Anionic Nonionic with Builder

Uses Primary and secondary surfactant, foam booster/stabilizer, humectant, vise, builder, wetting agent, antistat in shampoos, bubble baths, pharmaceuticals, liq. hand soaps, liq. detergents lime soap dispersant Features Compat. with anionics, nonionics and cationics Reguiatory Australia AlCS, Canada DSL, Europe EINECS, Japan ENCS, Korea ECL, China EICS, Philippines PICCS listed Properties Gardner 1 amber cl. liq. f.p. -IOC pour pt. -7 C flash pt. (PMCC) > 94 C pH (10% aq.) 5-7 29-31% act. 

Uses Detergent, foaming agent for dishwashing detergents, industrial cleaners, shampoos, liq. detergents, heavy-duty alkaline cleaners, emulsifiers, textile mill bleach assistants, neutral and alkaline scouring, and bubble baths Features Mild effective in hard and soft water compat. with other anionics, nonionics, and alkaline builders... 

CAS 627-83-8 61789-40-0 EINECS/ELINCS 211-014-3 2634)58-8 Uses Pearlescent and vise, builder for personal care cleansers and detergents Including shampoos, body washes, foam baths, facial cleansers and liq. soaps Features Mild and EO free compat. with anionic, nonionic and cationic surfactants veg. origin Properties Liq. = 40% act. 

Uses Surfactant for use in shampoos, bubble baths, liq. hand soaps, body cleansers, air entrainment, lime soap disp. foam booster and vise, builder when formulated with lauryl sulfates and alpha olefin sulfonates stable over wide pH range compat. with anionic, nonionic, and cationic surfactants Features Stable ove a wide pH range preservative free Properties Yel. liq. bland odor pH 5-7 28% act. 

Uses Surfactant, vise, builder for hard surf, cleaners, lt.-duty liq. detergents, shampoos, cosmetics, agric. wetting agents, heavy-duty liq. laundry detergents Features High foam cuts grease compat. with anionic, nonionic, cationic, and amphoteric surfactants... 

Uses Stabilizer used in shampoos, bubble baths with anionics, nonionics, and amphoterics industrial cleaning solubilizer for oily additives Features More efficient foam builder, less efficient vise, builder than 1 1 superamides... 

Structured laundry liquids are currently available in Europe and were recently introduced in the United States [50,51]. These products typically contain high levels of surfactants and builder salts, as well as enzymes and other additives. In the presence of high ionic strength, the combination of certain anionic and nonionic surfactants form lamellar liquid crystals. Under the microscope (electron microscope, freeze fracturing) these appear as round droplets with an onion-like, multilayered structure. Formation of these droplets or sperulites permits the incorporation of high levels of surfactants and builders in a pourable liquid form. Stability of the dispersion is enhanced by the addition of polymers that absorb onto the droplet surface to reduce aggregation. 

Phosphoric acid esters of polyoxyalkylenes of a high degree of alkoxylation still show many properties of the base products [37,38], Thus these products derived from nonionics are only mildly anionic. They have a better performance in such applications as institutional and industrial cleansers with a high percentage of alkaline builders. 

Stable liquid detergents are obtained by polyacetalcarboxylate builders, ionic or nonionic surfactants, and common ingredients of detergents. If esters of phosphoric acid are used as anionic surfactants a detergent of this kind with 62% of water retained a single phase after a 30-day storage [213]. 

Comparable results were obtained in formulations containing sodium silicate as a builder together with (M-5% sodium tripolyphosphate, using 250 ppm hard water and a bath temperature of 49°C (Illman, 1971). A nonionic surfactant prepared by polyoxyethylenation of a C12-15 alcohol mixture with 9-11 mol of ethylene oxide generally showed similar detergency to an anionic prepared by sulfation of a Ci2 i5 alcohol mixture previously polyoxyethylenated with 3 mol of ethylene oxide at all percentages of sodium tripolyphosphate, and both were considerably superior to a linear tridecylbenzenesulfonate and a sulfated C16-I8 alcohol mixture. The nonionic was somewhat better than the sulfated POE alcohol for removing nonpolar fatty soil from Dacron-cotton permapress, and the reverse was true for the removal of polar soil from Dacron-cotton permapress and carbon soil from cotton, but similar results for the two surfactants were obtained for clay removal from both Dacron-cotton permapress and cotton, and polar and nonpolar fatty soil from cotton. 

Mild to the skin. Foam builder, thickener and emollient. Excellent foam stability in hard water, acidic and alkaline solutions. Compatible with nonionic, anionic and most cationic surfactants. 

Hild to the skin. Compatible with anionic, cationic and nonionic surfactants. Excellent viscosity builder and gelling agent. Hard-water tolerance permits equally good foaming in hard and soft water. Stable in high-electrolyte solutions and will help solubilize other surfactants into these systems. Stable in acidic and alkaline conditions, functioning as cationic in acid media and as anionic in alkaline. Lime soap dispersant. 

Table 6 synthesizes a global view of the performance results of builders used alone and then paired with anionic and nonionic surfactants. It, once again, demonstrates the... 

Various detergent ingredients may affect the enzyme efficacy strongly. Enzyme activity and stability depend on the pH and temperature of the wash solution, the time of contact of the stained fabric with the enzyme-containing solution, and the presence of builders and bleach. Surfactants, especially the anionics, are of primary importance in lessening enzyme stability. Consequently, an enzyme which is superior to another one in one composition-may become inferior in some other. For instance, medium pH values, and contents of anionic surfactant favor Alcalase, whereas alkalinity and high nonionic surfactant contents favor Esperase, which also withstands sodium perborate better. 

Features Compat. with both nonionic and anionic surfactants, builders and tillers ... 

Uses Wetting agent, foam booster/stabilizer, vise, builder, antistat for shampoos, bubble baths, hair conditioners, shower gels, baby prods., and liq. hand soaps Features Compat. with anionic, cationic, and nonionic surfactants Reguiatory EU, Canada, and Australia listed... 

Uses Surfactant, foam builder, and detergent In hand dishwash detergents, car wash detergents, and other cleaners/delergents Features High foaming stable in moderate levels of acid and alkali compatible with anionic, cationic, and nonionic surfactants Properties Lt, d. yel. liq. sp.gr. 1.03 dens. 8.70 Ib/gal vise. 25 cps pH (1 %) 6.5 35% act. 

Features Compat. with inorg. detergent builders, organic chelates, nonionic surfactants and polar solvents fomns ion pairs with anionic soaps and surfactants Properties APHA < 75 wh. waxy flake mild, soapy odor freely disp. in water, lower alcohols, ketones, and glycols m.p. 140 F flash pt. (Setaflash) 150 F pH (0.5% aq.) 5.0-7.0 85% act. 

Uses Secondary surfactant for shampoos, bath gels, liquid soaps and facial cleansers cleansing agent viscosity builder solubilizer Features Mild works synergistically with anionic surfactants to build excellent foam stability and flash foaming characteristics compat. with other nonionic surfactants and most anionic and cationic surfactants Properties VCS 2 max. cl. thin liq. mild fatty odor water-disp. sp. gr. 0.999 HLB 7 acid no. 5.0 max. sapon. no. 145-155... 

Uses Bactericide used for sanitation and disinfection in hospitals, institutions, veterinary, food processing, and livestock industries compat, with in org. detergent builders, org. chelating agents, nonionic surfs., most polar soivs. not rec. to be used in combination with anionic materials such as soap and anionic surfs. strong germicidal effect Regulatory JP compliance... 

Chem. Descrip. Laureth-7 Ionic Nature Nonionic Chem. Analysis 0,5% max, moisture CAS 9002-92-0 (generic) EINECS/ELINCS 221-283-9 Uses Detergent, dispersant, emulsifier, solubilizer, and wetting agent in hand soaps, cosmetics, and hard surface cleaners, metalworking fluids, and textile lubricants detergent, vise, builder in shampoo Features Compat, with a variety of anionic and cationic emulsifiers resistant to hydrolysis... 

Uses Surfactant, foam builder, cleaning agent blend for dishwashing liq. cones., all-purpose cleaners, floor cleaners, car shampoos, window cleaners Features Good compat. with electrolytes good tolerance of water hardness easy to handle can be applied in a pH range from 3-10 compat. with anionic, amphoteric, and nonionic surfaefants Properties Cl. yel. liq. 45% cone. 

Feiiures Compat. with anionic and nonionic prods, such as soaps, alkaline builders, dyes, and salts Rraperf/es Liq. 70% cone. 

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