A strong supplement starts with ingredients that serve a purpose. For some products that means delivering a specific nutrient. For other products, it means bringing together a broader range of food derived components in a convenient daily format.
Fruit and vegetable powders offer an opportunity to deliver both a specific nutrient as well as a broad range of food-derived components. These powders can provide a whole food foundation for dietary supplements while contributing naturally occurring nutrients, colors, and flavors. The key is looking beyond just the ingredient name and understand what each powder can contribute. Even further – how sourcing, processing and formulation decisions shape the finished consumer product.
Fruits and vegetables contain combinations of vitamins, minerals, and naturally occurring plant compounds. Strawberries and broccoli, for example, are dietary sources of vitamin C, while carrots and leafy greens contribute provitamin A carotenoids. This creates a unique starting point for formulators rather than working exclusively with isolated nutrients. A whole food approach can consider the broader composition of the source material.
Fruit Powders
Blueberry, blackberry, raspberry, strawberry, and black currant are useful starting points for berry-based formulations. These fruits contain antioxidants, specifically flavonoids, including anthocyanins, the compounds associated with many red, purple, and blue colored plant pigments. Combining some of these fruits offers a way to introduce greater phytochemical variety rather than relying on one single fruit source.
Apple and cranberry offer additional antioxidant options. Both contain polyphenols, including proanthocyanidins. A practical development might begin with blueberry and strawberry as the core of a mixed-berry powder and combine with cranberry and tart cherry for a different fruit profile or combine apple with selected berries in a daily nutrition formula. The objective should be a purposed-based blend, not just simply the longest list of fruits possible.
Apple: Apples contain polyphenols, including quercetin and proanthocyanidins, consider apple powder as a starting point for multi-fruit or fruit-and-greens supplements, then build around the selected material’s composition and sensory characteristics.
Cranberry: Cranberries contain proanthocyanidins, often called PACs which have been a focus of cranberry research. Developing urinary-wellness products with cranberry provides a starting point but processing and PAC content matter.
Blackberry and Raspberry: Blackberries and raspberries contain anthocyanins, predominantly cyanidin-based compounds. Both are great options for mixed-berry formulations.
Strawberry: Strawberries provide vitamin C and contain plant compounds including anthocyanins and ellagitannins. When vitamin C is part of a formulation it is important to verify the powder’s measured content and stability rather than relying on the nutrient profile of fresh strawberries.
Tart Cherry: Tart cherry contains anthocyanins and has been researched in exercise-recovery research using specific juice preparation. It is an ingredient to explore for active-lifestyle products.
Hibiscus: Hibiscus is not a conventional fruit ingredient but it fits naturally into fruit formulations. The red calyces of Hibiscus sabdariffa can offer a tart taste and is used to add color and flavor to beverages.
Vegetables Powders
Vegetable powders allow formulators to broaden a product beyond leafy greens and draw on ingredients with distinct nutritional and phytochemical profiles.
Carrot, tomato, kale, and spinach offer different carotenoid profiles. Carrots contain beta-carotene, which the body can convert to vitamin A. Tomatoes are a source of lycopene, while spinach and kale contain lutein. These differences give formulators a reason to consider vegetable diversity verses treating all vegetable ingredients the same.
Beet: Beets are a dietary source of nitrates and are used in sport nutrition applications. For a performance-based supplements, the important question is how much nitrate the chosen powder delivers, not simply how much beet powder appears in the formula.
Broccoli: Broccoli contain glucosinolates which are sulfur containing compounds, as well as naturally occurring nutrients such as vitamin C. Broccoli gives a way for formulators to focus specifically on the benefits of sulforaphane.
Carrot: Carrots contain beta-carotene, which the body can convert to vitamin A. Carrot powders can be beneficial when developing food-derived carotenoid contributions.
Ginger: Ginger is a rhizome with a long history of use for digestive health. The ingredient offers a complementary botanical to consider alongside fruit and vegetable powders in digestive-wellness product development.
Kale and Spinach: Kale and spinach contain antioxidants such as carotenoids, lutein, and beta-carotenes making them both useful for a wholefood green formulation.
Tomato: Tomatoes are a dietary source of lycopene and offers formulators a way to explore greater carotenoid diversity in a whole food formula.
RFI: Whole Food Ingredients from Field to Formula®
RFI’s fruit and vegetable powders are built to start with recognizable source materials that preserve their character through careful sourcing and minimal processing. Through its From Field to Formula® approach RFI offers carrier-free powders that bring food-derived nutrition, natural color, and authentic flavor into supplement development.
RFI is recognized for its long-term partnerships, transparency, and traceability as part of its approach to fruit and vegetable ingredients. Its Sourcestainable® program connects organic ingredient sourcing with supplier qualifications, direct grower relationship and traceability. As a vertically integrated supplier RFI brings raw material sourcing together with processing and manufacturing capabilities, including drying, milling, and blending.
Connect with us to explore fruit and vegetable powders, organic options, and ingredient combinations for your next formulation!