Crosslinked Sodium Hyaluronate Gel for Dermal Filling
Crosslinked Sodium Hyaluronate Gel for Dermal Filling
Crosslinked Hyaluronic Acid Gel Supplier
Crosslinked Sodium Hyaluronate Gel is a high-performance, medical-grade viscoelastic biomaterial engineered for dermal filling, soft tissue augmentation, and functional medical applications. Utilizing advanced multi-crosslinking technology, this product forms a stable and uniform three-dimensional network structure with a precisely controlled crosslinking degree (typically 6%–8%, customizable), ensuring optimal balance between elasticity, viscosity, and durability.
Hyaluronic acid is a naturally occurring polysaccharide widely distributed in human connective tissues, especially in the skin, joints, and extracellular matrix. However, native hyaluronic acid is rapidly degraded in vivo. Through chemical crosslinking, its structural stability is significantly enhanced, allowing prolonged residence time and improved mechanical performance.
This gel provides long-lasting support and precise shaping capabilities, with an in vivo duration ranging from 6 to 18 months depending on formulation and injection depth. The product features ultra-low residual BDDE levels (<1 μg/ml) and controlled endotoxin content, meeting stringent safety requirements for medical and aesthetic use.
Available in multiple particle sizes and viscosity grades, this product is suitable for superficial to ultra-deep injections, enabling targeted wrinkle correction, facial contouring, volumization, and joint lubrication applications.
Description
Crosslinked Sodium Hyaluronate Gel – Medical Grade Injectable Material
Crosslinked Sodium Hyaluronate Gel is an advanced biomaterial designed for precision medical and aesthetic applications. By applying multi-crosslinking technology, the product achieves a highly stable three-dimensional network that enhances resistance to enzymatic degradation and ensures long-lasting performance in vivo.
This product is widely used in dermal fillers, orthopedic viscosupplementation, and post-surgical anti-adhesion solutions, making it a versatile material for both medical and aesthetic industries.

1.Core Technology – Multi-Crosslinking System
The gel is developed using a controlled crosslinking process that ensures:
• Crosslinking degree precisely controlled between 6%–8% (customizable)
• Uniform and stable 3D network structure
• Excellent viscoelastic properties
• Low endotoxin levels
• Ultra-low BDDE residue (<1 μg/ml)
This optimized network structure enhances mechanical strength while maintaining injectability and biocompatibility.
2.Key Functional Benefits
2.1Long-Lasting Effect
Crosslinking significantly slows enzymatic degradation, allowing the gel to remain effective for 6–18 months depending on application.
2.2Precise Contouring and Shaping
The gel maintains structural integrity after injection, enabling accurate facial sculpting and volumization.
2.3High Biocompatibility
As a naturally occurring substance in the human body, hyaluronic acid ensures excellent tolerance and safety.
2.4Superior Viscoelasticity
The balanced elasticity and viscosity make it suitable for both aesthetic filling and medical lubrication.
2.5Safety and Purity
Low residual crosslinking agent and controlled impurities ensure compliance with strict medical-grade standards.
3.Product Specifications
3.1Injection Depth & Particle Size
Superficial Layer: 100–300 μm
Middle Layer: 300–600 μm
Deep Layer: 500–800 μm
Ultra-Deep Layer: 800–1000 μm
3.2Concentration
20–24 mg/ml (customizable)
3.3Syringe Volume
1 ml / 2 ml / 10 ml (customizable formats)
3.4Duration
6–12 months (superficial to deep)
12–18 months (ultra-deep)
3.5Storage Conditions
2–8°C, protected from light
4.Application Areas
4.1Aesthetic Medicine
fine lines correction
lip enhancement
facial contouring
nasolabial folds
cheek augmentation
chin shaping
deep wrinkle filling
4.2Medical Applications
joint lubrication (viscosupplementation)
post-surgical anti-adhesion
soft tissue repair
5.Customization (OEM / ODM)
Tailored solutions are available for global partners:
custom crosslinking degree
particle size adjustment
viscosity and rheology tuning
private label packaging
application-specific formulations
6.Quality & Regulatory Compliance
Manufactured under strict international standards:
ISO13485
ISO9001
cGMP
HACCP
FSSC22000
REACH
Halal & Kosher
Ensures global market compatibility and regulatory acceptance.
7.Manufacturing Process Overview
Step 1: Raw sodium hyaluronate preparation
Step 2: Controlled crosslinking reaction
Step 3: Formation of 3D gel network
Step 4: Purification and removal of residual agents
Step 5: Homogenization and particle sizing
Step 6: Sterile filling
Step 7: Final inspection and packaging
8.Packaging & Storage
Sterile prefilled syringes
Cold-chain transportation recommended
Store at 2–8°C
| Cross-linked sodium hyaluronate powder | |||
| Specification | CSHA | CDHA | CWHA |
| GelType | Biphasic | Monophasic | Micro-crosslinked |
| Usage Ratio | 1.0-2.5% | 0.5-2.5% | 0.2-2.0% |
| Elastic Modulus(G’) | 1000-1100 Pa | 260-470 Pa | 130-300 Pa |
| Viscous Modulus (G”) | 280-310Pa | 50-150Pa | 50-150Pa |
| Applications | Fillers, Drug Carriers | Fillers, Joint Lubrication, Drug Carriers | Mesotherapy Joint Lubrication, (skin booster) Drug Carriers |
| Storage Temperature | Below-15°C | ||
| Biphasic Crosslinked Sodium Hyaluronate Gel | ||||
| Specification | Superficial Layer | MiddleLayer | DeepLayer | Ultra-Deep Layer |
| Concentration | 20-24mg/ml | 20-24mg/ml | 20-24mg/ml | 20-24mg/ml |
| Syringe Volume | 1ml/2ml | 1ml/2ml | 1ml/2ml | 10ml |
| GelParticle Size(um) | 100-300 | 300-600 | 500-800 | 800-1000 |
| Duration | 6-12 months | 6-12months | 6-12 months | 12-18months |
| Indications | Correction of forehead, periorbitaland perioral fine lines | Wrinkle and lip lift treatments | Lip augmentation and faciacontouring (cheeks,jawline) | Breast and buttock augmentation |
| StorageTemperature | 2-8°C | |||
Crosslinked Sodium Hyaluronate FAQ
1. What is crosslinked sodium hyaluronate?
Crosslinked sodium hyaluronate is a chemically modified form of hyaluronic acid designed to provide enhanced stability, improved viscoelasticity, and longer-lasting performance compared with non-crosslinked hyaluronic acid.
2. What is the typical crosslinking degree?
The standard crosslinking degree is typically between 6% and 8%, and can be adjusted based on formulation requirements and application needs.
3. How long does crosslinked sodium hyaluronate last in vivo?
Its duration generally ranges from 6 to 18 months depending on injection depth, formulation design, particle size, and treatment area.
4. What is the residual BDDE level?
The residual BDDE content is strictly controlled below 1 μg/ml to meet international safety standards for medical aesthetic applications.
5. Is crosslinked sodium hyaluronate suitable for dermal fillers?
Yes, it is widely used in dermal filler manufacturing due to its excellent viscoelasticity, stability, and volumizing performance.
6. Can it be used for orthopedic joint injections?
Yes, crosslinked sodium hyaluronate is commonly used in viscosupplementation products for osteoarthritis and joint lubrication therapy.
7. Do you offer OEM/ODM services?
Yes, we provide full OEM/ODM customization including formulation adjustment, concentration customization, packaging design, and private labeling services.
8. What certifications are available?
Available certifications include ISO, GMP, Halal, Kosher, and other compliance documents based on customer requirements and destination markets.
9. Is the product sterile?
Yes, the product is manufactured under sterile production conditions and can meet medical-grade sterility requirements.
10. What packaging options do you provide?
We offer multiple packaging options including prefilled syringes, sterile vials, and customized packaging formats in various sizes.






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