Badge Customization--Material

Regarding badge customization, including (but not limited to) the raw materials for making badges, the processing technology and its coloring solution, there are too many to talk about, because they are often asked about a variety of very simple and basic A lot of problems are that there are many "novices" who are not clear about many basic processing techniques. The most important thing is to create a design scheme that has been exhausted and worked out by itself. Finally, because they do not understand the basic processing technology, they are forced to make concessions. It's a pity; I was thinking about writing a detailed introduction about badge making a long time ago, but I haven't had time to calm down and think about the key highlights (in the end, I chose to follow my heart), 2020 Due to the pneumonia epidemic, the impact on the physical line is too strong. 

Metal composite materials for making badges are more basic and highly recommended for use

Iron: The relative density is about 7.8 (g/cm³), which is mainly used to make iron stamps, luna registration and other commodities. It has good strength and low price, and is similar to copper stamps after the electroplating process;

Zinc alloy material: The relative density is about 6.8 (g/cm³), the forging characteristics are good, and it belongs to the relatively basic production raw materials. In addition, the products with high three-dimensional actual effect are recommended to use zinc alloy materials (with a clamping line and a certain inclination). Spend);

Aluminum: The relative density is about 2.7 (g/cm³), which is generally used for lightweight products, and the metal surface treatment is generally anodized;

Brass: The relative density is about 8.7 (g/cm³), ancient brass;

Copper: The relative density is about 8.8 (g/cm³), which is the best choice for ancient gold commodities;

Copper: The relative density is about 8.9 (g/cm³), the copper is too soft, suitable for a variety of three-dimensional products but with thin raw materials, commonly found in cloisonne seals;

Lead-tin-aluminum alloy: relative density of about 11.3 (g/cm³), pure three-dimensional commodity, mostly used for the production of full three-dimensional ornaments and three-dimensional ornaments;