Products

STANFAX 1022 is a high-quality, high-viscosity sodium lauryl ether sulfate containing an average of two moles of ethylene oxide, designed for use in the health care, personal care, and cosmetic products industries. It is designed and manufactured within tight specifications to minimize residual and by-product components.

STANFAX 590 is a cocoamidopropyl betaine primarily used in personal care and household cleaning formulations. It is manufactured using Tiarco-RST’s quality assurance process, with continual improvement as its goal.

STANFAX 1023 is a sodium lauryl ether sulfate containing an average of three moles of ethylene oxide, designed for use in the healthcare, personal care, and cosmetic products industries. It is manufactured at our Dalton, GA, facility using the Tiarco-RST quality assurance process, with continual improvement as its goal.

STANFAX 1045 is a specialty ammonium lauryl ether sulfate with properties like copious foam generation, mildness, and foam stability, making it ideal for various applications in the healthcare, personal care, and cosmetic product industries. It is a primary foaming ingredient in shampoos and bubble baths.

STANFAX 336 is an economical, high-activity alpha-olefin sulfonate anionic surfactant well suited for personal care and multipurpose cleaning applications. It is manufactured using Tiarco-RST’s quality assurance process, with continual improvement as its goal.

STANFAX 1015 is a high-activity sodium lauryl ether sulfate containing an average of three moles of ethylene oxide, designed for use in the personal care, textile, polymerization, and cosmetic products industries. It is manufactured at our Dalton, GA, facility using Tiarco-RST’s quality assurance process, with continual improvement as its goal.

STANFAX 969 is a high-activity ammonium lauryl ether sulfate with an average of three ethylene oxide moles, is tailored for applications in personal care, textiles, polymerization, and cosmetics. It stands out with its capabilities for generating abundant foam, maintaining mildness, and tolerating electrolytes.