Bulk Highly Branched Cyclic Dextrin Supplier in China
SusCarb™ Dextrin is a premium carbohydrate used in sports nutrition that enhances exercise performance and provides fast and sustained energy.
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What is Highly Branched Cyclic Dextrin?
Highly Branched Cyclic Dextrin, also known as HBCD or Cyclic Cluster Dextrin (CCD), is a premium-performance carbohydrate produced from waxy corn starch through enzymatic modification to form a highly branched cyclic structure. It is not derived from a botanical herb but from food-grade starch sources, primarily corn. While the CAS number for Highly Branched Cyclic Dextrin is not yet universally standardized, its structural backbone is based on cyclic dextrin; β-Cyclodextrin carries CAS 7585-39-9 (molecular formula C₄₂H₇₀O₃₅), and HBCD’s formula and molecular weight vary slightly depending on branching modifications, though it remains a ring of glucose units linked by α-1,4-glycosidic bonds. HBCD is typically available in specifications of ≥80% assay, with common commercial purities exceeding 90% by HPLC. It appears as a white, neutral-tasting powder, highly soluble in water, producing a clear solution with excellent stability and rapid gastric emptying for superior bioavailability and sustained energy release. Standard packaging is 20 kg per drum. ProVita Biotech is the leading bulk Highly Branched Cyclic Dextrin supplier in China, offering OEM and private-label formats including capsules, tablets, beverages, powders, energy gels, sachets, liquids, gummies, and more.
What is SusCarb™ Dextrin?
SusCarb™ Dextrin is a branded Highly Branched Cyclic Dextrin (HBCD) with patent number CN 118791636 B, developed by ZymeBase as a premium sports-nutrition carbohydrate for fast and sustained energy. It helps solve common training challenges such as energy drops, slow recovery, and digestive stress. Internal tests show 137% higher exercise performance than glucose and 42% higher than maltodextrin, along with faster free-radical clearance. With very low osmolarity (1/30th of glucose), SusCarb™ allows rapid nutrient absorption and offers strong flexibility for sports drink and energy formulations.
- Branded HBCD with patent CN 118791636 B
- Fast and sustained energy release
- 137% better performance than glucose
- 42% better performance than maltodextrin
- Very low osmolarity for quicker absorption
- Supports faster free-radical removal
- Highly soluble and clean tasting
- Easy to formulate with electrolytes and vitamins
- Ideal for energy gels, sports drinks, and hydration powders
Highly branched cyclic dextrin vs Maltodextrin
Overall, Highly Branched Cyclic Dextrin (HBCD) is considered the better choice for sports nutrition and endurance formulas due to its lower osmolality, faster gastric emptying, more sustained energy release, less sweetness, and greater formulation flexibility compared with maltodextrin. When comparing maltodextrin vs cluster dextrin vs dextrose, HBCD (Cluster Dextrin) offers the most stable energy curve and the least digestive discomfort, making it the premium option for high-performance athletes, energy drinks, and hydration formulas. Maltodextrin remains widely used because of its affordability, but HBCD provides superior bioavailability and performance.
| Item | Highly Branched Cyclic Dextrin (HBCD / Cluster Dextrin) | Maltodextrin |
|---|---|---|
| CAS Number | Not unified; based on cyclic dextrin structure. Common reference: β-Cyclodextrin 7585-39-9 | 9050-36-6 |
| Other Names | Cluster Dextrin, HBCD, Highly Branched Dextrin | Corn Maltodextrin, Starch Hydrolysate |
| Molecular Formula | Variable; based on C₄₂H₇₀O₃₅ (β-cyclodextrin backbone) | (C₆H₁₀O₅)n |
| Molecular Weight | High molecular weight; varies by branching | 500–3,000 Da depending on DE value |
| Appearance | White powder | White powder |
| Food Sources | Derived from waxy corn starch via enzymatic modification | Derived from corn, rice, or potato starch |
| Specifications | ≥80% assay; common purity ≥90% HPLC | DE 5–20; standard maltodextrin specification |
| Purity | High purity premium-grade carbohydrate | Commercial-grade carbohydrate |
| Sweetness | Very low sweetness (almost neutral) | Slightly sweet depending on DE |
| Glucose Units | More glucose units per molecule (cluster structure) | Short linear chains of glucose |
| Bioavailability | High; fast gastric emptying and smooth absorption | High but can cause spikes in blood sugar |
| Osmolality | Very low (up to 1/30th of glucose); excellent for hydration | Higher osmolality; slower gastric emptying |
| Potency for Endurance | Superior sustained energy release; reduced fatigue | Quick energy but shorter duration |
| Gastric Comfort | Excellent; minimal bloating | May cause stomach discomfort during intense activity |
| Dosage | 10–30 g per serving for sports nutrition | 10–30 g per serving |
| Half-Life | Longer energy curve due to slow, steady breakdown | Shorter; fast rise and fall in energy |
| Stability | Highly stable in beverages, gels, and RTDs | Stable but may affect viscosity in formulas |
| Mixability | Excellent; dissolves clear in water | Good but may form slight cloudiness |
| Popularity | Increasing in high-end sports formulas and hydration drinks | Very popular due to low cost and wide availability |
| Pricing | Higher; premium ingredient (approx. USD 6–20/kg) | Lower-cost (approx. USD 1.5–5/kg) |
| Main Benefits | Fast and sustained energy, low osmolality, rapid gastric emptying, less sweetness, stable mixing | Quick energy, affordable, easy to source |
| Best For | Endurance athletes, pre-workout, intra-workout, hydration drinks | Mass-market sports drinks, meal replacements, general carbs |
HBCD Certificate of Analysis(COA)
The Certificate of Analysis (COA) for SusCarb™ Dextrin, the branded Highly Branched Cyclic Dextrin exclusively distributed by ProVita Biotech for ZymeBase Inc., confirms its superior purity, safety, and compliance with global quality standards. Each batch, such as Batch No. 2025032401, is tested with validated methods including HPLC, ICP-MS, GC-MS/LC-MS, USP<61>, USP<2022>, USP<731>, and AOAC 900.02. The COA shows an Assay (HBCD content) of 90.0% (spec ≥80.0%), moisture at 4.0%, ash at 0.1%, dextrose equivalent <1.0%, and sugars <1.0%. Heavy metals meet strict limits with Lead ≤0.2 mg/kg (ND), Arsenic 0.07 mg/kg, and Cadmium/Mercury ND, while residual pesticide and aflatoxin tests comply with EU Regulation 396/2005. Microbial results are exceptionally clean, with TPC <100 CFU/g, Yeast & Mold <10 CFU/g, and Salmonella/E. coli negative. SusCarb™ Dextrin is packaged in 20 kg drums with double-layer PE liners and manufactured in China under strict quality control, meeting all specifications outlined in the COA . With certifications including USDA Organic, FSSC 22000, Halal, and Kosher, SusCarb™ Dextrin meets international standards and third-party quality expectations, reflecting ProVita Biotech’s commitment to product safety and reliability for sports nutrition manufacturers and distributors.
Application
Energy Powder
Highly Branched Cyclic Dextrin is ideal for premium energy powders thanks to its fast yet sustained energy release, clean taste, and excellent solubility. It dissolves instantly, supports smooth digestion, and delivers steady fuel for pre-workout, intra-workout, and endurance formulas.
Energy Bar
In energy bars, Highly Branched Cyclic Dextrin provides a stable carbohydrate source that enhances endurance without excessive sweetness. Its low osmolality and slow-release profile help maintain performance while improving texture and formulation stability.
Energy Gel
Highly Branched Cyclic Dextrin is widely used in energy gels for athletes who need quick energy without stomach discomfort. Its rapid absorption, low gastric load, and smooth viscosity make it perfect for long-distance running, cycling, and high-intensity sports.
Jelly Drink
In jelly drinks, HBCD offers clean, consistent energy with excellent mouthfeel and clarity. Its high solubility and low osmolality allow formulators to combine electrolytes, vitamins, and amino acids for efficient hydration and performance support.
SusCarb™ Dextrin Manufacturing Process
The production of SusCarb™ Highly Branched Cyclic Dextrin follows a controlled, food-grade manufacturing system built around strict CCP and OPRP safety points to ensure purity, stability, and performance. The process begins with raw material acceptance and storage, followed by gelatinization, where waxy corn starch is fully hydrated and prepared for enzymatic action. Next, enzymatic hydrolysis takes place, using approved processing enzymes to convert the starch into highly branched cyclic structures. After the hydrolysis step, the material undergoes bleaching for color and purity improvement, followed by filtration (OPRP-1) to remove impurities. The liquid is then sterilized through UHT treatment (CCP-2) to eliminate microbial risks and ensure product safety. After sterilization, the solution is concentrated to the desired solid content and transferred to spray drying, transforming it into a fine, free-flowing white powder. The dried powder is filled through final packaging control (OPRP-2) into 20 kg drums with double PE liners, ensuring product integrity and extended shelf life. Each batch undergoes strict quality checks and third-party testing, confirming 90% HBCD purity and full compliance with international standards including FSSC 22000, USDA Organic, Halal, and Kosher, guaranteeing the safety and reliability required for global sports nutrition and functional food applications.
Highly Branched Cyclic Dextrin Benefits
- Sustained intra-workout energy for endurance, strength, and high-intensity training
- Enhanced post-workout muscle recovery with stable carbohydrate replenishment
- Boosts sports performance by delivering clean, efficient fuel without digestive discomfort
- Optimizes physiological response with minimal blood sugar and insulin spikes
- Low osmolality for superior absorption, supporting faster gastric emptying and smoother digestion
- Reduces sour and bitter tastes in functional foods and beverages, improving overall flavor
- Highly soluble and fast mixing, ideal for powders, drinks, gels, and ready-to-consume products
- Highly versatile for sports drinks, energy gels, pre-workout, intra-workout, bars, and jelly beverages
- Clean taste and stable formulation, perfect for advanced hydration and performance formulas
Where to buy bulk SusCarb™ Dextrin?
ProVita Biotech Co., Ltd. is the leading Highly Branched Cyclic Dextrin supplier in China, offering premium SusCarb™ Dextrin directly from our GMP-certified factory with full Kosher, Halal, and FSSC22000 certificates. As the exclusive distributor of ZymeBase’s SusCarb™, we provide Highly Branched Cyclic Dextrin bulk, ensuring 90% purity, third-party testing, and stable global supply for sports nutrition brands. If you are looking to Buy 100% High Branched Cyclic-Dextrin Carbs, ProVita Biotech delivers competitive wholesale pricing, OEM services, and flexible formats including capsules, tablets, beverages, powder, energy gel, sachets, liquids, and gummies. SusCarb® is a versatile ingredient ideal for Cyclic Dextrin Carbohydrate Powder applications, and we also support private-label development with free samples for qualified buyers. Contact ProVita Biotech to source high-quality HBCD from a trusted China factory supplier, ready for large-scale production and international shipment.
FAQs
No. Dextrose provides very fast energy but causes sharp blood sugar spikes and digestive stress. Highly Branched Cyclic Dextrin offers sustained energy, lower osmolality, faster gastric emptying, and better performance for sports nutrition formulations.
No. Maltodextrin is a linear starch hydrolysate, while HBCD is a cyclic, highly branched carbohydrate produced through enzymatic restructuring. HBCD delivers smoother digestion, improved endurance, and superior absorption compared with maltodextrin.
HBCD has a unique cluster structure with lower osmolality, faster gastric emptying, and longer-lasting energy. Maltodextrin is cheaper but digests quicker and may cause stomach discomfort during intense exercise.
Yes. HBCD is a clean-performance carbohydrate with low sweetness, minimal GI distress, and stable energy delivery. ProVita Biotech’s SusCarb™ Dextrin undergoes third-party testing and meets global GMP, Halal, Kosher, and FSSC22000 standards.
SusCarb™ is ZymeBase’s branded Highly Branched Cyclic Dextrin, patented under CN 118791636 B, exclusively distributed by ProVita Biotech. It delivers fast and sustained energy with ultra-low osmolality and premium 90% purity.
This refers to Highly Branched Cyclic Dextrin (HBCD), also known as Cluster Dextrin, engineered through controlled enzymatic branching to improve solubility, absorption, and endurance performance.
Yes. “Cyclic Dextrin,” “Cluster Dextrin,” and HBCD generally refer to the same high-performance carbohydrate derived from enzymatically modified waxy corn starch.
Dextrose is a single glucose molecule. Dextrins are chains of glucose molecules. HBCD is a specialized dextrin with a cyclic, highly branched structure providing superior energy stability.
HBCD is produced from waxy corn starch through gelatinization, enzymatic hydrolysis, controlled branching, filtration, sterilization (UHT), concentration, and spray drying. ProVita Biotech supplies HBCD with 90% purity and full third-party verification.
ProVita Biotech supplies ≥80% assay type and ≥90% purity premium-grade SusCarb™ Dextrin verified by HPLC, meeting international standards.
Our HBCD is certified with Halal, Kosher, USDA Organic, GMP, FSSC22000, and supported by third-party quality testing for heavy metals, microbiology, and pesticides.
Standard MOQ is 20 kg (one drum). Bulk OEM and large-scale orders from 500–5,000 kg are supported.
Yes. We offer OEM for capsules, tablets, beverages, powders, energy gels, sachets, liquids, and gummies using SusCarb™ Dextrin as the core carbohydrate ingredient.
Pricing depends on purity, quantity, and contract terms. ProVita Biotech offers competitive wholesale factory pricing and stable supply for long-term partnerships.
Highly Branched Cyclic Dextrin has excellent stability, low viscosity, and high solubility, making it ideal for sports drinks, energy gels, jelly drinks, and RTD formulas.