Solution

Natural Color from Fruit Ingredients: Pitaya & Açaí

Fruit powders can bring visible color to a formulation. Pitaya gives magenta and açaí gives purple, through two different pigment families that respond differently to your process.

The sourcing problem

A product team wants color from a fruit instead of an additive. The ingredient looks right in the sample and fades in the real process.

The fix is to pick the pigment for the matrix and to test it early.

What the brief needs to define

  • Target hue and intensity
  • The pH of your base
  • Heat treatment and light exposure
  • Shelf-life target
  • Flavor tolerance
  • Regulatory status in the destination market

How Biohacker approaches it

Match the pigment to the matrix

Betalain pigments in red-fleshed pitaya and anthocyanin pigments in açaí respond differently to pH, heat and light.

Trial with a lot sample

A sample from the proposed lot, tested in your base and process, shows what the color does before you commit.

Specify what matters

Species and flesh color for pitaya, particle size, carrier and moisture for either.

Relevant ingredients

Formats

Applications

Technical constraints to plan for

  • Pigment color shifts with pH and fades with heat, light and oxygen.
  • Fruit-based coloring ingredients are treated as foods in some markets and as additives in others, depending on how they are produced. Check status with your regulatory team.
  • Color depends on the variety and the lot.

Documentation

  • TDS with the color-relevant specification
  • Species and variety information for pitaya
  • Ingredient declaration and carrier information

Technical guides

Frequently asked questions

Which is more stable, pitaya or açaí?

It depends on the matrix. Both are sensitive. Run a trial with each in your base and process.

Start with your priority ingredient

Send the ingredient list, the application and the destination. We come back with options, documents and a proposed next step.

Request Ingredient & Specification