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Industrial control glass panel
Durability: The panel glass of industrial control equipment needs to be highly durable and resistant to common physical and chemical damage, such as scratches, chemical solvents or corrosion.
Transparency: The panel glass needs to be highly transparent to ensure that the display screen or indicator is clearly visible so that users can easily read information or monitor the status of the device.
Anti-fingerprint and anti-pollution: The panel glass usually needs to have anti-fingerprint and anti-pollution properties to reduce the adhesion of fingerprints, dust or grease and keep the display interface clean.
Touch function: Many industrial control equipment panel glasses are equipped with touch technology, such as capacitive touch screens or resistive touch screens, to enable user interaction with the device.
Anti-reflection: In order to provide a better visual experience, the panel glass of industrial control equipment usually has an anti-reflective coating or anti-reflective treatment to reduce the reflection of external light sources and improve the display quality.
Design pattern: You need to design or select a suitable pattern or image, which can be a pattern, image, text or custom design.
Prepare glass: Prepare the glass surface to be printed, ensuring it is clean, dry and smooth.
Printing: Use a printing press or printing equipment to apply color ink or ceramic ink to the glass surface. These inks are usually transferred to the glass using inkjet or screen printing technology to create the desired pattern or image.
Curing and drying: Curing and drying processes are required after printing to ensure that the ink adheres firmly to the glass surface and can withstand daily use and cleaning.
Processing and assembly: The printed glass can be further processed and assembled, and can be cut, polished, drilled or otherwise processed as needed to finally form a finished glass product.
Industrial control glass panel
Durability: The panel glass of industrial control equipment needs to be highly durable and resistant to common physical and chemical damage, such as scratches, chemical solvents or corrosion.
Transparency: The panel glass needs to be highly transparent to ensure that the display screen or indicator is clearly visible so that users can easily read information or monitor the status of the device.
Anti-fingerprint and anti-pollution: The panel glass usually needs to have anti-fingerprint and anti-pollution properties to reduce the adhesion of fingerprints, dust or grease and keep the display interface clean.
Touch function: Many industrial control equipment panel glasses are equipped with touch technology, such as capacitive touch screens or resistive touch screens, to enable user interaction with the device.
Anti-reflection: In order to provide a better visual experience, the panel glass of industrial control equipment usually has an anti-reflective coating or anti-reflective treatment to reduce the reflection of external light sources and improve the display quality.
Design pattern: You need to design or select a suitable pattern or image, which can be a pattern, image, text or custom design.
Prepare glass: Prepare the glass surface to be printed, ensuring it is clean, dry and smooth.
Printing: Use a printing press or printing equipment to apply color ink or ceramic ink to the glass surface. These inks are usually transferred to the glass using inkjet or screen printing technology to create the desired pattern or image.
Curing and drying: Curing and drying processes are required after printing to ensure that the ink adheres firmly to the glass surface and can withstand daily use and cleaning.
Processing and assembly: The printed glass can be further processed and assembled, and can be cut, polished, drilled or otherwise processed as needed to finally form a finished glass product.
