Ho Chi Minh City (HCMC) stands as the beating heart of Vietnam's industrial and agricultural technology sectors. As the primary gateway to the Mekong Delta—the country's agricultural powerhouse—HCMC has evolved into a critical node for Feed Efficiency Improvement Systems Manufacturers. Factories in this region are no longer just assembly lines; they are centers of innovation where mechanical engineering meets biological science.
The industrial landscape in HCMC and surrounding provinces like Binh Duong and Dong Nai is witnessing a massive shift toward Smart Manufacturing. Local producers are integrating AI-driven monitoring and high-precision pneumatic systems to reduce waste and maximize the nutritional intake of livestock. With the increasing cost of raw materials, the demand for systems that can handle materials like Corn Gluten Meal and Rice Protein Powder with zero loss is at an all-time high.
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.
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.
The move from manual handling to Pneumatic Conveying Systems in HCMC factories has reduced contamination by 99%. These systems are essential for transporting fine powders like CSL Powder and Protein concentrates without dust emission.
Modern feed efficiency is not just about the food; it’s about the water. High-salinity water in the Mekong region requires advanced RO and UF Systems to ensure livestock health and the integrity of bio-slag fertilizers.
Integrating animal nutrition by-products into crop nutrition. The trend in Southern Vietnam is moving toward Organic NPK Fertilizers and soil conditioners to restore the nutrient balance in over-farmed soil.
Large-scale feed mills in the Dong Nai industrial zones utilize our Fluidized Bed Airflow Milling Systems to achieve micron-level particle sizes. This increases the surface area of the protein, allowing for better enzymatic breakdown in the animal's digestive tract, thereby increasing the Feed Conversion Ratio (FCR).
HCMC is a major export hub for coffee. Our Pneumatic Vacuum Conveyor Systems are specifically designed for the hygienic transport of powdered sugar and coffee grounds, preventing clumping in the humid Vietnamese climate.
Factories near the Saigon River are adopting Combined Rotary Sludge Drying Systems. By treating organic waste and drying sludge, these factories produce high-quality organic fertilizers, turning an environmental liability into a profitable asset for the Mekong Delta's fruit orchards.
The brackish water challenges in coastal districts are met with our High-Performance Reverse Osmosis Systems. These provide purified water necessary for the production of specialized aquaculture feed, ensuring that high salinity does not interfere with the chemical stability of feed additives.
In recent years, Hangzhou Lenavax 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. Our factories adhere to:
Lenavax Nutrition
