Overview
The PUSHEN 160 wire metal anilox roller is an important part of the flexographic ink transfer part, also known as the anilox Ink Roller. The product has 160LPI anilox lines, adopts the shape of a quadrilateral pyramid mesh, and is composed of a roller core, Eletroplating copper base material and a surface chrome plating layer. The surface chrome plating can improve Abrasion Resistance and anti-solvent corrosion, and has a long service life, which helps to save costs.
Features
1. The number of reticulated lines is 160LPI, and the shape of a quadrilateral pyramid-shaped mesh hole is adopted
2. The base material is made of Eletroplating copper with chrome plating on the surface
3. Abrasion Resistance and solvent corrosion performance
4. Long service life, which helps to save costs
5. The print width is 70mm, and the specifications are standard
Principle
The metal anilox roller transmits inks through the mesh structure on its surface. The number of anilox lines is inversely proportional to the wet film thickness, that is, the larger the number of lines, the smaller the wet film thickness. The ink transfer effect of the anilox roller is affected by many factors such as the number of anilox lines, the shape of the hole, the opening of the hole, the depth of the hole, the opening of the hole, the angle of the anilox and the volume of the hole.
Applications
flexographic printing
Steps
1. Confirm that the anilox roller model is 160-wire metal anilox roller
2. Check that the shape of the mesh on the surface of the anilox roller is a quadrilateral pyramid
3. The measurement print width is 70mm
4. Install into the flexographic ink transfer system
5. Adjust anilox roller parameters according to printing needs
Notice
• The number of lines of the metal anilox roller is inversely proportional to the wet film thickness. The larger the number of lines, the smaller the wet film thickness.
• Pay attention to protecting the chrome plating on the surface during use
• Regularly check the integrity of the hole structure
• Avoid prolonged contact with corrosion solvents
