Process for manufacturing special washing-assistant particles

Abstract

The invention discloses a process for manufacturing special washing-assistant particles, which comprises the following processing steps of: a, stirring, namely stirring 10 to 50 percent of plant soap, 10 to 50 percent of animal soap, 5 to 30 percent of surfactant, 2 to 5 percent of additive, 0.1 to 0.5 percent of pigment with required color, 2 to 8 percent of cellulose, and 4 to 8 percent of process water in a stirrer to uniformly mix the components; b, strip making, namely putting the uniformly mixed mixture into a strip making machine to form strip blank; and c, forming, namely forming the strip blank in a forming machine to form special washing-assistant particles with required shape. The special washing-assistant particles formed by the manufacturing process have the advantages of improving the visual aesthetic feeling of washing products, enhancing the washing function of the washing products, catalyzing a detergent, reducing energy consumption and environmental pollution, along with regular appearance, various shapes and colors and no need of separate drying.

Description

technical field [0001] The invention relates to a method for manufacturing washing-building particles, in particular to a manufacturing process for special-shaped washing-building particles with various regular shapes and multiple colors. Background technique [0002] Solid builders represented by zeolites are most widely used as calcium ion traps for detergents. Zeolite, as a solid builder, is insoluble in water and may form precipitates in the washing tank and drain pipes. Therefore, attention must be paid to its dispersibility. Currently, research is being carried out by micronizing the solid builder. Ways to improve its dispersion. The most widely used zeolite is a kind of zeolite A whose primary particle size is about 3um. By adjusting the primary particle size to about 3um (agglomerated particle size is larger), the water dispersibility of the builder is practically no longer a problem. In this way, in the prior art, micronization has been studied in order to improv...

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Problems solved by technology

[0003] However, in the prior art, if the solid builder is further micronized in order to increase the ability to capture calcium ions, it is difficult to crystallize, and strict management must be done for this, thereby increasing its price. And the obtained primary particles are easy to agglomerate, which is its disadvantage

Moreover, the existing builder particles are added to the main point of embellishment in the washing product to avoid the single shape and color of the detergent, and its washing effect is small. The appearance of the product produced by the prior art is a single irregular particle, and the particle Different sizes, because the raw materials of the prior art are mainly 4A zeolite or Glauber’s salt, soda ash, limited by the characteristics of the raw materials and the manufacturing process, it is impossible to produce regular-shaped detergent particles, and the existing manufacturing process needs to be dried separately, not only energy consumes a lot and pollutes the environment