2020/7/25 11:02:34

How to make UV usb wristband-custom keychains

cated patterns and remain clear. So we recommend you the printed wristband if logo is especially complex. It touches smooth and comfortable. Figured silicone wristband is quite different from normal shape wristband as it can be customized according to the shape of logo like a watch, heart or other shapes. It is made by mould. The logo can be debossed, debossed colorfilled, embossed, embossed printed or printed. Glowing wristband can glow green or blue after absorbing light energy like sunshine and lamp light. The glow fades gradually and restcustom keychainsores with light. It is recyclable and the best promotional gift for night event. UV silicone bracelet can transfer it’s color darker under sunshine when absorbing UV light. It transfer to purple or blue normally which indicating the strength of the UV index. Wearing it on the wrist is a good way to avoid long time staying under strong sunshine. We add UV powder which is also green as silicone in production.   bracelet-montre-swatch-silicone-blancbracelet-montre-silicone-22mm

usb wristband

be divided into three categories according to the different molding process. 1、Molded silicone products Molded silicone products are usually made by being put into the high temperature mold after the addition of curing agent in the solid silica gel through the curing machine pressure and high temperature into a solid. The shape of the mold determines the shape of the molded silicone products. Molded silicone products is currently the most widely used in the silicone industry. So as for silicone bracelets. 2、Extruded silicone products Extruded silicone products are usually extruded through the extrusion of silicone molding. The general shape of the extruded silicone long and tubular which can be cut, but the shape of the extruded silicone has limitations. 3、Liquid silicone products Liquid silicone products are made through the injection molding of silica gel. Because of custom keychainsits soft characteristic, widely used in the simulation of human organs.