Kopacol™ N 701 S ReNu Ultra

Poly(oxy-1,2-ethanediyl), α-sulfo-ω-hydroxy-, C12-14-alkyl ethers, sodium salts

Antioxidants-free, Cruelty-Free, Glycol ether-free, Naturally Derived, Not Tested on Animals, Preservative-free, Radioactive-free, Solvent-free; Antioxidants-free; Cruelty-Free; Glycol ether-free; Naturally Derived; Not Tested on Animals; Preservative-free; Radioactive-free; Solvent-free

The inclusion of ethylene oxide offers enhanced mildness compared to standard sodium lauryl sulfate while providing good flash foam characteristics and good viscosity response.. Kopacol™ N 701 S ReNu Ultra is shipped as a high-active (~70 % FAES) flowable paste, which offers the formulator advantages in terms of reduced freight costs, less in-plant handling expense, maximized storage efficiency, and the ability to produce more concentrated formulations. Some special handling and dilution equipment is required.

Storage temperature: Between 10°C and 40°C; Storage conditions: In original sealed containers and protected from moisture; Additional information: This product is considered self-preserving by virtue of its high active level (low water activity). Products with water activity below 0.6 are not susceptible to microbial growth. This product may become difficult to handle at temperatures below 20°C, and lower temperatures may result in crystallization or solidification. The product is not damaged by low temperatures and is easily reconstituted by gentle heat (skin temperatures below 54°C) and thorough mixing. Under no circumstances should direct steam or electrical heating be applied, as localized overheating may result in damage to the product. Product diskoloration, change in consistency, and pH drop below 4 are all potential indications of product damage through improper heating; This product is considered self-preserving by virtue of its high active level (low water activity).; Products with water activity below 0.6 are not susceptible to microbial growth.; This product may become difficult to handle at temperatures below 20°C, and lower temperatures may result in crystallization or solidification.; The product is not damaged by low temperatures and is easily reconstituted by gentle heat (skin temperatures below 54°C) and thorough mixing.; Under no circumstances should direct steam or electrical heating be applied, as localized overheating may result in damage to the product.; Product diskoloration, change in consistency, and pH drop below 4 are all potential indications of product damage through improper heating