Copper powder for paint ink

Copper powder

Lightning delivery : ordering the same day, single day delivery

Free sample : solve your product quality concerns 
nationwide package : solve your transportation problems, convenient and fast 
seven days no reason to return : after-sales worry-free, quality assurance.

The company's main : pearlescent pigment , chameleon, fluorescent pigment, aluminum silver paste, water-based aluminum silver paste, imitation electroplating aluminum silver paste, copper gold powder , love card copper powder, aluminum silver powder, imported copper powder ,Luminous powder,Phosphor ,Glitter powder , reflective powder, pearlescent pulp, Merck pearl powder , silver white aluminum silver powder, etc.

[Brand]: Prosperous pigment                                            [name]: copper powder [Series]: Copper powder series [Number of orders]: 200-1000 mesh [Particle size]: 10-60UM [chemical composition]: natural mica is the base material [Features]: Scientific and environmental protection, colorful and beautiful [product use]: industrial products such as cosmetics, paint and plastics

      Copper powder (also known as gold powder) is a kind of metal with a scaly structure, which can be floated in a binder, exhibits golden luster and has pigment properties, which is made of copper-zinc alloy as a raw material through special mechanical processing and surface chemical treatment. pigment. Due to its brilliant metallic luster, gravure printing has a wide range of applications in plastics, high-grade pictorials, high-end packaging, cigarette shells, and securities printing. Therefore, higher requirements are imposed on the main technical indexes such as gloss, metallic feeling, water surface coverage, product particle size and distribution of copper powder. The copper powder produced by the traditional process has been difficult to meet modern requirements. Therefore, the copper powder is deeply drilled. Research and development have important practical significance.

200 mesh copper powder: fly gold, fabric printing gold, suitable for fast printing. Features: high luminosity, strong metal

400 mesh copper powder: fly gold, gold paint, fabric printing gold, also suitable for screen printing, wallpaper, paint and incorporation into plastics.Features: high luminosity and strong metal.

600 mesh copper powder: fly gold, gold paint, fabric printing gold, screen printing, handicraft coating and so on. Features: high luminosity and strong metal.

800 mesh copper powder: used for fabric printing, spray paint, plastic, wallpaper "point-point" coatings for aqueous and non-aqueous applications.

1000 mesh copper powder: used to make high-gloss spray paint, wooden materials, screen printing inks and rubber bump inks. Features: fine, high brightness.

1200 mesh copper powder: suitable for printing inks, paints, plastics, screen inks, etc. Features: high brightness.

1500 mesh copper powder: better performance, high gloss and good stability, can be used to manufacture canned offset inks. 
Application areas:

     Copper gold powder is mainly used in crafts, paints, inks, coatings, printing, silk screen printing, printing, leather, wallpaper, automotive paints, etc. 
The high-content copper commonly used in the determination of copper is still the old iodometric method, its potassium iodide The dosage is large, the cost is high, and the time is much, and the newly developed photometric method is not suitable for the determination of high content copper due to the problem of copper color developer, so it is necessary to research and develop a new color developer. The author tried to control the pH value with acetic acid-sodium acetate buffer solution, and used ethylenediaminetetraacetic acid disodium salt (EDTA) as a color developer to determine the high content of copper in copper powder, while using EDTA to mask elements such as zinc and aluminum. Eliminate its interference. Cu^2+ and EDTA form a blue complex with a molar ratio of 1:1. The complex has a larger absorption wavelength of 2=730 nm, a molar absorptivity of ε=88.9, and a copper ion content of 12-24 mg/50 mL. There is a good linear relationship in the range, and the linear regression equation is A=0.0354+0.02317c