued a press release on the 10th, announcing that Hanwha had infringed on the "three-grid electric-level structure" patent and was forced to file the aforementioned infringement lawsuit.

Kyocera pointed out that in addition to Hanwha, the company is also negotiating with other solar cell factories on the “three main grid electric level structure” patents, and after that, depending on the results of the negotiations, it is not excluded from these solar cell plants and sales of “three main grids”. The power distribution companies that construct the solar cell modules and the power generators that construct the solar cell modules using the "three main grid power level structure" have filed damages.

Kyocera’s patent restrictions and infringement lawsuit once again set off a “big reform of the battery grid” in the industry. To avoid potential patent risks, some companies have had to consider stopping the production and use of three main grid cells. In order to get rid of Kyocera's patent blockade and patent disputes, battery manufacturers can only consider switching to production of four main grid and five main grid battery modules.

Shaanxi Zhongsen devotes itself to provide customers with complete testing solutions. With the expertise and experience of thousands of customers and equipment, the R&D four- and five-grid test technology can effectively solve the problems of multi-gate line testing and help enterprises overcome difficulties. .

Tempered Glass

Tempered or toughened glass is a type of safety glass processed by controlled thermal to increase its strength compared with normal glass. Tempering puts the outer surfaces into compression and the interior into tension. Such stresses cause the glass, when broken, to crumble into small granular chunks instead of splintering into jagged shards as plate glass (a.k.a. annealed glass) does. The granular chunks are less likely to cause injury.


Tempered glass is often used in applications where using standard glass could pose a potential danger. Tempered glass is stronger than standard glass and does not shatter into large shards when broken. This is important, because it can greatly minimize potential danger in the case of a break. Manufactured through a process of extreme heating and rapid cooling, tempered glass is much harder than normal glass.


In the case that tempered glass does break, it shatters into small pebbles that are void of dangerous, sharp edges. As tempered glass is considered to be much safer than normal glass, you may often here it referred to as safety glass or TOUGHENED GLASS . Tempered glass has a wide variety of uses that you'll find just about everywhere. In fact, the shower doors in your bathroom or the side glass on a motor vehicle are examples of tempered glass.


Annealed glass can be processed into Clear Tempered Glass, Ultra Clear Tempered Glass, printed tempered glass, back painted tempered glass, tempered Laminated Glass, tempered Insulated Glass , tempered Vacuum Insulated Glass and so on, custom made on project request. Can be used for windows, doors, partitions, handrails, balcony, balustrade, fence, table top, decoration, kitchen splashbacks and so on.

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