83 results about "Synthetic Detergents" patented technology

The present invention relates to a composition for forming fibers of synthetic detergents. The composition includes a synthetic wax, a primary surfactant added to the synthetic wax, and a secondary surfactant added to the synthetic wax. The present invention also relates to a method for developing fibers of synthetic detergents. The method includes adding a primary surfactant to a synthetic wax; adding a secondary surfactant to the synthetic wax; and forming the synthetic wax into fibers. In another form, the present invention relates to a fiber that includes a synthetic wax, a primary surfactant embedded in the synthetic wax, and a secondary surfactant embedded in the synthetic wax. The present invention also relates to a fibrous matrix of synthetic detergents. The fibrous matrix includes fibers formed of a synthetic wax and a primary surfactant embedded in the fibers. The fibrous matrix further includes a secondary surfactant embedded in the fibers.

A mild combination toilet bar composition is described that contains synthetic anionic surfactant(s) and soap(s) in a specified ratio and at least one low Krafft point co-surfactant. The toilet bar provides mild cleansing, and a draggy, clean-rinse feel during use.

The invention discloses a cotton cloth reduced dye dyeing process. The cotton cloth reduced dye dyeing process includes the following steps of a, dye liquor preparation, wherein a wetting agent and reduced dye are added into deionized water in the environment of the 15 DEG C to 20 DEG C temperature, and the mixture circulates evenly; b, suspensoid cold dyeing, wherein cotton cloth is placed in dye liquor prepared in the step a, and cyclic dyeing is carried out; c, alkalifying circulation, wherein caustic soda is added into the dye liquor obtained in the step b, and circulation is carried out; d, adding of sodium hydrosulfite for circulation; e, heating reduction dye up-take, wherein the pH value of a dye bath is adjusted to range from 4 to 4.5 with acetic acid, the temperature is raised to 100 DEG C at the speed of 1.5 DEG C/min, heat preservation dyeing is carried out for 40-60 min, then the temperature is reduced to 60 DEG C from 100 DEG C at the speed of 1 DEG C/min, and heat preservation is carried out for 30 min; f, soaping, wherein a soap or a synthetic detergent is added into Na2CO3, washing is carried out till the material is neutral, and airing is carried out at room temperature. The cotton cloth reduced dye dyeing process has the advantages of being high in dyeing rate and good in migration property.

The invention relates to a production method of toothpaste and particularly relates to a method for producing toothpaste by utilizing protein with surface activity as a cleaning and washing component. The method adopts the protein with surface activity or a protein-based surfactant as the sole cleaning and washing component for completely replacing a conventional synthetic detergent to produce the toothpaste by matching with components such as sorbitol, carrageenan, essence and a food preservative, wherein the protein with surface activity or the protein-based surfactant is one, two, three or four of soybean protein sodium alginate, silk protein calcium silicate, a natural silk protein emulsifier or sodium caseinate. The method is mainly characterized by achieving the purpose of cleaning an oral cavity and teeth through the dispersing emulsification and foaming effects of the protein with surface activity. The toothpaste prepared by the method has the characteristics of being safe, natural, nutritional and environment-friendly, and has a very obvious effect of cleaning an oral cavity and teeth. After the toothpaste is used, the mouthfeel of a user is very clear, smooth and natural.

The invention relates to an extracting method, in particular to an anion synthetic detergent extracting and analyzing method and device. The method includes the steps of firstly, injecting a sample into a sample bottle, then injecting a methylene blue reagent to be stirred and mixed, slowly adding a certain amount of chloroform in the stirring process to continue to be evenly stirred for stirring extraction, and then conducting standing; secondly, extracting chloroform and part of residual solution out of the sample bottle, injecting chloroform and part of residual solution into a back extraction bottle to be evenly stirred, sealing the back extraction bottle, discharging residual solution and chloroform into a waste liquid bucket through pressure, and injecting detergent into the rest certain amount of chloroform for back extraction; thirdly, making back extraction chloroform enter a water filter, and injecting filtered chloroform into a cuvette for test detection. The detection method is simple, the method is high in accuracy and precision and can be controlled, and detection sensitivity is improved. Automatic continuous sampling can be achieved in the extraction process, and the extracted sample can meet the requirement for batched analysis and real-time monitoring of water samples.

The present invention relates to a non-woven fabric tissue containing detergent and a method for manufacturing the same, wherein a non-woven fabric has synthetic detergent for kitchen, body shampoo, hair shampoo, face washing, cleansing, fiber softening, laundering, dish washing, cleaning, or pet shampoo adsorbed therein, and each sheet of non-woven fabric can be taken out or incised in a preset size and then used. To this end, the present invention is configured as follows: an adsorption liquid comprising liquid synthetic detergent is adsorbed in a spun-bonded non-woven fabric made of polypropylene, propylene copolymer, or polyolefin, a melt-blown non-woven fabric, a non-woven fabric comprising multiple layers of spun-bonded and melt-blown non-woven fabrics, or a non-woven fabric comprising at least 50% of polyolefin-based raw yarn; said non-woven fabric is cut into a preset size; multiple pieces of the non-woven fabric obtained through cutting are laminated, or incision lines are formed at a preset interval on the non-woven fabric; and the non-woven fabric is configured in a roll shape. Each of such non-woven fabric tissues or a group thereof can be packaged and used as a sponge,as a shower towel, as a cleaning cloth, or as a detergent bubble-enhancing tissue. Such a non-woven fabric tissue and the adsorbed synthetic detergent liquid can provide synergy that can reduce or remove the amount of use at least one selected from a thickener, a builder, a bubble forming agent, an acid surfactant, and sodium hydroxide in the liquid synthetic detergent.

A method of stripping cured paint from plastic, aluminum, brass, magnesium, galvanized steel, zinc die cast, and non-ferrous metal substrates, said method comprising: a) adding a stripping composition to a strip tank, consisting of a mixture of, not limited to, two synthetic detergent surface active agents, referenced in this invention as surfactants low in volatile organic compounds, specifically containing less than 50-percent by total weight or volume of any volatile organic compounds comprising 51% to 100% of the total weight or volume of the composition, with the remaining 0.5% to 49% balance consisting of additives; b) immersing said cured painted substrate in said strip tank containing said stripping composition; c) heating said stripping composition from 150 F. to 350 F for approximately 1-3 hours, wherein cured paint is removed from said substrate.

The invention discloses a marine biological resource based micro-nano healthy and environment-friendly washing product and a preparation method thereof, belonging to the technical field of detergent products. According to the invention, through taking a waste shell micro-nano skeleton material as a carrier, and being supplemented by marine algae active substances, biological active catalyst and deionized water, in certain proportion and at appropriate temperature, the marine biological resource based micro-nano healthy and environment-friendly washing product is prepared by using an optimized process. Raw materials adopted in the product are all natural active substances, and no chemical additives are added, therefore, the product is green and environment-friendly, non-toxic and harmless, and avoids residues of artificial chemical synthetic detergents in clothes; the washing product is strong in penetrability, strong in decontamination ability and obvious in sterilization effect, and can degrade pollutants without producing secondary pollution, therefore, the product has a wide industrialization prospect and a far-ranging market value.

The invention discloses a release agent for a storage battery cast-weld mold and relates to storage battery manufacture. Methods for cleaning machine cast-weld molds in most of domestic enterprises at present include: cast-weld molds are detached from machine cast-weld stoves, immersed in strong alkaline solutions, and decontaminated by ultrasonic vibration, however, the dismounting and mounting of the cast-weld molds from the machine cast-weld stoves is time and labor consuming, the production efficiency is affected, and the cost is high; and traditional release agents for manual cast-weld are used, however, the deposited carbon removing effect is not good, and the cost is high. The release agent for the storage battery cast-weld mold is characterized in that the proportioning formula of the release agent comprises 50g to 80g of water, 30g to 50g of talcum powder, 70g to 80g of sodium alginate, 30g to 60g of synthetic detergents and 20g to 50g of stabilizing agents, and the compositions are added successively to be stirred and prepared into a solvent. The release agent for the storage battery cast-weld mold has the advantages that the mold is not needed to be dismounted for cleaning; the mold can be used as long as the release agent is sprayed; the deposited carbon removing effect is good, the cost is low, and the usage amount is saved.

The invention discloses a detergent synthesis wastewater treatment technology. The technology comprises the following steps: workshop cleaning wastewater, ground flushing wastewater and tail gas washing wastewater enters a grid well I to realize the removal of large-granule impurities, the impurity removed wastewater enters a water collection tank and is lifted to a coagulation integrated tank, medicine adding coagulation deposition is adopted to remove surfactants, suspensions and organic matters in the wastewater, water discharged from the coagulation integrated tank enters a pre-acidifying equalizing tank and is uniformly mixed with living wastewater treated through a grid well II, the obtained mixed wastewater is lifted to an EGSB reactor, water discharged from the EGSB reactor automatically flows into a bio-contact oxidation tank, water discharged from the bio-contact oxidation tank enters a secondary deposition tank, water discharged from the secondary deposition tank enters a clear water pool, and the water discharged from the clear water pool is discharged in a standard reaching manner. The technology adopts the coagulation deposition pretreatment and flocculation polymerization effect to remove the surfactants and the most organic matters in the wastewater; and the technology adopts an external reflux process, so the inhibition effect of harmful substances in the wastewater on anaerobic bacteria can be reduced, and the alkalinity of the discharged water can be fully utilized.

The invention provides a method, a material and equipment for treating environmental protection purification mineralization drinking water and sewage. The material comprises the following raw materials in portion by mass: 35 to 50 portions of opal which is taken as a main material, and the auxiliary materials: 12.5 to 25 portions of zeolite, 3 to 12.5 portions of medical stone, 1 to 3.5 portions of Qingtian stone, 5 to 6.8 portions of silver-carrying active carbon and 3 to 6 portions of coal gangue. The invention can achieve the aims of purifying and sterilizing water in high efficiency and deeply mineralizing water. Practical tests prove that: by purifying and mineralizing water, various harmful substances, virus, bacteria, cancerogenous substances, anion synthetic detergents, sulfates, chlorides, cyanides, arsenic, mercury, cadmium, hexavalent chrome, silver, nitrates, chloroforms, carbon tetrachloride, iron, manganese, copper, chlorophenothane, benzene hexachloride, phenols and the like in the water can be removed, and the effective removal rate is between 80 and 90 percent. The method, the material and the equipment have the advantages of non-toxicity, odorlessness, no side effect, greenness and environmental protection, and achieve the aims of purifying and sterilizing the water in high efficiency and deeply mineralizing the water.

The invention discloses a marine fish oil washing product and a preparation method thereof. The washing product is prepared in the steps of taking marine fish oil as a basic component and taking strong base, washing additive, essential oil, preservative, antibacterial agent, deionized water and the like as auxiliary components and mixing the marine fish oil and the strong base to have saponification in a given ratio under appropriate condition, and the natural environment-friendly and healthy washing product based on the marine fish oil is formed by adopting an optimized process. Raw materials in the marine fish oil washing product are environment-friendly substances, non-toxic, harmless and healthy, and the harm of synthetic washing agent to washed articles and residue of the synthetic washing agent in water can be avoided; in addition, the washing product is high in decontamination capacity, convenient to use, pollution-free, high in degradation capacity, free from producing secondary pollution and favorable for the environment-friendly rapid development.

The invention relates to a method for preparing a synthetic detergent and a ring whitening agent for printing industry, in particular to a method for preparing a fluorescent whitening agent 5BM. The method solves the problem that the product obtained through the prior method for processing and preparing the fluorescent whitening agent 5BM has low quality. The method comprises the following steps: cyanuric chloride and DSD acid are put into a reaction kettle and are added with ice water; the PH value of the mixture of the ice water, the cyanuric chloride and the DSD acid is regulated to between 1 and 1.5; the hydrochloric acid generated in the reaction is neutralized; the PH value is regulated to between 6 and 6.5; after the amido value of the DSD acid disappears, the hydrochloric acid is added with aniline; after the aniline disappears, N-methylethanolamine is added to the mixture; the PH value is finally regulated to between 10 and 12; the mixture is cooled to the temperature of 5 DEG C through the ice water so that a target product is precipitated out; and the target product is filtered, dried and pulverized to obtain the 5BM product.