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Low-temperature efficient liquid detergent composition and preparation process thereof

A technology for liquid detergent and composition, applied in the field of low-temperature high-efficiency liquid detergent composition and its preparation technology, can solve the problem of not considering the low-temperature washing performance of the product, etc., and achieve good low-temperature cleaning performance, good hard water resistance, high and low temperature good stability

Active Publication Date: 2013-10-30
CHINA RES INST OF DAILY CHEM IND
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

This patent only utilizes traditional detergent surfactants, and does not consider the low-temperature washing performance of the product

Method used

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  • Low-temperature efficient liquid detergent composition and preparation process thereof
  • Low-temperature efficient liquid detergent composition and preparation process thereof
  • Low-temperature efficient liquid detergent composition and preparation process thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0027] Anionic surfactant LAS accounts for 9.0wt%, MES accounts for 4.0wt%; Nonionic surfactant branched chain fatty alcohol polyoxyethylene ether (7) accounts for 3.0wt%; Branched chain alkyl sodium sulfate accounts for 10.0wt%; Agent: wherein 4A zeolite accounts for 20.0wt%, sodium carbonate accounts for 3.0wt%, sodium silicate accounts for 4.0wt%; deflocculant accounts for 0.1wt%; essence accounts for 0.2wt%; the rest is water.

[0028] At 50°C, add anionic surfactant LAS, MES, branched chain alkyl sodium sulfate and nonionic surfactant branched chain fatty alcohol polyoxyethylene ether (7) into water, stir well until all dissolve, cool to room temperature, and stir Continue to stir for 50 minutes after uniformity; then add 4A zeolite, sodium carbonate, sodium silicate, and anti-flocculant in sequence at a stirring speed of 80 rpm, and control the feeding speed so that all solid materials are added within 3 hours. Continue to stir for 100 minutes until the product is in a u...

Embodiment 2

[0030] Anionic surfactant MES accounts for 10.0wt%, AES accounts for 5.0wt%; nonionic surfactant branched chain fatty alcohol polyoxyethylene ether (9) accounts for 5.0wt%; branched chain alkylbenzene sulfonate sodium accounts for 4.5wt%; Inorganic additives: 18.0wt% of 4A zeolite, 4.0wt% of sodium carbonate, 3.0wt% of sodium citrate; 5.0wt% of sodium silicate; 0.08% of deflocculant; 0.2% of fluorescent whitening agent; The rest is water.

[0031] At 43°C, add anionic surfactant MES, AES, sodium branched alkylbenzene sulfonate and nonionic surfactant branched fatty alcohol polyoxyethylene ether (9) into water, stir well until completely dissolved, and cool to room temperature After stirring evenly, continue to stir for 40 minutes; then at a stirring speed of 100 rpm, add 4A zeolite, sodium carbonate, sodium citrate, sodium silicate, deflocculant, and fluorescent whitening agent in sequence, and control the feeding speed so that all solids Add the materials within 2 hours, and...

Embodiment 3

[0033] Anionic surfactant MES accounts for 11.0wt%, and AOS accounts for 3.0wt%; Nonionic surfactant branched chain alkyl glycoside APG (C 12-14 ) accounts for 3.0wt%; branched chain alkyl sulfonate accounts for 8.0wt%; inorganic additives: wherein 4A zeolite accounts for 20.0wt%, sodium carbonate accounts for 3.0wt%; sodium silicate accounts for 5.0wt%; wt%; preservatives account for 0.05wt%; optical brighteners account for 0.2wt%; the rest is water.

[0034] At 65°C, the anionic surfactant MES, AOS, sodium branched alkyl sulfonate and the nonionic surfactant branched chain alkyl glycoside APG (C 12-14 ) into water, fully stirred until completely dissolved, cooled to room temperature, stirred evenly and continued to stir for 60 minutes; then at a stirring speed of 70 rpm, sequentially added 4A zeolite, sodium carbonate, sodium silicate, anti-flocculating agent, fluorescence enhancer For whitening agents and preservatives, control the feeding speed so that all solid materials...

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Abstract

A low-temperature efficient liquid detergent composition consists of, by weight, anionic surface agent 8-15%, non-ionic surface active agent 2-5%, anionic surface agent containing branched chains 5-14%, 4A zeolite 15-25%, sodium carbonate 2-6%, sodium silicate 2-6%, sodium citrate 0-5%, de-flocculating agent 0.005-0.5%, fluorescent brightener 0-0.1%, enzyme for washing 0-1%, preservative 0-0.1%, essence 0-0.2% and the balance water. The low-temperature efficient liquid detergent composition has the advantages of being good in low-temperature cleaning performance, hard water resisting performance and water-saving performance.

Description

technical field [0001] The invention belongs to a detergent and its preparation process, in particular to a low-temperature high-efficiency liquid detergent composition and its preparation process. Background technique [0002] Modern liquid detergents began in the late 1940s, and were fully developed and popularized in the 1970s and 1980s. After the 1990s, with the rapid development of science and technology, liquid detergents have made greater progress in terms of quality and quantity. , The proportion of washing products is rising rapidly. In recent years, with the rapid rise in the price of raw materials such as petroleum, the production cost of manufacturers has increased significantly, but at the same time it has given them greater motivation to break through the previous inherent formula system and seek new raw materials and new technologies . Surfactants will still be the key components of decontamination in future detergents, and more attention will be paid to sur...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): C11D1/86
Inventor 杜志平台秀梅王万绪刘晓英王天壮王国永
Owner CHINA RES INST OF DAILY CHEM IND
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