Limonia Acidissima Wood Powder

What is Limonia Acidissima Wood Powder?

Limonia acidissima wood powder comes from the finely milled wood of the Limonia acidissima tree, a deciduous species native to India, Sri Lanka, and Southeast Asia, commonly called the wood apple tree. Botanically, it belongs to the Rutaceae family. In cosmetics, it serves as an abrasive ingredient, mainly in facial scrubs, body polishes, and cleansing masks. Its function relies on physical exfoliation: the irregular particle shape and texture allow it to mechanically slough off dead skin cells, surface buildup, and impurities when rubbed onto damp skin, promoting a refreshed surface without chemical alteration. This natural alternative to synthetic microbeads offers mild abrasion suitable for periodic use in rinse-off formulations.

Comedogenic Rating 0/5 Low risk of clogging pores
EWG Safety Rating 4 View on EWG →

Benefits

Delivers physical exfoliation to buff away dead skin cells

Provides a plant-derived option for texture-smoothing routines

Supports low comedogenic profile for non-pore-clogging use

Who It's For

A quick guide for who this ingredient may suit (and who should be cautious).

Who May Benefit Who Should Avoid
Users seeking natural abrasives in scrubs
Those with highly sensitive or reactive skin
Individuals preferring botanical exfoliants over synthetics
Individuals prone to micro-tears from abrasives
People with normal skin looking for mild polishing
People with active acne or broken skin barriers

Safety Notes

  • Limited data available on long-term use; moderate hazard rating from assessments
  • Patch testing advised before full application due to physical nature

Frequently Asked Questions about Limonia Acidissima Wood Powder

What is Limonia acidissima wood powder?

A fine powder from the wood of the wood apple tree, used as a natural exfoliant in cosmetics.

Is it comedogenic?

Rated 0, indicating low potential to clog pores.

Safe for daily use?

Best for occasional use in rinse-off products; not intended daily due to abrasive action.