Glitter Powder

1. Primer treatment:Before using glitter powder, apply a primer treatment first.Find the right primer according to the situation. The main function of the primer is to enhance adhesion and rust resistance.
2. Preheating: Before starting, warm up the workpiece by heating it to a temperature of 150-200℃, depending on the material used. The heating time will depend on the size and shape of the workpiece.
3. Applying: Apply the glitter powder evenly onto the workpiece’s surface. While applying, make sure to control the distance and angle of the spray gun to ensure that the glitter powder distributes evenly.
4. Curing: After putting glitter powder, it needs to be treated. The temperature and duration for curing rely on the substance used. Normally, the temperature ranges from 180-200 ℃ and the curing process lasts 15-20 minutes.
5. Cooling: Post treatment, we must lower the temperature of the workpiece. The cooling time should differ depending on the size and form of the workplace.  

Improperly handling glitter powder can be harmful to your body. Extended contact with glitter powder can cause skin irritation which exhibits symptoms like damage, blisters, and itching. It can also lead to visual impairment, respiratory damage, and other adverse effects. So, it is essential to take protective measures.

The glitter powder used in cosmetics is made of a material called PET. PET can handle temperatures between 50℃ to 70℃, but it’s not resistant to acid or alkali. It’s a safe product without any odor. This type of glitter powder has a wide range of uses in cosmetics, such as coatings, inks, plastics, leather, printing, shoe materials, toys, handicrafts, glass accessories, and other areas.

We can add glitter powder to paint, but it’s important not to use too much. A good rule of thumb is to use about 10 parts paint to 1 part glitter powder.

We break down how we make regular glitter powder into five main stages: vacuum electroplating, high-temperature coated printing, material slicing, powder cutting, and powder screening. After that, we measure, package, and send it out. The most vital step in determining the product’s quality is the high-temperature coated printing process, which determines the brightness, heat resistance, and solvent resistance of the glitter powder.

Quadrangle: 0.1mm, 0.3mm, 0.4mm, 0.5mm, 0.6mm, 0.8mm, 1.0mm, 3.0mm

Hexagon: 1/500(0.05mm), 1/360(0.07mm), 1/256(0.1mm), 1/170(0.15mm), 1/128(0.2mm), 1/96(0.3mm), 1/64(0.4mm), 1/40(0.5mm), 1/32(0.6mm), 1/24(0.8mm), 1/20（1.3mm）, 1/12(2.0mm), 1/10(2.5mm), 1/8(3.0mm), 1/6（5mm), 0.175, 1/4(6.0mm) 0.20

Silk strip: 3×1.5mm, 0.3x3mm, 0.3×4.7mm, 0.2×1.5mm \ 0.2X1mm \ 0.1X0.8mm