Freeze Dried

This collection features freeze-dried fruit and vegetable powders produced from carefully selected fresh produce sourced across India, China, Vietnam, Indonesia, Thailand, and Sri Lanka. Freeze drying (lyophilization) is a low-temperature dehydration process that removes moisture while preserving the natural structure, colour, flavour, and nutritional profile of the original fruit or vegetable.

Unlike extracts or spray-dried powders, freeze-dried powders retain the whole-food composition of the raw material, including naturally occurring fibres, vitamins, minerals, and phytonutrients, without the use of solvents or carrier additives

Why Freeze-Dried?

• Low-temperature processing helps preserve heat-sensitive nutrients

• Excellent colour and flavour retention

• Minimal processing with no solvent extraction

• High rehydration capacity compared to conventional dried powders

Applications & Uses

Freeze-dried fruit and vegetable powders from this collection are commonly used in:

Food & Beverage Applications

• Smoothies, drink mixes, and instant beverages

• Bakery, confectionery, and snack formulations

• Natural colour and flavour enhancement

Nutraceuticals & Functional Foods

• Whole-food supplement blends

• Sachets, capsules, and powdered formulations

Cosmetic & Personal Care

• Face masks, scrubs, and natural cosmetic formulations

• Botanical powders for topical applications

Specialty & Clean-Label Applications

• Plant-based and clean-label ingredient systems

• Premium formulations where whole-food integrity is required

Typical Characteristics

• Processing method: Freeze drying (lyophilization)

• Form: Fine powder or granules

• Composition: Whole fruit or vegetable matrix

• Solubility: Dispersible (not fully soluble)

• Additives: Typically none (carrier-free)

Professional Use & Documentation

Products in this collection are supplied for professional, B2B use and are typically supported by standard documentation such as COA and MSDS, enabling buyers to evaluate identity, quality parameters, and suitability for their intended applications.