Overview
YINUO YN-NMY01 inks Wear resistance instrument is a professional equipment used to detect the adhesion fastness of inks printing products. It is suitable for Encasement printing, UV Printing, label printing, book printing and other products produced by offset plate printing, flexographic printing and other processes. The wear resistance of inks is evaluated by simulating friction.
Features
1. Adopt new module circuit design.
2. Adopt digital display and control.
3. Enter the number of friction times before the test, the test can be automatically controlled, and a beep will prompt after the end.
4. Control system has power-off memory function, keep the parameter state before the last power-off after re-power.
5. The actuator adopts High Accuracy Gear Deceleration Micro Motor to drive the friction body for linear reciprocating friction movement.
6. Fully meet the requirements of national standards and are compatible with international standards.
Principle
According to the friction load of the international standard, the instrument drives the friction body to rub the paper, Cardboard, leather and other sample printing products back and forth at a specified speed. Abrasion Resistance of the ink layer (or coating) is judged by measuring the reduction of density before and after friction (or the reduction of Coating thickness).
Applications
Offset plate printing, flexographic printing process Encasement printing, UV Printing, label printing, book printing
Standards
National and international standards
Steps
1. Enter the number of frictions into the instrument before the test.
2. Set and confirm parameters such as friction speed.
3. Place the sample and start the test.
4. The instrument automatically runs to the set number of times and then stops and buzzes.
Notice
• The working environment should be kept at temperature (20 +/- 10 ° C) with Humidity < 85%.
• Power Supply AC220V/50Hz.
Make sure the parameters are set correctly before the test.
• The instrument has a power-off memory function. Please pay attention to the parameter status after re-powering.
