Explore our top-tier certified inputs engineered for modern agronomy, sustainable crop production, and advanced animal nutrition.
Establishing global benchmarks in agricultural inputs, biotechnology, and sustainable production.
Hangzhou Lenavax Nutrition Co., Ltd., founded over 20 years ago, has been dedicated to delivering innovative and reliable nutrition solutions for both animal and crop industries. With a strong foundation in research, production, and quality control, the company has built a solid reputation for scientific formulation, consistent product performance, and long-term customer trust.
By merging rigorous biochemical analysis with sustainable field practices, our R&D initiatives focus on optimizing nutrient use efficiency, improving soil microbiota, and enhancing systemic resistance in plants and livestock alike.
High-performance protein matrices and feed additives engineered for optimal growth efficiency.
Lenavax initially focused on the development and manufacturing of animal feed additives, including Corn Gluten Meal 60%, Mycoprotein 70%, and Rice Protein Powder 70%. These products are widely used to improve feed efficiency, enhance animal growth, and support overall health.
Backed by advanced processing technology and strict quality management systems, Lenavax ensures stable supply and high nutritional value for global partners, meeting international safety and quality standards.
Scaling organic fertility management and soil conditioning technologies worldwide.
In recent years, the company has strategically expanded its business scope from domestic fertilizer supply to international markets. Its growing portfolio now includes CSL Powder 42%, Organic NPK Fertilizer, and a range of soil conditioners designed to improve soil structure, increase nutrient availability, and promote sustainable agricultural practices.
By integrating animal nutrition and crop nutrition solutions, Lenavax is committed to supporting modern agriculture with efficient, eco-friendly, and scientifically driven products worldwide.
Comprehensive technological supplies covering soil conditioners, precision farming, and clinical health solutions.
Analyzing macro-economic shifts, regenerative agriculture, and biostimulant market evolution.
The global demand for biodynamic and organic farming inputs has experienced exponential growth. Driven by stringent environmental regulations, consumer preferences for chemical-free food products, and the urgent need to restore degraded arable land, agricultural enterprises are actively transitioning toward biological soil amendments. Biodynamic farming inputs—ranging from specialized organic NPK fertilizers to microbial soil conditioners and humic acid granules—form the foundation of this agricultural transformation.
Industry research indicates a compound annual growth rate (CAGR) exceeding 11.5% in the bio-agriculture sector over the next decade. Key growth drivers include precision nutrient management, carbon sequestration farming incentives, and OEM/ODM collaborations that enable regional distributors to access customized, high-potency organic inputs.
Expert answers regarding our OEM/ODM capabilities, product certifications, and global export standards.
With over 20 years of manufacturing excellence, advanced R&D facilities, and strict quality control protocols, Lenavax provides customized formulation, private labeling, and bulk export solutions that comply with international organic standards.
MOQ varies depending on the specific product category (e.g., liquid fertilizers, powder premixes, or granular soil conditioners). We offer flexible OEM/ODM terms to support both emerging distributors and large-scale agricultural enterprises.
Our products undergo rigorous laboratory testing—including heavy metal screening, moisture control, and nutrient assaying—prior to packaging in moisture-resistant, industrial-grade containers designed for international transit.
Yes. Our agronomists and nutritionists specialize in formulating bespoke ratios of organic NPK, humic acids, vitamins, and trace elements to address specific regional climate and soil deficiency challenges.