Product Name | Properties and Applications | Fatty alcohol ether phosphate MOA3P
Fatty alcohol ether phosphate potassium salt MOA3PK
Fatty alcohol ether phosphate MOA9P | 1. Excellent water solubility, detergency, emulsification, lubrication, cleaning, dispersion, antistatic, and rust prevention properties. Superior electrolyte compatibility, stability to heat and alkali. Resistant to acid, alkali, hard water, inorganic salts, and high temperatures. Good biodegradability, low irritation, and strong degreasing power. 2. Exhibits antistatic, smoothing, wetting, and corrosion inhibition properties. Used as a raw material in synthetic fiber processing to improve spinnability. Hygroscopic, maintains good antistatic properties at low temperatures. Widely used as an antistatic agent in chemical fiber oils. Used in industrial alkaline cleaners and dry cleaning agents, metalworking fluids, emulsifiers for organophosphorus pesticides, and as a main component in textile oils. 3. Functions as a good cosolvent, emulsion polymerization emulsifier, pigment dispersant, cosmetic emulsifier, lubricant and dispersant for oil well drilling mud, and deinking agent in the paper industry. Also used as a degreasing agent and leveling agent in the leather industry. 4. Good detergency, used in formulating highly effective and non-toxic cleaning agents. Widely used in the daily chemical industry as a key component in shampoos and various cosmetics. 5. Achieves high activity and stability at pH 6–7. Recommended dosage: 3–12%. | Phenol ether phosphate TXP-10
Phenol ether phosphate potassium salt NP-10PK | 1. Resistant to strong alkali, exhibits good cleaning ability in concentrated alkali. Soluble in organic solvents and water. 2. Strong antistatic, emulsifying, smoothing, and softening properties. Used as a detergent booster, in dry cleaning agents, as an emulsifier additive in metal cleaners, emulsion polymerization emulsifier, emulsifier in pesticide and cosmetic production, as well as a corrosion inhibitor and antistatic agent. | Phenol ether phosphate TXP-4
Phenol ether phosphate potassium salt NP-4PK | 1. Anionic type, often compounded with anionic, nonionic, and amphoteric ions. Excellent cold resistance, soluble in organic solvents, resistant to acid, alkali, and high temperatures, with good stability. Excellent detergency, emulsification, wetting, dispersion, and antistatic properties, with strong degreasing power. Used in household and industrial detergents, such as dry cleaning agents, ceramic and glass cleaners, and metal cleaners. 2. Textile industry auxiliaries: used in spinning oils, penetrants, scouring agents, mercerizing agents. 3. Paper industry auxiliaries: used in deinking agents. 4. Leather industry auxiliaries: used in degreasing agents, leveling agents. 5. Other industrial auxiliaries: such as emulsifiers for organophosphorus pesticides, metal cutting lubricants, electroplating bath additives, etc. | Isotridecyl phosphate
Isotridecyl ether (6) phosphate | Excellent antistatic, smoothing, and softening properties, improves fiber hygroscopicity, and effectively adjusts the dynamic friction coefficient between fibers. | Lauryl phosphate MA24P
Lauryl phosphate potassium salt MA24PK | 1. Safe and non-irritating: The product structure is similar to natural phospholipids, extremely mild, almost non-irritating to skin and eyes. Ideal cream emulsifier. 2. Excellent emulsification, solubilization, and dispersion properties: Can emulsify various oil phases including silicone oil. 3. Low surface tension, rich and fine foam, moderate detergency: Produces rich, fine milky foam during use, easy to rinse, leaves skin feeling exceptionally clean, refreshed, and comfortable without tightness. 4. Excellent moisturizing properties: While cleansing, imparts a soft, smooth, and refreshed feel to the skin. Significant antistatic and softening effects, also suitable for shampoos, hair care additives, and fabric finishing agents. 5. Resistant to acid, alkali, and salt: Phosphate ester decomposition is less than 10% after 12 months at pH=2; remains stable for a year or longer under neutral or slightly acidic conditions. 6. Good biodegradability: Alkyl phosphate biodegradation is similar to alkyl alcohol sodium sulfate, decomposing into carbon dioxide and phosphate ions. For example, didecyl phosphate biodegradation rate approaches 100% after 10–15 days, compared to less than 20% for sodium dodecylbenzene sulfonate. 7. Low toxicity: Potassium phosphate ester is low toxicity, with LD50/(mg/kg) for mice at 74000, and LC50/(mg/kg) for fish at 3400–12800. Usage and Dosage: 1. Applications: Especially for formulating popular foam facial cleansers and foam cleansing gels on the market. Also suitable for refreshing and smooth shower gels, high-end low-irritation personal care products such as shampoos, foam facial cleansers, body washes, hand soaps (one of the main ingredients in Kao Biore facial cleanser), and mild baby care products, children's bath and shampoo products. 2. MAPK has slightly poorer hard water resistance compared to other anionic surfactants. Therefore, when formulating, it is important to add hard water resistance agents (e.g., EDTA) or hard water tolerant surfactants (e.g., sulfobetaine) to achieve optimal performance. 3. Recommended dosage: Foam facial cleanser: 10–50%, Shower gel: 8–15%. |
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