Applications for Concentrates, Purees & NFC Juices
Compare fruit ingredient formats, commercial specifications and major industrial applications across beverages, brewing, dairy, bakery, confectionery, sauces, frozen desserts, fruit preparations and prepared foods.
Concentrate, puree or NFC: the format changes the formulation
The same fruit can perform very differently depending on how it is processed. Choosing between juice concentrate, puree and NFC juice affects water contribution, flavor intensity, texture, storage requirements, transportation efficiency and plant handling.
Juice concentrates
Juice concentrates are produced by removing a substantial portion of the water from fruit juice. Their high soluble-solids content allows manufacturers to transport and store more fruit solids in less volume and then dose or reconstitute the ingredient according to the formulation.
Commercial examples include apple juice concentrate around 70° Brix, white grape around the upper-60s and orange concentrate around 65° Brix. Berry, cherry and pomegranate concentrates are also commonly supplied as high-solids ingredients, although exact Brix depends on the fruit and supplier.
Fruit purees
Purees retain more of the fruit's pulp, fine fibers and suspended solids. They are useful when the product needs recognizable fruit body, mouthfeel or visual character rather than only clarified juice solids.
Single-strength puree typically remains much closer to the fruit's natural solids. Mango puree, for example, is often around 14–16° Brix, while commercial strawberry puree may be around 8° Brix. Concentrated puree formats are also available for selected fruits.
NFC juices
Not-from-concentrate juice remains at approximately natural single-strength concentration rather than undergoing concentration and later reconstitution.
NFC orange juice, for example, is commercially specified near natural juice solids, commonly around the low-teens Brix range. NFC formats may be chosen where processors value single-strength juice character and can accommodate the additional water and storage volume.
Major fruit groups used by food and beverage manufacturers
Apple & White Grape
Apple and white grape are valued for relatively mild flavor and high soluble solids when concentrated. They can contribute sweetness and fruit solids without dominating stronger flavor systems.
Common uses: beverages, fruit preparations, bakery fillings, sauces, brewing, confectionery and blended fruit products.
Citrus Fruits
Orange, lemon, lime and grapefruit provide characteristic citrus aroma and predominantly citric acidity. Products may be supplied as concentrate, NFC juice, cells or other citrus formats.
Common uses: soft drinks, lemonade, tea, dairy beverages, sauces, marinades, brewing, confectionery and frozen desserts.
Cherry, Pomegranate & Cranberry
These fruits provide pronounced acidity, strong red-fruit character and, depending on the fruit, deep natural color. Tart cherry commonly shows a malic-acid-driven profile, while pomegranate offers tartness with more complex dark-fruit notes.
Common uses: functional beverages, brewing, bakery fillings, confectionery, sauces, fruit preparations and specialty drinks.
Berry Fruits
Strawberry, raspberry, blueberry, blackberry and blackcurrant offer strong aromatic identity and attractive fruit color. Puree is useful for body, while clarified or concentrated juice formats work where lower pulp is preferred.
Common uses: yogurt, smoothies, bakery, jam, confectionery, ice cream, beverage bases and dessert sauces.
Tropical Fruits
Mango, passion fruit, pineapple and guava provide strong tropical aroma. Mango and guava are frequently selected as puree when body is desirable, while pineapple and passion fruit are available in several juice and puree formats.
Common uses: beverages, yogurt, frozen desserts, sauces, marinades, bakery fillings and tropical fruit blends.
Stone Fruits
Peach and apricot offer softer, rounded fruit profiles and are frequently used as purees because pulp contributes much of their characteristic mouthfeel.
Common uses: dairy preparations, baby food, bakery fillings, jams, beverages, desserts and fruit sauces.
Specifications that matter in industrial formulation
Product name alone is rarely enough to compare commercial fruit ingredients. Buyers and formulation teams should review the parameters that directly affect processing and finished-product performance.
- Brix / soluble solids: important for concentration, yield, sweetness contribution and reconstitution calculations.
- Titratable acidity: helps quantify total acid contribution and is commonly expressed as citric, malic or another predominant fruit acid.
- pH: relevant to flavor, color, processing and interactions with other ingredients.
- Specific gravity: useful for industrial metering and weight-to-volume conversion.
- Clarity, turbidity and pulp: determine whether the ingredient produces a clear, cloudy or fruit-textured system.
- Viscosity / Bostwick: especially relevant to purees and concentrated purees.
- Screen size: useful for evaluating puree refinement and pumping characteristics.
- Color: important for berry, cherry, pomegranate and other naturally colored fruit systems.
- Flavor and aroma: should be typical of the fruit and free from fermented, scorched or otherwise undesirable notes.
- Microbiological limits: should match the intended manufacturing process and quality program.
- Ingredient statement: confirm whether the product consists solely of the stated fruit or contains other components.
- Origin and crop: useful for traceability, supply planning and sensory consistency.
Commercial pack formats
Depending on product and supplier, industrial fruit ingredients may be available in pails, bag-in-box systems, lined drums, totes or tanker quantities. Concentrates may be supplied frozen, refrigerated or aseptically, while NFC and puree storage requirements depend on the specific processing method.
Commercial comparison should therefore consider not only price per pound or kilogram, but also Brix, usable yield, pack size, freight, storage temperature, minimum order quantity and plant handling requirements.
Industrial applications for fruit ingredients
Juice Drinks & RTD Beverages
Concentrates provide efficient fruit solids and controlled flavor intensity, while NFC juice can support a more single-strength juice profile. Purees are useful when cloud and texture are desired.
Carbonated Soft Drinks
Apple, citrus, berry, cherry and tropical concentrates can contribute flavor, acidity and soluble solids to fruit sodas and premium sparkling beverages.
Sparkling Water
Low-dose fruit systems require careful attention to flavor intensity, acidity, clarity and sediment. Clarified juice ingredients are often easier to use than high-pulp formats.
Energy & Functional Beverages
Strong fruit profiles can mask vitamins, minerals or other functional ingredients while helping establish the beverage's flavor identity.
Sports Drinks
Citrus, berry and tropical ingredients can provide recognizable fruit character and acidity while fitting into electrolyte and carbohydrate beverage systems.
Tea, Lemonade & Refreshers
Peach, lemon, raspberry, mango, passion fruit and other profiles work well in tea-based and still refreshment beverages.
Craft Beer
Concentrates and purees are used to build aroma, fermentable fruit solids, acidity and color in fruit beers, sours and seasonal brewing programs.
Hard Cider
Apple, pear, berry, cherry and tropical ingredients can be used for base fermentation, blending or post-fermentation flavor adjustment.
Kombucha
Fruit ingredients can provide fermentable sugars, flavor and color during secondary fermentation or post-fermentation blending.
Fruit Wine & Mead
Cherry, berry, apple, grape and tropical fruits can supply fermentable material and fruit character for wines, melomels and other fermented beverages.
Cocktail & Mocktail Mixes
Concentrates and purees help build repeatable fruit intensity, sweetness and acidity in bar mixes, cocktail bases, syrups and alcohol-free drinks.
Dairy & Yogurt
Purees and fruit preparations provide body and recognizable fruit character in yogurt, cultured dairy, drinkable yogurt, dairy desserts and fruit-on-the-bottom systems.
Ice Cream & Frozen Desserts
Mango, strawberry, raspberry, cherry, peach and tropical purees are used in ice cream, sorbet, frozen yogurt, variegates and fruit inclusions.
Cakes, Muffins & Bakery
Concentrates can flavor batter with limited added water, while purees and concentrated fruit preparations are useful in fillings, swirls and post-bake components.
Bakery Fillings
Cherry, berry, apple, mango and other fruit ingredients can be formulated into bake-stable fillings for pastries, doughnuts, pies, cookies and snack cakes.
Chocolate & Confectionery
Tart cherry, raspberry, cranberry, pineapple and tropical fruits provide acidity and contrast in chocolate centers, gummies, gels, fondants and layered confectionery.
Jams, Preserves & Fruit Preparations
Purees provide fruit body and pulp, while concentrates can support soluble solids, flavor intensity and fruit blending in spreads and prepared fruit systems.
Salad Dressings
Mango, passion fruit, strawberry, raspberry and citrus ingredients can create fruit vinaigrettes, creamy dressings and sweet-savory flavor systems.
Barbecue Sauces & Glazes
Apple, orange, pineapple, cherry, mango and passion fruit can contribute sweetness, acidity and distinctive fruit notes in barbecue sauces and grilling glazes.
Marinades & Dipping Sauces
Fruit acids and sugars can support sweet-savory marinades, chili-fruit sauces, dipping sauces and coatings for meat, seafood and plant proteins.
Baby & Toddler Foods
Selected concentrates and purees can be incorporated into fruit blends, pouch products and cereal preparations where the ingredient meets the product's regulatory and quality requirements.
How the ingredient format affects processing
Water balance
A concentrate adds substantially less water per unit of fruit solids than NFC juice or single-strength puree. This can be an advantage in confectionery, bakery fillings, sauces and other systems where excess water affects viscosity or processing.
Texture
Purees contribute pulp and insoluble solids and can materially increase body. They are often preferred in yogurt, smoothies, sauces, frozen desserts and fruit preparations where recognizable fruit texture is desirable.
Acidity
Fruit acidity varies considerably. Passion fruit, cranberry, tart cherry, lemon and pomegranate can make a strong acid contribution, while apple, white grape, mango and pear generally produce softer flavor profiles.
Color
Red and purple fruits such as raspberry, cherry, cranberry, blackcurrant, blueberry and pomegranate can contribute substantial natural color, but heat, oxygen, pH and storage may alter the final shade.
Heat and flavor retention
Thermal processing can reduce delicate fresh-fruit aromas. Strong berry, cherry, citrus and tropical profiles may remain easier to identify after processing, but final dosage should always be evaluated after the complete heat process.
Fermentation
In brewing, cider, wine, mead and kombucha applications, naturally occurring fruit sugars may contribute fermentable material. The actual effect depends on dosage, yeast or culture, process stage and fermentation conditions.
Build the sourcing request around the application
The most useful inquiry identifies both the fruit and the job the ingredient needs to perform. A beverage manufacturer searching for clear fruit flavor may require a different format from a yogurt or bakery manufacturer seeking body and visible fruit texture.
A commercial inquiry should ideally include:
- Fruit: apple, orange, mango, tart cherry, strawberry or another required fruit.
- Format: concentrate, puree, concentrated puree or NFC juice.
- Application: beverage, brewery, dairy, bakery, confectionery, sauce or another industrial use.
- Technical target: Brix, acidity, pH, pulp, clarity, color, viscosity or other important parameters.
- Volume: sample, pilot, initial order and estimated annual requirement.
- Packaging: pail, bag-in-box, drum, tote or bulk where applicable.
- Storage capability: frozen, refrigerated or ambient/aseptic where applicable.
- Certifications: conventional, organic, Kosher, Halal or other required documentation.
- Destination: location required for freight and supply planning.
Natural agricultural ingredients vary between crops and origins, so final approval should be based on the current specification, certificate of analysis and, where sensory performance is critical, evaluation of the actual commercial ingredient.
200 focused application articles.
Explore 100 application guides focused on juice concentrates and 100 focused on fruit purees, covering formulation, processing and sourcing across major food and beverage industries.
Questions ingredient buyers often ask
What is the difference between juice concentrate, puree and NFC juice?
Juice concentrate has much of its water removed and provides high soluble solids in a compact format. Puree retains fruit pulp, fibers and body. NFC juice remains near natural single-strength concentration and is useful where a less concentrated juice format is preferred.
What Brix levels are common for juice concentrates?
The value depends on the fruit. Commercial examples include apple concentrate around 70° Brix and orange concentrate around 65° Brix. Other fruits can have different standard commercial concentrations, so the supplier specification should always be checked.
What Brix levels are common for fruit purees?
Single-strength puree generally remains much closer to natural fruit solids. Commercial strawberry puree may be around 8° Brix, while mango puree is commonly around 14–16° Brix depending on variety. Concentrated puree formats have higher solids.
When is puree more suitable than concentrate?
Puree is usually more suitable when the formulation benefits from fruit body, pulp, texture, viscosity or visible fruit character. This is common in yogurt, smoothies, fillings, sauces, frozen desserts and fruit preparations.
When is concentrate more suitable?
Concentrate is useful when the manufacturer wants high fruit solids or flavor intensity with less added water. It can also improve transportation efficiency and provide easier solids control in beverages, bakery, confectionery and sauces.
Can NFC juice be used outside beverages?
Yes. NFC juice can be used in dairy products, sauces, marinades, fermentation and other applications when its water content and single-strength characteristics fit the formulation.
Which specifications should buyers request?
Typical specifications include Brix, pH, titratable acidity, specific gravity, color, clarity or pulp, viscosity where relevant, microbiological limits, ingredient statement, origin, packaging, storage requirements and certifications.
Which applications use fruit ingredients most often?
Major uses include beverages, brewing, cider, dairy, yogurt, bakery, confectionery, frozen desserts, jams, fruit preparations, salad dressings, barbecue sauces, marinades, baby foods and prepared foods.
Are the technical values on this page guaranteed specifications?
No. They are representative commercial examples. Actual Brix, acidity, pH, pulp, viscosity, packaging and storage requirements vary by product, crop, origin and supplier. Commercial purchases should be based on the current supplier specification and certificate of analysis.