Resin buckle

Resin buttons are a widely used type of button known for their durability, high temperature resistance, chemical resistance, and diverse colors and hues. ‌

Resin buckle, also known as plastic four in one buckle, is mainly made of unsaturated polyester resin, which has good physical and chemical properties. Here are some main features and uses of resin buckles:

Wear resistance and high temperature resistance: Resin buckles have good wear resistance and can resist continuous friction of washing machines without being easily broken. At the same time, it can also withstand general high temperatures, such as 100 ° C hot water treatment for one hour, which makes it unnecessary to remove during garment ironing, which is an advantage that other ordinary plastic buttons do not have. ‌

Chemical resistance: Resin buckles can resist corrosion from 30% of various inorganic acids and ordinary hydrogen peroxide, but should not be soaked in ketones, esters, banana water, and alkaline water for a long time. ‌

Diverse colors and hues: Resin buckles come in a variety of colors, bright hues, and strong simulation, which makes them widely used in clothing, especially in children's clothing. ‌

Application scope: Due to its easy processing and fast speed, resin buttons are suitable for the production of buttons of any shape, and the price is low, so they are widely used in fields such as clothing and umbrellas. ‌

In addition, there are various models of resin buckles, including T3 (double-sided 1CM), T5 (double-sided 1.2CM), and T8 (large side 1.4CM, small side 1.2CM), which meet different usage needs. There are also two installation methods: machine installation and manual installation. The former uses a hand beer machine and corresponding molds for batch installation, while the latter uses small hand pressure pliers for installation. Although the efficiency is lower, the operation is convenient and suitable for small-scale installation needs. ‌

Overall, resin buckles have occupied a place in the button market with their excellent performance and diverse application scenarios