Mastering the Squish-to-Condish Technique

Wavy hair often sits in a transitional space where it is prone to dryness but easily weighed down by excessive product. The squish-to-condish method is a rinsing technique designed to drive water and emollient-rich conditioners into the hair shaft before sealing the cuticle. Unlike traditional rinsing, which removes conditioner, this approach prioritizes the absorption of moisture through rhythmic compression.

This process relies on the physical mechanics of water pressure rather than additional chemical agents. By cupping the hair and pressing it toward the scalp while soaked, you encourage the hair fibers to remain hydrated throughout the drying process. The result is a more defined wave pattern with reduced frizz and increased flexibility.

  1. Saturate the hair completely. Begin with soaking wet hair in the shower. Do not towel-dry or wring out the excess water before applying your conditioner. The hair must be saturated for the emulsification to work effectively.
  2. Apply conditioner evenly. Distribute a generous amount of conditioner from the mid-lengths to the ends of the hair. Use your fingers to rake the product through, ensuring every strand is coated. Avoid applying directly to the scalp to prevent excess oil buildup.
  3. The squish phase. Cup the ends of your hair in your palms and gather the saturated lengths toward your scalp. Gently squeeze the hair against the scalp in a rhythmic pulsing motion. You will hear a squelching sound as the hair and product emulsify with the water.
  4. The partial rinse. Turn your head under the water briefly to rinse, but do not fully remove the product. Only rinse the very top layer or enough to stop the water from appearing milky. Leave the majority of the conditioner within the structure of the waves.
  5. Final seal. Once rinsed, stop touching the hair immediately. The hair should look clumpy and feel heavy with moisture. Use a microfiber towel to gently scrunch the very ends upward to remove only excess dripping water, not the product itself.
Hydration is not just about the product used; it is about the water forced into the fiber.