Gravure Cylinder Protection Gel

Choose Gravure Cylinder Protection Gel for unmatched reliability and superior performance, ensuring your gravure printing cylinders remain in pristine condition. 

Gravure Cylinder Protection Gel is an advanced solution designed to safeguard gravure printing cylinders against damage, oxidation, and wear during storage and transit. This specialized gel creates a protective layer that effectively resists moisture, corrosion, and contaminants, ensuring the cylinder’s surface remains spotless and functional.

Choose Gravure Cylinder Protection Gel for unmatched reliability and superior performance, ensuring your gravure printing cylinders remain in pristine condition. Safeguard your investment with this trusted solution!

Features

• Oxidation inhibitor for metal components
• Anti-wear lubricant for light-load machinery under low temperatures.
• Softening agent
• Cylinder protection Gel is a useful lubricant that protects objects from oxidation, it may be used to coat metals that are vulnerable to oxidation damage
• Many printers and etchers for example use a thin coat of protection Gel to protect Image cylinders plates from oxidation so that they can be stored
• Oxidation is defined as the interaction between oxygen molecules and all the different substances they may contact from metal to living tissue
• Technically however with the discovery of electrons, oxidation came to be more precisely defined as the loss of electron when two or more substances interact
• We often used the words oxidation and rust interchangeably, but not all materials which interact with oxygen molecules actually disintegrate into rust
• In the case of iron, the oxygen creates a slow burning process, which results in the brittle brown substance we call rust
• When oxidation occurs in copper on the other hand, the result is a greenish coating called copper oxide
• The metal itself is not weakened by oxidation, but the surface develops a patina after a period of exposure to air and water
• The secret of preventing oxidation caused by oxygen is to provide a protective layer between the exposed material and the air
• Destructive oxidation cannot occur if the oxygen is inhibited to a surface.