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Betanin, Betanine, Beetroot Red, Beet Red, Natural Red 18, E162, 7659-95-2, 1390-65-4

Betanin, Betanine, Beetroot Red, Beet Red, Natural Red 18, E162, 7659-95-2, 1390-65-4

Betanin (E162) – Beetroot Red (Natural Red Colorant)

Property Detail
Common Names Betanin, Betanine, Beetroot Red, Beet Red, Natural Red 18
Food Code E162
Color Shade Red to purple-red (violet-red)
CAS Numbers 1390-65-4 (beetroot extract), 7659-95-2 (pure betanin)
Source Natural (beetroot - Beta vulgaris)
Chemical Class Betalain (betacyanin)
Solubility Water-soluble
Form Powder, liquid, or concentrate

What is Betanin (E162)?

Betanin (E162) is a natural red food colorant derived from beetroot (Beta vulgaris). It is the primary pigment responsible for the characteristic red to purple-red color of beetroots. Betanin belongs to the betalain family (specifically betacyanins) and is widely used as a natural alternative to synthetic red dyes.

Note: E162 is also known as Beetroot Red, Beet Red, or Natural Red 18. It is one of the most popular natural red colorants in the food industry.

Key Characteristics:

  • Natural red pigment from beetroot

  • Water-soluble

  • Provides red to purple-red shades

  • Heat and light sensitive

  • No known side effects

  • Suitable for all dietary groups (halal, vegan, kosher)

Source and Production

Source Type Details
Natural Source Beetroot (Beta vulgaris) – red table beet
Extraction Method Pressing or water extraction from beetroot juice
Concentration Spray-dried powder or liquid concentrates
Other Sources Some varieties of cactus fruit, amaranth, and pokeweed (commercially primarily from beetroot)
Active Compound Betanin (main pigment), other betacyanins

Production Process:

  1. Beetroots are harvested and washed

  2. Juice is extracted by pressing

  3. Juice is concentrated (heat treatment)

  4. Spray-dried to produce powder or formulated as liquid

  5. Standardized to desired color strength

Physical and Chemical Properties

Property Value
Appearance Red to purple-red powder or liquid
Solubility Soluble in water (clear red solution)
Color Shade Red to violet-red (pH dependent)
Odor Slightly earthy, characteristic of beetroot
Taste Slightly sweet (beetroot-like)
Heat Stability Low (degrades above 80°C / 176°F)
Light Stability Low (fades with light exposure)
pH Stability Most stable at pH 4-6 (acidic to neutral)
Oxidation Stability Sensitive to oxygen (requires antioxidants)
Maximum Absorption Approximately 535-538 nm (in water)

pH Color Behavior:

pH Level Color
pH < 4 (Acidic) Bright red
pH 4-6 Red to violet-red
pH > 7 (Alkaline) Blue-violet to purple-brown (degrades)

Important: Betanin is most stable in acidic to neutral conditions (pH 4-6) . It degrades rapidly in alkaline conditions (pH > 7) and at high temperatures.

Applications and Usage Areas

Betanin (E162) is used as a natural red colorant in various food products, particularly where heat processing is limited.

1. Food Industry

Product Category Examples Notes
Dairy Products Yogurt, ice cream, strawberry milk, fruit preparations Stable at low temperatures
Confectionery Candies, gummies, jelly beans, frostings Avoid high heat
Beverages Fruit juices, smoothies, soft drinks, sports drinks Pasteurization may reduce color
Bakery Icings, fillings, cake decorations Not suitable for baked products (heat degrades)
Desserts Puddings, jellies, fruit fillings, pie fillings  
Processed Meats Sausages, meat analogues, plant-based burgers Natural red for plant-based meats
Sauces & Dressings Tomato sauce, ketchup, salad dressings, pink sauces  
Fruit Preparations Fruit yogurts, fruit toppings, jam  
Breakfast Cereals Colored cereals, cereal bars (no-bake)  

2. Pharmaceutical Industry

Application Examples
Tablet Coatings Natural red color for coated tablets
Syrups Pediatric syrups, cough syrups (natural coloring)
Supplements Chewable vitamins, gummy supplements

3. Cosmetic Industry

Product Category Examples
Lip Products Lip balms, lipsticks (natural red/pink shades)
Blush Natural powder blushes
Soaps Handmade natural soaps
Hair Care Natural shampoos, conditioners (pink/red shades)

4. Other Applications

Application Examples
Pet Food Natural red color for wet pet food
Natural Dyes Textile dyeing (historical/limited)

Betanin vs. Other Natural Red Colorants

Feature E162 (Betanin) E120 (Carmine) E163 (Anthocyanins) E160d (Lycopene)
Source Beetroot (plant) Insects (cochineal) Fruits/vegetables (plants) Tomato (plant)
Color Shade Red to violet-red Bright red to crimson Red to blue-purple (pH dependent) Red (tomato red)
Water Solubility Soluble Soluble Soluble Insoluble (oil-soluble)
Heat Stability Low (degrades at >80°C) Good Low to moderate Good
Light Stability Low Good Low Good
pH Stability pH 4-6 Stable pH dependent Stable
Halal/Vegan Yes (plant) No (insect) Yes (plant) Yes (plant)
Cost Moderate High Moderate Low to moderate
Natural Claim Yes Yes Yes Yes

Betanin vs. Synthetic Red Dyes

Feature E162 (Betanin) E124 (Ponceau 4R) E129 (Allura Red) E127 (Erythrosine)
Source Natural (beetroot) Synthetic (azo) Synthetic (azo) Synthetic (xanthene)
Color Shade Red to violet-red Bright red Reddish-orange Pink-red
EU Warning Label No Yes Yes Yes
Heat Stability Low High High Moderate
USA Status Permitted Banned Permitted Banned (phased)
Halal/Vegan Yes Yes (synthetic) Yes (synthetic) Yes (synthetic)
Cost Moderate Low Low Low

Safety and Regulatory Status

Question Answer
Is it safe? Yes, betanin is a natural colorant with no known side effects.
ADI (Acceptable Daily Intake) Not specified / Not limited (EFSA – very safe)
Side Effects No known side effects at concentrations used in foods. High doses may cause temporary red/pink discoloration of urine or feces (harmless).
Toxicity Very low toxicity; considered safe for all populations.
Allergens Very rare; individuals with beetroot allergy (uncommon) should avoid.

Regulatory Status:

Region Status Notes
European Union Permitted No restrictions; considered safe
Turkey Permitted Compliant with EU regulations
United States (FDA) Permitted Beetroot extract is GRAS (Generally Recognized as Safe)
Japan Permitted  
Canada Permitted  
Worldwide Permitted Accepted globally as a natural food colorant

Stability Challenges and Solutions

Challenge Effect Solution
Heat Sensitivity Color loss or degradation above 80°C Use in no-heat or low-heat products; add after pasteurization
Light Sensitivity Fading over time Use opaque packaging; protect from light
pH Sensitivity Degrades in alkaline conditions (pH > 7) Use in acidic to neutral products (pH 4-6)
Oxidation Color loss due to oxygen Use antioxidants (ascorbic acid, EDTA); use airtight packaging
Metal Ions Unwanted color changes Avoid metal containers; use glass or plastic

Stability Improvement Tips:

  • Use in refrigerated or frozen products

  • Add ascorbic acid (Vitamin C) as antioxidant

  • Use opaque, airtight packaging

  • Avoid high-temperature processing (>80°C / 176°F)

  • Maintain pH between 4 and 6

Natural Alternatives to Betanin (for specific shades)

Desired Color Alternative Natural Colorant
Bright Red Carmine (E120) – not vegan/vegetarian
Red to Purple Anthocyanins (E163) – from grapes, berries
Stable Red Lycopene (E160d) – from tomatoes (oil-soluble)
Pink to Red Red cabbage extract (anthocyanins)
Vibrant Red Monascus red (natural, limited approval)

Compatibility with Dietary Restrictions

Group Status Explanation
Halal ✅ Permitted Plant-derived (beetroot)
Kosher ✅ Permitted Kosher-certified versions available
Vegan ✅ Permitted Plant-derived, not animal-derived
Vegetarian ✅ Permitted Suitable for all vegetarians
Allergens ✅ No common allergens Does not contain common allergens (rare beetroot allergy possible)

Note: Betanin is suitable for all dietary groups as it is derived entirely from beetroot (plant source).

Storage and Handling

Requirement Recommendation
Temperature Store in a cool place (refrigeration recommended for liquids)
Light Protection Use opaque, light-protective containers
pH Maintain acidic to neutral pH (4-6)
Oxygen Use airtight containers; add antioxidants
Container Glass or plastic (avoid metal)
Shelf Life Powder: 12-24 months; Liquid: 6-12 months (refrigerated)
Degradation Signs Color fading (red to brown) indicates degradation

Summary

Question Answer
What is E162? Betanin (Beetroot Red), a natural red colorant from beetroot.
Is it natural? Yes, it is derived from beetroot (plant source).
What color does it produce? Red to violet-red (pH dependent).
Is it safe? Yes, very safe. No known side effects; ADI not limited.
Is it heat stable? No – degrades above 80°C (176°F).
What products contain it? Yogurt, ice cream, beverages, candies, plant-based meats, supplements.
Is it halal/vegan? Yes (plant-derived).
What are its limitations? Low heat and light stability; pH sensitive; degrades in alkaline conditions.
How is it listed on labels? E162, Betanin, Beetroot Red, Beet Red, Natural Red 18.

Key Takeaway

Betanin (E162 / Beetroot Red) is a natural red colorant derived from beetroot. It provides attractive red to violet-red shades and is widely used as a natural alternative to synthetic red dyes (E124, E129, E127).

Advantages:

  • Natural (plant-derived)

  • No warning label required

  • No known side effects

  • Suitable for all dietary groups (halal, vegan, kosher)

  • Water-soluble

Disadvantages:

  • Low heat stability (degrades above 80°C)

  • Low light stability (fades with light)

  • pH sensitive (unstable in alkaline conditions)

  • Limited application (not suitable for baked goods or high-heat processing)

Best Used For: Products that are not subjected to high heat, such as yogurt, ice cream, beverages (cold), confectionery (low-temperature), frozen desserts, and plant-based meat analogues. Best stored in opaque, airtight containers at refrigerated temperatures.

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