Application of Waterborne Stock film Technology on Aluminum Foil Surface

Abstract:

The purpose of this experiment is to study the effect of waterborne Stock Spreader on the surface of aluminum foil and its feasibility in practical application. Through experimental design and Data analysis, the Spreader effect of waterborne Stock with different parameters was discussed, and the performance test of the Spreader aluminum foil was carried out, including surface mass, corrosion resistance, etc. The experimental results show that the Spreader of waterborne Stock on aluminum foil has good effect and has broad application prospects.

Keywords: Waterborne Stock; Aluminum Foil; Spreader; Surface mass; Application Research

Introduction

With the improvement of environmental awareness and the development of technology, water-based paints have received more and more attention as an environmentally friendly coating. As a lightweight and corrosion-resistant material, aluminum foil is widely used in Encasement, construction and other fields. This experiment aims to explore the Spreader effect of water-based Stock on aluminum foil and its application prospects, so as to provide reference for the development of Environmental Coatings.

Experimental design and methods

2.1 Experimental materials

• Waterborne Stock

• Aluminum foil sample

• Film Applicator

• Measuring instruments (e.g. Electronic Balance, Surface mass tester, etc.)

2.2 Experimental steps

1. Prepare the aluminum foil sample and clean the surface to ensure the accuracy of the experiment.

2. Modulate Waterborne Stocks with Different Formulations, Including Different Ingredient Ratios and Viscosity.

3. Use the Film Applicator to evenly Spreader the Waterborne Stock on the foil surface to control the Spreader speed and thickness.

4. According to the experimental design, the Spreader effect under different parameters is evaluated and compared.

5. Spreader the aluminum foil samples for performance testing, including surface mass, corrosion resistance.

Experimental results and discussion

3.1 Spreader Effect

Through experiments, it is found that the waterborne Stock Spreader uniformly on the surface of aluminum foil, without obvious blistering, flowing and other phenomena. With the adjustment of coater parameters, the thickness and speed of the Spreader can be controlled to obtain different Spreader effects.

3.2 performance testing

The performance test of aluminum foil after Spreader was carried out, and the results showed that the surface mass of aluminum foil after waterborne Stock Spreader was good without obvious defects. At the same time, the corrosion resistance test such as salt fog test confirmed the excellent performance of aluminum foil after Spreader.

Conclusion and Outlook

This experiment confirms that the water-based Stock Spreader effect on aluminum foil is good and has broad application prospects. With the improvement of environmental awareness, the application of water-based paints in Encasement, construction and other fields will become more and more extensive. In the future, the formula of water-based Stock can be further optimized, its performance can be improved, and its application in Miscellaneous materials can be explored.