Method for producing ink paste by adopting traditional ink as raw material and wall-breaking technology

Abstract

The invention discloses a method for producing an ink paste by adopting traditional ink as a raw material and a wall-breaking technology. The traditional ink raw material is adopted as the basic raw material, the wall-breaking technology is adopted to break walls of raw material particle molecules into microparticles, so that particles reach 1200 meshes or more, and then the microparticles are uniformly dispersed and mixed with plant gelatin or animal gelatin to form black paste. Temperature-difference wall-breaking-ultramicro-pulverization is adopted to decompose and pulverize pine soot, lamp black and paint soot, so as to reduce the particle size and break fusion among the particles, so that the circularity of the particles is improved, an effect that the ink paste diffuses in Chinese art paper is improved, the ink color is more uniform, and an ink painting has rich layers. The ink paste prepared through the method provided by the invention has better stability and longer storage time, can be blended with water for use, is adjustable in intensity, and fundamentally overcomes the defects that preservative residues in ink damage the Chinese art paper and the like.

Description

technical field [0001] The invention relates to the field of daily-use chemical manufacturing, in particular to a method for producing ink paste by using traditional ink-making as raw materials and adopting wall-breaking technology. Background technique [0002] Ink ink and ink sticks are two of the most common and widely used materials for calligraphy and painting creation on the market. However, the ink contains animal gelatin, which is easy to mix with some aerobic and anaerobic decomposition bacteria to generate odorous hydrogen sulfide, which is easily corrupted and deteriorates, affecting the ink color effect. Ink sticks are also prone to mildew if they are not stored properly, and it is inconvenient to grind them on the inkstone when using them. At present, the toner particles of general ink and hand-grinded ink are only about 800-1000 mesh, and the infiltration effect with rice paper needs to be improved, and there is welding phenomenon between some particles, some ...

AI Technical Summary

Problems solved by technology

However, the ink contains animal gelatin, which is easy to mix with some aerobic and anaerobic decomposition bacteria to generate odorous hydrogen sulfide, which is very easy to spoil and deteriorate, which affects the ink color effect

Ink sticks are prone to mildew if they are not stored properly, and it is inconvenient to grind them on the inkstone when using them

At present, the toner particles of general ink and hand-grinded ink are only about 800-1000 mesh, and the infiltration effect with rice paper needs to be improved, and there is welding phenomenon between some particles, some particles are not very round, and are composed of two or more spherical Particles are combined, which affects the fluidity of toner particles, causing uneven diffusion of ink molecules, resulting in blurred ink levels and uneven ink colors.