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Lilac and magnolia flower non-phosphorus perfuming washing powder

A magnolia flower and lilac flower technology, which is applied in the direction of inorganic non-surface-active cleaning composition, detergent composition, detergent preparation by chemical method, etc., can solve the problems of water pollution, etc., and achieve less usage and good resistance to hard water , the effect of regulating human body functions

Inactive Publication Date: 2010-10-20
王来军
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a kind of: non-phosphorus, perfumed, antipruritic, non-irritating, fragrant, long-lasting fragrance, strong decontamination ability, good bactericidal effect, degreasing, deodorizing, ideal washing effect Lilac flower magnolia flower non-phosphorus fragranced washing powder overcomes the defects of serious water pollution and damage to human body functions in the above washing powder

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0007] Embodiment 1: sodium silicate 21%, sodium sulfate 11%, sodium hydroxide 6%, zeolite MAP 13%, sodium citrate 7%, synergist sodium carbonate 5%, methylcellulose CMC powder 2%, Protease 3%, puffed powder 5%, clove alcohol 3%, magnolia alcohol 1%, clove flower essence 1%, magnolia flower essence 0.5%, tangerine peel essence 1%, cork essence 0.5%, water 20%, the described Percentages are by weight.

[0008] Combine sodium silicate, sodium sulfate, sodium hydroxide, zeolite MAP, sodium citrate, synergist sodium carbonate, methylcellulose CMC powder, protease and puffing powder in proportion, and pour them into the slurry mixer. Add 20% water and stir. After stirring for 90 minutes, it will become a washing powder slurry. Then transfer it to a temperature-controlled sealed mixer for stirring. Control the temperature of the temperature-controlled mixer at 50°C-80°C, and stir for 120 minutes. Then take it out. , filter with a 10-mesh net to remove solids with too large a partic...

Embodiment 2

[0010] Embodiment 2: sodium silicate 25%, sodium sulfate 9%, sodium hydroxide 8%, zeolite MAP 9%, sodium citrate 11%, synergist sodium carbonate 3%, methylcellulose CMC powder 4%, Protease 1%, puffed powder 7%, clove alcohol 1%, magnolia alcohol 3%, clove flower essence 0.5%, magnolia flower essence 1%, tangerine peel essence 0.5%, cork essence 1%, water 16%, the described Percentages are by weight.

[0011] Combine sodium silicate, sodium sulfate, sodium hydroxide, zeolite MAP, sodium citrate, synergist sodium carbonate, methylcellulose CMC powder, protease and puffing powder in proportion, and pour them into the slurry mixer. Add 16% water and stir. After stirring for 90 minutes, it becomes a washing powder slurry. Then transfer it to a temperature-controlled sealed mixer for stirring. Control the temperature of the temperature-controlled mixer at 50°C-80°C, and stir for 120 minutes. Then take it out. , filter with a 10-mesh net to remove solids with too large a particle si...

Embodiment 3

[0013] Embodiment 3: sodium silicate 23%, sodium sulfate 10%, sodium hydroxide 7%, zeolite MAP 11%, sodium citrate 9%, synergist sodium carbonate 4%, methylcellulose CMC powder 3%, Protease 2%, puffed powder 6%, clove alcohol 2%, magnolia alcohol 2%, clove flower essence 0.75%, magnolia flower essence 0.75%, tangerine peel essence 0.75%, cork essence 0.75%, water 18%, described Percentages are by weight.

[0014] Combine sodium silicate, sodium sulfate, sodium hydroxide, zeolite MAP, sodium citrate, synergist sodium carbonate, methylcellulose CMC powder, protease and puffing powder in proportion, and pour them into the slurry mixer. Add 18% water and stir. After stirring for 90 minutes, it becomes a washing powder slurry. Then transfer it to a temperature-controlled sealed mixer for stirring. Control the temperature of the temperature-controlled mixer at 50°C-80°C, and stir for 120 minutes. Then take it out. , filter with a 10-mesh net to remove solids with too large a partic...

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Abstract

The invention relates to a lilac and magnolia flower non-phosphorus perfuming washing powder which is prepared by the raw materials by weight percent: 21-25% of sodium silicate, 9-11% of sodium sulfate, 6-8% of sodium hydroxide, 9-13% of zeolite MAP, 7-11% of sodium citrate, 3-5% of synergistic auxiliary agent sodium carbonate, 2-4% of methylcellulose CMC powder, 1-3% of protease, 5-7% of puffed powder, 1-3% of lilac alcohol, 1-3% of magnolia flower alcohol, 0.5-1% of lilac essence, 0.5-1% of magnolia flower essence, 0.5-1% of dried orange peel essence, 0.5-1% of corktree essence and 16-20% of water. A method for preparing the lilac and magnolia flower non-phosphorus perfuming washing powder comprises the steps of: combining the front nine raw materials together according to the proportion, pouring the mixture into a sizing agent stirring machine, and adding the 16-20% of water for stirring; putting sizing agent into a sprayer and drying into hollow particles; and finally, adding the lilac alcohol, the magnolia flower alcohol, the lilac essence, the magnolia flower essence, the dried orange peel essence and the corktree essence, transmitting into a product molding packaging machine unit for packaging, and obtaining the product.

Description

technical field [0001] The invention relates to a phosphorus-free fragranced washing powder, in particular to a lilac magnolia flower non-phosphorous fragranced laundry powder. It belongs to the field of daily chemical technology. Background technique [0002] At present, in the technical field of washing powder production in China, the washing powder produced by some manufacturers is all phosphorus-containing washing powder; in people's daily laundry, a large amount of sewage containing phosphorus compounds is discharged, which seriously pollutes the ecological environment and easily deteriorates the water quality. Turbidity and blackness, foul smell, deteriorating water quality; high water quality, such as phosphorus and nitrogen, promotes a large number of plankton in the water body, and because the remains of plankton are decomposed by microorganisms, the dissolved oxygen in the water is continuously consumed and the dissolved oxygen is reduced. , leading to serious dam...

Claims

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Application Information

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IPC IPC(8): C11D7/14C11D7/60C11D11/02
Inventor 王来军
Owner 王来军
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