Pau d’Arco Bark Extract Powder 10 g

Pau d’Arco Bark Extract Powder concentrated botanical raw material for formulation systems and industrial applications

Pau d’Arco Bark Extract Powder is a plant-derived ingredient obtained from the inner bark of Tabebuia impetiginosa through extraction followed by controlled drying. This format provides a concentrated botanical matrix with stable storage characteristics and accurate dosing in formulation processes. It is widely used in cosmetic systems, food-related applications, nutraceutical compositions, SPA concepts and industrial formulations where consistent plant-based input is required.

From a technical standpoint, the extract contains a complex composition of naturally occurring compounds, including naphthoquinone derivatives, polyphenolic structures and bark-derived fractions that remain preserved after processing. The powdered form enables flexible use in manufacturing, allowing integration into dry blends, dissolution into aqueous systems or dispersion into multi-phase formulations. This supports both laboratory-scale development and large-scale production.

In food-related systems, Pau d’Arco Bark Extract Powder is applied in botanical blends, specialty compositions and functional product development where plant ingredients are required. In nutraceutical applications, it is incorporated into powdered complexes, encapsulated formats and herbal mixtures. In cosmetic formulations, it is used in serums, gels, masks and cleansing products as part of the active phase. In SPA applications, it is integrated into treatment blends and aromatic systems. In fragrance and candle production, it can be used as a botanical component contributing to composition development. In industrial processes, it is included in formulations requiring stable plant-derived raw materials.

Functionally, the extract integrates into the formulation and contributes to the active composition without acting as a structural modifier. In powder systems, it serves as a concentrated botanical input, while in liquid systems it provides uniform distribution when properly pre-dissolved. Its role is to support formulation performance while maintaining compatibility with a wide range of ingredients.

In formulation practice, the extract is typically pre-dissolved before being introduced into the aqueous phase or dispersed into the base depending on system design. It is compatible with glycols, humectants, botanical waters, polymeric stabilizers and mild preservation systems. Proper dispersion is required to achieve a homogeneous and stable system.

Usage levels are defined by technical specifications and adjusted by the formulator based on formulation objectives.

Example formulation: Botanical concentrate with bark extract
Purified water 69 ml
Pau d’Arco Bark Extract Powder 3 g
Pentylene glycol 5 g
Chamomile hydrolate 10 ml
Sodium PCA 3 g
Allantoin 2 g
Preservative 1 g
pH adjuster 7 g

Process: the extract is pre-dissolved in a portion of water until a uniform solution is obtained. The base phase is prepared by combining purified water and chamomile hydrolate. Pentylene glycol and sodium PCA are added under mixing until fully incorporated. Allantoin is then introduced, followed by the extract solution. Preservative is added and pH is adjusted. The formulation is mixed until homogeneous and stabilized before filling.

Example formulation: Gel system with botanical bark component
Purified water 64 ml
Pau d’Arco Bark Extract Powder 3 g
Propanediol 5 g
Hydroxyethylcellulose 1 g
Calendula extract 10 ml
Betaine 3 g
Preservative 1 g
pH adjuster 13 g

Process: hydroxyethylcellulose is dispersed in water under mixing to form a gel base. Propanediol is added to support system stability. The pre-dissolved extract is incorporated into the gel, followed by calendula extract and betaine. Preservative is added and pH is adjusted. The formulation is mixed until uniform and stable.

Pau d’Arco Bark Extract Powder is used as a versatile botanical raw material across multiple industries. It supports stable formulation performance, flexible processing and compatibility with diverse ingredient systems in both liquid and dry applications.