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Stevia Leaf Extract Steviol Glycosides

Stevia Leaf Extract Steviol Glycosides

1.Source: Stevia Leaves (Stevia rebaudiana Bertoni)
2.Extraction Type:Purification
3.Specification: Steviol Glycosides 90% / Reb A 50%–98% / Customized
4.Appearance: Fine White Powder
5.Bulk Density: 0.40–0.70 g/ml
6.Test Method: HPLC
7.Solubility: Soluble in Water
8.Residual Solvent: Complies with USP/EU Standards
9.Applications: Beverages/Food Products/Dietary Supplements
10.MOQ: 1kg
11.Package: 1–25kg or customized
12.Sample: 10–50g Sample For Free
13.Storage: Store in a cool, dry place in a sealed container away from heat, moisture and direct sunlight
14.Certificates: ISO22000, Kosher, Halal, Organic (EU), USDA, FSSC22000, FDA, SGS, cGMP
15.Shelf life: 2 years, Available in bulk, Private Label / OEM & ODM
Business Use Only

Product Introduction

Botanical Cube Inc. is one of the most professional manufacturers and suppliers of stevia leaf extract steviol glycosides in China, featured by quality products and good price. Please rest assured to wholesale bulk discount stevia leaf extract steviol glycosides from our factory.

 

Sweetness You Can Control from Sample to Production

Stevia Leaf Extract (Steviol Glycosides) is more than a high-intensity sweetener-the right glycoside profile determines how a finished product actually tastes. Our 90% Steviol Glycosides can be supplied with adjustable Reb A profiles to help control sweetness intensity, aftertaste, and taste consistency across different formulations.

 

Derived from Stevia rebaudiana leaves, our Stevia Extract Powder is suitable for beverages, food products, and dietary supplements. Depending on the application, profiles can be adjusted around Reb A, Stevioside, Reb M and Reb D, giving formulators more control over taste rather than relying on a single standard grade.COA, samples, bulk supply and customized specifications are available for formulation trials and commercial production.

 

Stevia Leaf Extract Steviol Glycosides 3

 

Why our Stevia Leaf Extract

1. Taste stays consistent when you scale up
We control the glycoside balance so the taste stays stable from pilot to mass production.

 

  • Reb A range: 50%–98% adjustable
  • Controlled bitterness at source level (not masking later)
  • Batch taste variation kept within ~±3%

 

👉 This is mainly why beverage and RTD brands switch suppliers after scale-up issues.

 

2. Built for "real systems", not lab conditions

Stevia behaves differently in cold drinks, acidic systems, and powders. We separate specifications based on application instead of offering one generic grade.

 

  • Beverage-grade: faster dissolution, cleaner finish
  • Acid-stable grade: better performance in low pH drinks
  • Supplement-grade: stable under compression (tablets/gummies)

 

👉 This avoids reformulation when moving across product types.

 

3. Bitterness control is done at ingredient level

Instead of fixing bitterness with extra flavors or sweeteners, we reduce it through glycoside structure control.

 

  • Stevioside controlled under ≤10% typical range
  • Minor glycosides adjusted for smoother sweetness curve
  • Cleaner aftertaste without additional masking systems in many cases

 

COA

 

Item Specification Result Test Method
Product Name Stevia Leaf Extract Powder Complies Visual
Active Ingredient Steviol Glycosides ≥ 95% HPLC
Rebaudioside A (Reb A) ≥ 50% (adjustable grade) 52.3% HPLC
Stevioside ≤ 10% 6.8% HPLC
Rebaudioside C ≤ 2% 1.1% HPLC
Other Glycosides Balance Complies HPLC
Appearance White to off-white fine powder Conforms Visual
Odor Slight herbal characteristic Conforms Sensory
Taste Clean sweet, slight stevia note Conforms Sensory
Particle Size 95% pass 80 mesh 96.4% pass Sieve analysis
Loss on Drying ≤ 5.0% 3.2% USP method
Ash Content ≤ 1.0% 0.6% Gravimetric
pH (1% solution) 4.5 – 7.0 5.8 pH meter
Heavy Metals (as Pb) ≤ 1.0 mg/kg <0.3 mg/kg ICP-MS
Lead (Pb) ≤ 0.5 mg/kg 0.12 mg/kg ICP-MS
Arsenic (As) ≤ 0.3 mg/kg 0.08 mg/kg ICP-MS
Cadmium (Cd) ≤ 0.1 mg/kg <0.05 mg/kg ICP-MS
Mercury (Hg) ≤ 0.1 mg/kg <0.02 mg/kg ICP-MS
Residual Solvents Meets USP requirements Complies GC
Total Plate Count ≤ 1,000 cfu/g 120 cfu/g Microbial test
Yeast & Mold ≤ 100 cfu/g 18 cfu/g Microbial test
E. coli Negative Negative USP
Salmonella Negative / 25g Negative USP
Storage Cool, dry place, sealed Complies Standard
Shelf Life 24 months 24 months Stability data

 

What is actually happening in the market

Stevia is now widely used in low-sugar and sugar-free product development, but expectations have shifted beyond simple sugar replacement.

In real applications, brands are dealing with recurring issues such as bitterness appearing in certain formulations, sweetness feeling thin or incomplete in beverages, performance differences between cold and hot systems, and inconsistency between lab samples and production batches.

 

Because of this, sourcing is no longer just about stevia itself - it is increasingly about Stevia Extract Powder systems that remain stable and predictable during scale-up production.

 

How we handle Stevia in real applications

We don't treat Stevia Leaf Extract as a fixed ingredient. Instead, we adjust it based on how it will actually be used in your product.

 

This includes balancing glycoside composition, especially Reb A ratios, to reduce bitterness at the source level. We also adjust the sweetness structure so it feels closer to sugar rather than sharp or hollow sweetness. At the same time, we focus on keeping performance stable across different production batches and ensuring compatibility in both hot-fill and cold beverage systems.

 

The aim is straightforward:

once your formula is set, the ingredient should not force continuous reformulation.

 

Key Production Considerations

From a manufacturing point of view, performance depends more on processing control than raw sweetness level.

 

  • Glycoside ratio control (especially Reb A / Stevioside balance) is critical for taste consistency
  • Spray drying conditions affect solubility and dispersion behavior
  • Moisture control (<5%) is important for stability in powder systems
  • Particle size distribution impacts dissolution speed in beverages
  • Over-purification can sometimes reduce sweetness roundness, not improve it

 

Formulation Tips

Stevia works best in blended sweetening systems, not standalone use

 

  • Acidic beverages (pH <4) require acid-stable steviol glycoside profiles
  • Dairy systems need flavor balancing agents to smooth perception gap
  • Tablets and gummies require bulk sweetener pairing for mouthfeel
  • Always test in final packaging condition, not only lab solution

 

Common Applications

Stevia Leaf Extract (Steviol Glycosides / Stevia Extract Powder) is mainly used where sugar reduction is required without adding calories.

 

  • RTD beverages (tea, coffee, energy drinks, flavored water)
  • Functional drinks (vitamin drinks, electrolyte drinks, wellness shots)
  • Dairy alternatives (almond milk, oat milk, yogurt drinks)
  • Dietary supplements (tablets, capsules, powders, gummies)
  • Bakery & snacks (low-sugar cookies, bars, health foods)
  • Pharmaceutical syrups / oral liquids (taste masking support)

 

Recommended Dosage

Usage depends heavily on sweetness target and Reb A content, but in real formulations:

 

  • Beverages: 0.02% – 0.08% (200–800 mg/L typical range)
  • Powder drinks: 0.05% – 0.15%
  • Tablets / supplements: 0.1% – 0.5% (blended sweetener system)
  • Dairy systems: 0.01% – 0.05% (due to flavor sensitivity)
  • Bakery products: usually combined with other sweeteners (very low direct use)

 

👉 Practical note: Stevia is usually not used alone, but blended with erythritol, allulose, or maltodextrin for better taste balance.

 

FAQs

 

Q1: Why does stevia taste bitter or have aftertaste?
This is usually caused by higher stevioside ratio or low-grade extract.

Solution: use higher Reb A / Reb M adjusted steviol glycosides and control minor glycosides.

In some cases, blending with sugar alcohols improves taste roundness.

 

Q2: Why is sweetness different between batches?
Often due to inconsistent glycoside composition.
Solution: require standardized Reb A percentage and controlled impurity profile.
Also check particle size and dispersion consistency.

 

Q3: Why does stevia perform poorly in cold drinks?
Stevia may dissolve slower and leave uneven sweetness in cold systems
Solution: use beverage-optimized Stevia Extract Powder with improved solubility processing

 

Q4: Can stevia fully replace sugar?
Not always in 1:1 system due to lack of bulk and mouthfeel
Solution: use blending systems (stevia + polyols or fibers) for realistic sugar replacement.

 

Q5: Why does taste change after scaling up production?
Heat, pH, and mixing speed affect glycoside stability
Solution: test under real production conditions (hot-fill, acid systems, shear mixing) before finalizing formula

 

Bulk Stevia Extract Supplier

As a supplier of Stevia Leaf Extract (Steviol Glycosides), we focus on stable batch quality and predictable sweetness behavior in real manufacturing. Our advantage lies in controlled glycoside composition and consistent performance in beverages, powders, and supplement applications. Certified production systems support long-term bulk supply and stable cooperation. Contact us at sales@botanbicalcube.com.

 

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