What are the effects of AB protective ink spraying treatment on glass display touch screens?

As is well known, protective ink spraying equipment is a professional device used to spray protective ink on the surface of objects. It mainly consists of a feeding system, a spraying system, a drying system, a control system, etc. It plays an important role in multiple fields such as electronics, automotive, aerospace, glass, etc.

Glass display touch screens are susceptible to various external forces such as scratching and wear during daily use, such as being placed together with sharp objects such as keys and coins, or being scratched by users' nails, jewelry, etc. The shock absorber AB protective ink spraying equipment has the characteristics of high hardness and high wear resistance, which can evenly spray ink on the glass surface to form a protective film. It can not only resist the erosion of some chemical substances such as sweat, grease, detergent, etc., but also effectively resist these scratches and wear, extending the service life of the touch screen. Today, please follow in the footsteps of the editor and explore the new field of ink spraying equipment. Let's explore the application advantages and specific process characteristics of protecting ink spraying equipment on display screens together!

Firstly, due to the excellent transparency of AB protective ink spraying equipment, spraying on the surface of display touch screens can ensure that the brightness and clarity of the screen are not significantly affected, while reducing reflection and improving the visibility of the screen in different lighting environments, making images and text clearer and easier to read, enhancing the user's visual experience.

Secondly, AB protection ink spraying machine can form a waterproof barrier on the surface of the touch screen, preventing water from penetrating into the inside of the screen and avoiding short circuits and damage caused by water ingress. AB protective ink can provide some degree of protection, even if the touch screen accidentally comes into contact with water, if it is wet by rainwater or used in a humid environment.

Finally, the nano level AB protective ink spray coating machine can make the touch screen surface feel more comfortable, making users feel smoother during operation, reducing frictional resistance between fingers and the screen, and improving the smoothness and accuracy of operation.

In addition, to ensure that the blessing ink spraying equipment achieves the desired processing effect. The wear resistance of AB protective ink will be evaluated using the following testing methods:

Significant improvement in wear resistance: Increased wear resistance times: The display screen treated with protective ink spraying has significantly increased wear resistance times. For example, the wear resistance of a regular display screen may be around 1000 times, while after being coated with shock absorber AB protective ink, the wear resistance can reach over 2000 times. Wear resistance is closer to practical application requirements: Through friction and wear testing, the wear resistance of the display screen after ink spraying is closer to that in actual applications, which can better simulate the wear situation in actual use. Generally speaking, the higher the hardness, the better the wear resistance.

Scratch testing: Testing equipment: Scraper testing machine, equipped with different shapes and sizes of scrapers such as conical head and flat head scrapers, which can also accurately control the strength and speed of the scrapers.

Test steps: Fix the displayed touch screen sample on the testing machine, select the appropriate scratch head and scratch parameters, gradually increase the scratch force from low to high, and maintain a constant speed. Let the scratch head scratch the surface of the AB protective ink coating in a straight or curved line, observe the damage of the coating under different scratch forces, record the scratch force at the beginning of obvious scratches or coating damage, and judge the scratch resistance and wear resistance of the ink.

Through the above testing methods, the wear resistance of the shock absorber AB protective ink on the display touch screen can be comprehensively evaluated, providing a basis for product quality control and performance optimization.

If you are concerned about uneven ink spraying, inappropriate thickness, easy coating detachment, poor light transmittance, and other issues that may affect touch sensitivity, please feel free to contact us at any time to help you choose the appropriate AB protective ink spraying equipment.