Your Trusted Partner in High-Purity HA Solutions with Full Molecular Weight Control and Global Application Reach
Located in Wuhu City, Anhui Province, we are a comprehensive chemical manufacturer with over 15 years of industry excellence. As a trusted hyaluronic acid supplier, we specialize in delivering customized HA solutions that span the full range of molecular weights, purity levels, and application scenarios. Backed by a team of more than 100 experienced professionals, our company combines cutting-edge biotechnology with rigorous quality standards to serve global markets with unmatched consistency. Our business covers three major sectors—cosmetic raw materials, pharmaceutical ingredients, and food and health products. Within each domain, hyaluronic acid plays a pivotal role as a functional and high-value ingredient, supporting diverse product development and innovation.
Molecular formula: C₉H₈O Appearance: Light yellow to yellow liquid Odor: Smell: burnt wood balm with cinnamon Extraction method: Steam distillation Solubility: Insoluble in water and glycerin, easily soluble in alcohol, ether and petroleum ether. Can volatilize with water vapor
CAS: 79725-98-7 molecular formula:C38H66O6 molecular weight: 618.9 g/mole Appearance: White crystal or powder. Solubility: Insoluble in water, slightly soluble in alcohol, soluble in toluene and hot isopropyl palmitate. Effect: This product has functions such as brightening, sun protection, and spot removal. It is used as a beauty additive in cosmetics. Reference addition amount: 1.0~5.0%.
Chemical Name: 3-Pyridinecarboxamide Alternative Names: Vitamin B3, Vitamin PP CAS: 98-92-0 Appearance: White granular or crystalline powder, odorless or nearly odorless, with a bitter taste. Physical and Chemical Properties: Melting Point: 128~131℃ Boiling Point: 150~160℃ (at 0.07 kPa) Flash Point: 182℃
Multi-Tier Product System: Solutions from Feed Grade to Injectable Grade
As a vertically integrated hyaluronic acid supplier, we offer a tiered product portfolio designed to meet specific regulatory, performance, and economic needs across diverse markets.
1. Feed Grade HA
Fermented from non-GMO strains and used in animal nutrition
Promotes joint health, enhances coat condition, and supports immune response in livestock and pets
Applied in poultry, equine, and swine feed additives
2. Food Grade HA
Compliant with GB 1886.372-2023 and global food safety standards
Heavy metal and microbial levels significantly lower than global benchmarks
Widely used in functional beverages, beauty gummies, oral supplements, and yogurt-based product
3. Pharmaceutical HA
Produced under GMP conditions with sterile environments and injectable-grade standards
Endotoxin and protein residual levels exceed European Pharmacopoeia guidelines
Utilized in intra-articular injections, ophthalmic viscoelastic devices, and wound dressings
4. Cosmetic Grade HA
Refined through multi-step chromatography and membrane filtration
Free of skin irritants and allergens
Incorporated in serums, facial masks, creams, toners, and sunscreens targeting hydration and anti-aging
Our hyaluronic acid supplier operations are built on a vertically integrated, closed-loop system—ensuring full traceability and product integrity from raw materials to final packaging. Key Components of Our Quality System:
Raw Materials: Non-GMO glucose and food-grade yeast extract
Fermentation: Strictly controlled temperature and pH conditions
Purification: Multi-layer ultrafiltration, chromatography, and enzymatic hydrolysis
Sterilization & Packaging: Clean-room processes with sterile containers, tamper-proof seals
Certifications and Testing Protocols:
ISO 9001, ISO 22000, GMP, and HACCP compliant
Protein, moisture, endotoxin, and microbial testing for every batch
Animal testing–free processes in accordance with international ethical standards
Precise Molecular Weight Control: Covering 1 kDa to 2,000+ kDa
Advanced Synthesis and Biotechnological Innovation As a hyaluronic acid supplier with deep expertise in synthetic biology and fermentation technology, we offer HA products with precisely controlled molecular weights ranging from ultra-low (1 kDa) to ultra-high (over 2,000 kDa). Our proprietary fermentation platforms and enzymatic degradation technologies enable directional synthesis that supports functional customization for end-use industries.
Low Molecular Weight HA (1–10 kDa)
Enables rapid dermal penetration
Used in anti-aging serums, microneedling solutions, and injectable skin boosters
Stimulates collagen regeneration and improves skin elasticity
Medium Molecular Weight HA (50–200 kDa)
Provides strong water-retention capabilities
Creates a protective skin barrier
Found in facial creams, moisturizers, lotions, and masks
High Molecular Weight HA (>1,000 kDa)
Delivers a plumping and volumizing effect
Suitable for dermal fillers, eye lubricants, and orthopedic viscosupplements
Offers hydration retention for up to 12 months in medical-grade applications
Thanks to continuous innovation, we’ve achieved a 90% cost reduction in production while retaining the performance of each HA grade, ensuring competitive advantage for our clients.
Cost Leadership Through Process Optimization and Sustainability
Cost efficiency is key in the increasingly competitive HA market. As a seasoned hyaluronic acid supplier, we have implemented a series of strategic improvements to reduce operational costs while increasing output:
Fermentation yield increased from 6 g/L to 14 g/L through metabolic pathway engineering
Energy-efficient processes reduce power usage by 25% per batch
Green enzymatic hydrolysis replaces harsh chemicals, decreasing wastewater generation by 90%
Recycled solvents and biodegradable packaging materials contribute to a lower environmental footprint
These measures not only support profitability for clients but also position us as a sustainable partner in the global HA supply chain.
We provide a full spectrum from 1 kDa to over 2,000 kDa. This enables us to support applications ranging from deep-skin penetration serums to orthopedic injections.
Yes, as a certified hyaluronic acid supplier, our cosmetic-grade HA is dermatologically tested and hypoallergenic. Our food-grade HA complies with GB and international food safety regulations.
This article explores the optimal way to use hyaluronic acid and niacinamide in your skincare routine. It discusses the benefits of both ingredients, the correct order of application, and how long to wait between them. By following these guidelines, you can enhance your skin's hydration and overall appearance effectively.
This article explores the compatibility of glycolic acid and niacinamide in skincare routines. It discusses the benefits of each ingredient, how to use them together, and potential side effects. By understanding their properties, readers can effectively incorporate both into their regimen for enhanced skin health and appearance.
This article explores the compatibility of glycolic acid and niacinamide in skincare. It discusses their individual benefits, how to incorporate them into a routine, and tips for safe usage. The conclusion emphasizes that these ingredients can work together effectively, enhancing skin health and appearance.
This article explores the compatibility of tretinoin and niacinamide, two powerful skincare ingredients. It discusses their individual benefits, potential side effects, and how to effectively incorporate them into a skincare routine. The article concludes that these ingredients can be used together for enhanced skin health, while also addressing common misconceptions and providing answers to frequently asked questions.
This article explores the compatibility of niacinamide with various skincare ingredients, highlighting what not to mix with it, including vitamin C, AHAs, BHAs, retinol, harsh exfoliants, and alcohol-based products. It provides guidance on safe usage practices, layering techniques, and the importance of patch testing, ensuring readers can maximize the benefits of niacinamide while avoiding irritation.
This article explores the effectiveness of vitamin E oil in treating scars, highlighting its antioxidant properties and moisturizing benefits. However, scientific evidence suggests that vitamin E may not significantly improve scar appearance and can cause skin irritation. Alternative treatments like silicone gel and laser therapy are recommended for better results.
This article explores the relationship between vitamin E oil and acne, discussing its benefits, potential drawbacks, and safe usage tips. While vitamin E oil can provide hydration and healing, it may cause breakouts for some individuals, particularly those with oily skin. Understanding your skin type and using the oil in moderation can help maximize its benefits while minimizing adverse effects.
This article explores the benefits of vitamin E oil for eczema, highlighting its moisturizing and anti-inflammatory properties. While it cannot cure eczema, vitamin E oil may help manage symptoms and improve skin health. The article also provides guidance on usage, potential side effects, and answers to common questions about vitamin E oil and eczema.
This article explores the antifungal properties of vitamin E oil, discussing its mechanisms of action, practical applications, and benefits for skin and nail health. While vitamin E oil shows promise in treating fungal infections, it is best used in conjunction with other treatments. Always consult a healthcare professional before use.
This article explores the differences and similarities between fish oil and vitamin E, two popular dietary supplements. Fish oil is rich in omega-3 fatty acids, beneficial for heart and brain health, while vitamin E serves as a powerful antioxidant, promoting skin health and immune function. Understanding their unique properties can help individuals make informed dietary choices.
Tranexamic acid is a synthetic amino acid derivative used to reduce excessive bleeding, particularly in heavy menstrual bleeding and surgical settings. It works by inhibiting the breakdown of blood clots, thus stabilizing them. While generally safe, it may cause side effects like gastrointestinal issues and headaches. Patients should consult healthcare providers for personalized advice and monitoring.
Tranexamic acid is a synthetic derivative of lysine, primarily used for its antifibrinolytic properties to manage bleeding disorders. It works by inhibiting plasminogen activation, stabilizing blood clots, and is widely used in surgical, trauma, obstetric, and dental settings. While generally safe, careful patient selection is crucial to minimize risks. Ongoing research continues to explore its applications and formulations.
This article discusses tranexamic acid, an antifibrinolytic medication used to reduce bleeding. It outlines dosing intervals, typically every 6 to 8 hours, and factors influencing these schedules, including patient-specific considerations. Side effects and precautions are also highlighted, emphasizing the importance of individualized treatment plans.
Tranexamic acid is a synthetic derivative of lysine used primarily as an antifibrinolytic agent to manage bleeding disorders. It works by inhibiting the breakdown of fibrin, stabilizing blood clots, and significantly reducing blood loss in various medical scenarios. Its applications range from treating heavy menstrual bleeding to minimizing blood loss during surgeries and trauma. While generally well-tolerated, potential side effects include gastrointestinal issues and a risk of blood clots.
Tranexamic acid is an antifibrinolytic agent used to control bleeding. While it stabilizes blood clots, concerns about its potential to cause blood clots exist, particularly in certain populations. A thorough assessment of risk factors and careful monitoring are essential for safe use.
The sugar phosphate backbone is a crucial component of nucleic acids, providing structural integrity and stability to DNA and RNA. It plays a vital role in biological processes such as DNA replication, transcription, and translation, and has significant applications in biotechnology and genetic engineering. Understanding the sugar phosphate backbone is essential for comprehending the molecular basis of life.
This article explores the role of kinases in adding phosphate groups to substrates, a process known as phosphorylation. It discusses the types of kinases, their mechanisms of action, and their significance in cellular processes and disease. The article also highlights the future of kinase research in drug development and personalized medicine.
This article explores the nature of phosphate, focusing on its role in agriculture and the debate over its renewability. Phosphate is primarily sourced from nonrenewable phosphate rock, raising concerns about future supply as global demand increases. Sustainable practices, including recycling and innovative agricultural techniques, are essential for managing phosphorus resources effectively.
Sodium aluminium phosphate is an inorganic compound widely used in food, pharmaceuticals, and industrial applications. It serves as a leavening agent, emulsifier, and source of phosphorus in food products. Recognized as safe by the FDA, it plays a crucial role in various formulations while raising environmental and health considerations.
This article explores the presence of trisodium phosphate (TSP) in breakfast cereals, detailing its functions such as pH regulation, texture improvement, and color stabilization. It addresses safety concerns, clarifying that TSP is considered safe by regulatory bodies. The article encourages consumers to read labels and make informed dietary choices regarding food additives.
As a global hyaluronic acid supplier, we serve a variety of industries beyond cosmetics and medicine. Our diversified product applications demonstrate HA’s functional versatility:
1. Aesthetic Medicine
We developed a proprietary crosslinked HA gel specifically for neck rejuvenation with up to 24-month efficacy, addressing a unique niche in anti-aging treatments.
2. Food & Beverage
Consumers are increasingly seeking beauty-from-within products. Our high-absorption HA powder is used in collagen shots, kombucha drinks, and hydration candies.
2. Veterinary & Animal Nutrition
HA supports joint function, skin resilience, and growth in young and aging animals. We provide bulk HA powders for commercial animal feed brands.
4. Agriculture & Soil Conditioning
Our HA-based soil enhancers improve water retention by 30% and help reduce the need for chemical fertilizers, making farming more sustainable.
5. Pharmaceutical and Solutions
HA’s biocompatibility and viscoelasticity make it an essential ingredient in eye surgeries, arthritis treatments, and scar repair formulations.
6. Sports Nutrition & Recovery
We are developing water-soluble HA formats for joint support supplements aimed at athletes and fitness-focused consumers.
Let's Build Better Products Together
As a leading hyaluronic acid supplier, we combine deep industry knowledge with high-performance biotechnology to meet evolving global demands. Whether you're developing advanced aesthetic injectables, oral hydration solutions, or sustainable soil treatments, we provide the formulation flexibility, compliance, and support you need to succeed. From precision molecular weight control to comprehensive quality assurance and low-carbon manufacturing, our HA products are designed for performance, safety, and scalability. Contact us to explore how we can collaborate on your next innovation.
WUHU TIANCI CHEMICAL CO., LTD is a comprehensive enterprise with profound background and innovative strength in the fields of cosmetic raw materials, pharmaceutical raw materials and food additives.