Basic knowledge of Spray Gun: the relationship between air and paint
Abstract:
本文讨论了喷枪基础知识中空气与涂料之间的关系。空气喷枪的喷涂效果受到空气压力、空气量和涂料吐出量的影响。文章指出，当喷枪的吹付压力增大时，涂料的附着效果可能会下降。要改善涂料粒子的粒径，需要调整涂料的吐出量，以优化喷涂状态。通过控制空气压力和涂料吐出量，可以有效地推算并调整喷涂的状态，以实现更好的喷涂效果。
The air Spray Gun is composed of air, paint, Spray Gun distance, etc. to form a spray pattern.
That is to say, the state of spraying can be calculated by considering the changes in air pressure, air volume, and paint discharge volume.
For example
When blowing pressure is high
→Coating effect decreases
So
What happens when the amount of paint discharged increases?
Q. What is the best way to make the particle size smaller?
Relevant knowledge
- 1Application and classification of lame plating technology
- 2Types of Spray Guns commonly used
- 3How to properly operate and maintain the Spray Gun?
- 4Why does the coating have orange peel defects? How to solve sagging and leakage?
- 5What are the tips to prevent sand inclusion and dry spray of paint film?
- 6The relationship between Spray Gun caliber, paint viscosity and coating type of electric airless sprayer
- 7Spraying of power tools - Spray Guns
- 8Several solutions for double coating
- 9Basic knowledge of Spray Gun: Iwata Spray Gun structure