Calfax®

Pilot Chemical’s Calfax® surfactants are diphenyl oxide disulfonate anionic surfactants with a high charge density and superior stability. Latex and rubber emulsion polymerization, HI&I, and textile applications are some of the uses for Calfax® surfactants. Manufactured by Pilot’s proprietary ice-cold sulfonation process, Calfax® surfactants are dependable, uniform, high purity, and low color, assuring customer quality and performance every time. The Calfax® line offers both biodegradable linear and super stable branched products. In addition to the listed products, Pilot can custom manufacture Calfax® products to meet your specifications.

PRODUCTS

CHEMICAL OVERVIEW

Calfax® 10L-45

C10 (Linear) Sodium Diphenyl Oxide Disulfonate

Wetting, coupling and stabilizing agent. Also solubilizes phenolic germicides in detergent-disinfectant formulations.

SDS | Tech Data Sheet

Calfax® 12L-45

Sodium Dodecyl Diphenyl Oxide Disulfonate

A 45% aqueous solution of linear sodium dodecyl diphenyl oxide disulfonate. Calfax® 12L-45 is a powerful anionic surfactant that offers broad compatibility in emulsion polymerization, agriculture, textile, and HI&I applications.

SDS | Tech Data Sheet

Calfax® DB-45

C12 (Branched) Sodium Diphenyl Oxide Disulfonate

Outstanding wetting, emulsifying, coupling and stabilizing agent. Also used as leveling agent in acid dyeing of nylon. World renowned for unsurpassed performance in latex and adhesive emulsion polymerizations.

SDS | Tech Data Sheet

Calfax® 16L-35

C16 (Linear) Sodium Diphenyl Oxide Disulfonate

Offers the best detergency performance on synthetic, cotton and blended fabrics. Exhibits excellent hard surface cleaning properties. Is also an efficient emulsifier for aromatic dye carriers.

SDS | Tech Data Sheet

Calfax® DBA-40

C12 (Branched) Diphenyl Oxide Disulfonic Acid

Acid version of DB-45. Great for neutralization to disulfonates of choice.

SDS

Calfax® DBA-70

C12 (Branched) Diphenyl Oxide Disulfonic Acid

High active acid version of DB-45. Perfect for neutralization to disulfonates of choice. 

SDS