Hair Care Mixers — Shampoo, Conditioner, Hair Mask

Key Takeaways

• Shampoo, conditioner and hair mask sit at very different viscosities — 500 to 30,000 cps — so the same line often needs the range rather than one product.
• Surfactant systems foam aggressively. Vacuum is what keeps the batch from turning into a foam tank during homogenising.
• Powder wet-out is the slow step in many hair products: salts, polymers and cationic surfactants have to be drawn in without forming fish-eyes.
• Conditioners and masks are cationic and behave like creams; shampoos are low-viscosity liquids and discharge easily.
• Cleaning between formulations matters more here than almost anywhere else — a machine that empties and rinses fast is worth more than one with extra capacity.

FAQ about Hair Care Products

One machine for shampoo and hair mask?

It depends where in the viscosity range you spend most of your time. Shampoo alone runs happily on an RS. If hair masks or heavy conditioners are a meaningful share of your output, RX's external circulation loop or RB's separate emulsifying pump will handle the thick end far better.

How do you stop surfactant batches from foaming?

Mix under vacuum. Foam is air dispersed in liquid, and removing the air as it is generated is far more effective than trying to collapse the foam afterwards. Vacuum also lets you draw powders directly into the batch rather than charging them through an open manhole.

Can powders be added without forming lumps?

Yes, and the method matters more than the machine: add them slowly into a well-formed vortex, preferably under vacuum through the suction line, with the high-shear head running. Dumping a whole bag onto the surface is what creates fish-eyes.

Is SS316L necessary for hair care?

It is what we build contact parts from as standard, polished to Ra ≤ 0.4 µm. Beyond corrosion resistance, the polish is what makes cleaning between formulations quick — and on a plant running several different surfactant systems, cleaning time is real production time.