Banana Powder Market Size, Share and Growth Analysis Report - Forecast Trends and Outlook (2026-2035)

A key trend is the use of processing technologies to overcome the limited thermal stability of native banana starch. A 2025 study on East African Highland cooking bananas found that twin-screw extrusion produced up to 38% resistant starch under optimised conditions of 18% feed moisture, 90°C barrel temperature and 300 rpm screw speed. The treatment converted part of the native RS2 into the more thermally stable RS3 while also improving paste stability against heat and shear. This is significant for banana powder producers targeting baked, extruded and other heat-processed foods where native green banana flour can lose functionality. Greater processing control is enabling banana powder to move into applications requiring heat stability and predictable functional performance.

Another emerging trend is the differentiation of banana powder according to banana cultivar rather than treating all green bananas as an equivalent raw material. Research published in 2024 evaluated ten underutilised southern Indian cultivars and found substantial differences in resistant-starch content. The Malayannan cultivar recorded 41.78% resistant starch on a dry-weight basis. The same research identified variations in phenolics, amino acids, vitamins and antioxidant activity between cultivars. Such findings are encouraging processors to evaluate local or underutilised varieties according to their nutritional and functional characteristics rather than focusing solely on yield. Cultivar-specific sourcing could create differentiated banana powders with more targeted nutritional and formulation specifications.

Banana powder is finding a more specialised role in frozen bakery systems, where maintaining dough structure after freezing and thawing is a technical challenge. A research conducted in 2026 revealed that green banana flour contributed in increasing the elastic and viscous modulus of dough, leading to reducing the damage caused by freezing process. The baked cookies showed baking loss of 14.35% with flour of Musa acuminata, while one of the other green-banana flour had baking loss of 16.08%. The research also found resistant starch of up to 53% in cookies with banana flour. This expands banana powder's role from nutritional enrichment into a specific functional solution for frozen and processed bakery products, thus boosting the banana powder market growth.

The development of combined banana pulp-and-peel flour is a key driving factor of the market, allowing processors to extract value from more of the fruit rather than producing powder solely from the pulp. Research published in 2024 found that the green banana pulp flour had 44.11% resistant starch content, while green banana peel flour had considerably more phenolic content, 577 mg GAE/100 g of free phenolics and 653.1 mg GAE/100 g of bound phenolics. Notably, partial substitution of 20% of pulp flour by peel flour had a minor impact on the starch-pasting characteristics. It is possible to produce banana flour with better fibre and antioxidant characteristics with whole fruit processing.

Recent processing research is also moving toward pretreatment of green banana flour before drying, rather than relying on conventional drying alone. A research conducted in the year 2026 showed that the amount of resistant starch in green banana flour dried by hot air was 82.83-95.54% of total starch. One percent citric acid pretreatment worked out to be especially effective in various physical and chemical criteria. With this technique, it is possible to manufacture highly resistant and slowly digestible banana flour. Pretreatment technologies could create a premium class of high-resistant-starch banana powders for specialised low-glycaemic and functional-food formulations.