Do you all remember the article I published in July?

It was titled

"What Causes Chrome Spots and How to Solve Them?"Right?

Today, I want to share with you

an analysis and solution to the same issue of chrome spots.

However, this time there arenew strategiesfor supplementary analysis.

Before sharing,

let's revisit the previous content

to make it easier for everyone to read.

Analysis of Chrome Spot Failures

The self-purification ability of chrome solution is relatively strong. There are lead chromate precipitates in the chrome solution itself, which generally do not adhere to the plate surface during the electroplating process due to the rotation of the plate roller. However, if colloidal substances or components that can form colloidal substances with the chrome solution adhere to the plate surface, chrome spots are likely to occur.

Rectification Measures for Chrome Spots

a. After cleaning the plate roller, the degreaser must be rinsed thoroughly. The degreaser is strongly alkaline, and alkaline substances can form colloidal compounds with the chrome solution, which can easily lead to chrome spots or defects in the slow plating speed on the chrome layer.

b. Poor on-site hygiene, dust pollution, or viscous suspended substances in the plating solution.

c. There are alkaline stripping tanks or alkaline degreasing tanks on the production line. The powder from the dried alkaline solution is very light and can float in the air to the cleaned plate surface, which will definitely form chrome spots.

d. The copper sandpaper used for repair is too coarse, creating conditions for chrome spots.

e. Copper shavings are refilled into the mesh points or pressed onto the plate surface by the scraper, forming chrome spots.

Supplementary Problem Analysis f

f.The application of electro-engraving white oil is uneven, leaving residues after coalescence, resulting in incomplete cleaning. The white oil currently used is water-soluble, and the waxy film left on the surface after polishing has hydrophobic properties. After applying the engraving oil, it easily coalesces into droplets, making it difficult to clean thoroughly after drying. Currently, the company uses a new type of engraving oil developed with a German formula, which can improve engraving quality (will not cause sliding angle damage), is easy to clean (can be easily removed with alcohol), and does not coalesce into droplets on the plate surface, effectively solving the issues caused by white oil.White OilThe new engraving oil developed with a German formula has characteristics that improve engraving quality (will not cause sliding angle damage), is easy to clean (can be easily removed with alcohol), and does not coalesce into droplets on the plate surface, effectively solving thechrome spot failures..

On the left is the engraving oil, on the right isWhite Oil.

the customer's usage effect picture.

The left side of the plate roller shows oxidation after wiping with white oil,

while the right side shows no oxidation or discoloration after wiping with engraving oil.

Customer Usage Evaluation

What can you see from the above image? The top is coated with electro-engraving white oil, and the bottom is coated with engraving oil! The substitute for electro-engraving white oil is here. It is beneficial for engraving, protecting the plate surface, preventing edge scratches, preventing copper shavings from being inadequately cleaned, and preventing chrome from developing black spots and small white spots. If you need truly good products, please contact: 13929206300