What Can Be Added To Water-based Varnish To Improve Its Waterproof Performance?

To improve the waterproof performance of water-based varnish, the following methods can be considered:

1. Adding waterproofing agent:

Adding waterproofing agent is a common and effective method to improve the waterproof performance of water-based varnish. Common waterproofing agents include acrylic polyurethane, silicone-based and wax. After Tianshi waterproof wax emulsion is mixed with varnish, it can form a tough waterproof film that effectively resists water penetration. It should be noted that when adding waterproofing agent, it is necessary to select the appropriate waterproofing agent according to the specific material and environment. Excessive addition may reduce the gloss and transparency of the varnish.

2. Control the coating amount and uniformity:

When using water-based varnish, it is key to control the coating amount to be moderate. Too much will make the surface too smooth and affect the waterproof effect; too little will not achieve the expected waterproof performance. At the same time, uniformity should be ensured during coating to avoid local over-thickness or over-thinness to ensure the overall quality and effect of the waterproof layer.

3. Pay attention to the drying temperature and time:

After coating, drying is required. The drying temperature and time should be controlled moderately to avoid excessively high or low temperature and time that may lead to incomplete or over-curing of waterproof varnish.
In summary, the waterproof performance of water-based varnish can be improved by adding waterproofing agent, controlling the coating amount and uniformity, paying attention to the drying temperature and time, and other methods. In practical applications, the appropriate method can be selected according to specific needs and conditions.

Tianshi waterproof wax emulsion improves the waterproof performance of the varnish surface. When selecting a waterproofing agent, the particle size, wear resistance and matte size of the wax emulsion need to be considered simultaneously; generally speaking, the smaller the particle size, the better the water resistance. The specific product matching needs to be confirmed after further communication with the engineer.