Explore our foundational range of highly digestible, bioactive, and functional proteins custom-engineered for nutritional enrichment, cosmetic formulations, and industrial integration.
The global dietary and manufacturing landscape is undergoing a massive shift towards plant-based alternatives. However, standard plant proteins often face critical limitations: low solubility, poor digestibility, allergenicity issues, and incomplete amino acid profiles. To address these challenges, advanced biotechnology relies on enzymatic hydrolysis to break down complex plant proteins into highly bioavailable peptides.
Our Hydrolyzed Plant Protein Blend represents a state-of-the-art solution that combines multiple plant protein sources (such as rice, soy, oat, and wheat) optimized via targeted proteolytic cleavage. This process yields a refined product rich in low-molecular-weight oligopeptides. These short-chain amino acids bypass normal digestive degradation and are directly absorbed by the intestinal wall or hair follicles, delivering rapid biological activity.
Enzymatic hydrolysis reduces large protein macromolecules into small peptides (<1000 to 2000 Daltons), ensuring rapid digestion and immediate cellular absorption.
Acts as an outstanding natural emulsifier, stabilizer, and moisture binder. Offers excellent clarity in neutral-pH beverages without gritty sedimentation.
By blending complementary plant protein sources (e.g., rice and legume), we establish a complete PDCAAS score, matching reference animal proteins.
Hangzhou Fderla Biology Co., Ltd. is a professional hydrolyzed protein manufacturer and bioactive peptide supplier based in Hangzhou, China. The company focuses on the research, development, production, and global export of high-quality protein hydrolysates for food, cosmetic, and nutritional applications.
With advanced biotechnology processes and strict quality control systems, Fderla Biology produces a wide range of hydrolyzed protein ingredients, including plant-based, animal-based, and marine-derived protein peptides. These materials are widely used in functional foods, dietary supplements, skincare formulations, hair care products, and sports nutrition solutions.
The company integrates modern enzymatic hydrolysis technology with scientific formulation expertise to ensure high bioavailability, easy absorption, and stable performance of its protein products. Each batch is carefully tested to meet international standards for purity, safety, and effectiveness.
Hangzhou Fderla Biology Co., Ltd. supports OEM and customized solutions for global clients, including ingredient formulation optimization, technical support, and bulk supply services. With a strong focus on innovation and sustainable biotechnology, the company continuously develops new functional peptide solutions for emerging market needs. By combining scientific research, production excellence, and global service capability, Fderla Biology has become a trusted partner in the hydrolyzed protein and bioactive peptide industry, delivering reliable and high-performance ingredient solutions worldwide.
The functional performance of a protein is directly linked to its structure. Raw plant proteins are tightly folded globulins with low water solubility. Our enzymatic hydrolysis process uses specific exopeptidases and endopeptidases to cut the peptide bonds at targeted positions. This exposes hydrophilic functional groups, drastically improving solubility across a wide pH range.
This biochemical optimization achieves key functional changes:
| Protein Source | Target Applications | Average Molecular Weight | Key Functional Properties |
|---|---|---|---|
| Hydrolyzed Rice Protein | Cosmetics, Hair Care, Hypoallergenic Formula | 500 - 1500 Da | High skin substantivity, moisture retention, gluten-free |
| Hydrolyzed Soy Protein | Sports Supplements, Meat Alternatives, Sauces | 1000 - 3000 Da | Rich glutamic acid content, savory taste enhancer, clean dispersion |
| Hydrolyzed Oat Protein | Dry Hair Treatments, Anti-irritant Skincare | 800 - 2000 Da | Soothes sensitive skin, repairs hair cuticles, forms protective films |
| Hydrolyzed Wheat Protein | Volumizing Conditioners, Styling Gels | 1500 - 4000 Da | Deeply penetrates hair fibers, increases thickness, repairs structural damage |
As a leading Chinese supplier and exporter, Hangzhou Fderla Biology Co., Ltd. blends local manufacturing advantages with global quality standards. This combination gives our international partners a strong competitive edge.
Our key advantages include:
We source local, non-GMO plant crops directly from contracted agricultural zones, securing a stable supply and full raw material traceability.
Our plant operates state-of-the-art enzymatic reaction tanks and automated spray-drying towers, delivering consistent, large-scale production runs.
An integrated supply chain and optimized energy management allow us to offer highly competitive wholesale pricing without sacrificing quality.
Additionally, our strategic location in Hangzhou provides fast logistical access to major container ports like Ningbo and Shanghai. This allows us to offer shorter shipping windows, reliable freight scheduling, and easy export customs handling for all international orders.
Our Hydrolyzed Plant Protein Blend is a versatile ingredient designed to meet the technical demands of multiple global industries:
In cosmetics, hydrolyzed plant peptides (specifically rice, oat, and wheat) act as natural skin-conditioning agents. They penetrate the stratum corneum to boost hydration, smooth micro-wrinkles, and stimulate collagen synthesis. For hair care, they bind to damaged keratin fibers, filling in structural gaps to build volume, strengthen strands, and protect against heat styling.
Standard plant proteins often precipitate and leave a gritty texture in acidic or neutral RTD beverages. Our specialized enzymatic hydrolysis ensures our plant protein blends remain fully soluble and clear over time. This makes them perfect for protein-infused waters, wellness shots, and clean-label functional foods.
Post-exercise recovery relies on fast amino acid delivery. Hydrolyzed plant peptides are pre-digested, meaning they are absorbed faster than intact proteins. This triggers rapid protein synthesis, accelerates muscle repair, and reduces recovery times for athletes.
Modern animal farming requires highly digestible, hypoallergenic feed ingredients to boost growth and survival rates. Our yeast hydrolysates and hydrolyzed plant proteins provide premium, bioavailable peptides that strengthen immunity and support gut health in fish, shrimp, crabs, and young livestock.
For B2B buyers, regulatory compliance and product safety are non-negotiable. At Hangzhou Fderla Biology Co., Ltd., we back our products with strict testing and quality assurance protocols to guarantee batch-to-batch consistency and complete safety.
Our quality assurance framework includes:
As the plant-based market matures, several key trends are shaping the future of hydrolyzed plant protein blends:
Using machine learning to match enzyme combinations with specific plant proteins, allowing us to target precise bioactive peptide sequences and improve functional results.
Removing synthetic additives. Brands are using hydrolyzed plant proteins as natural, multi-functional ingredients that replace chemical stabilizers and emulsifiers.
Upcycling agricultural by-products (like rice bran and oat hulls) into high-value protein hydrolysates to minimize waste and lower carbon footprints.
Hangzhou Fderla Biology Co., Ltd. remains at the forefront of these innovations. We continually update our processing technologies and invest in green manufacturing to supply our global partners with sustainable, next-generation ingredients.
Browse our specialized plant and animal peptide derivatives. These formulations are optimized for cosmetic treatments, targeted nutritional therapies, and high-performance animal nutrition.
Our extraction plants, filtration units, spray drying setups, and packaging lines are built to the highest safety and sanitary design standards. View our advanced operational environments below:
Fderla Biology
