Animal Nutrition
Acidification by Species
Precision matching by animal type with a differentiated acidifier matrix
Full-Process Acid Control
Deep intervention across five application scenarios from raw materials to farm sites
Feed raw material scenario
- Addressing the pain points of feed raw materials, such as susceptibility to mold growth, toxin production, and nutrient loss during high-temperature processing, we employ a combination of acidifiers and anti-mold and heat-resistant technologies. These measures inhibit mold proliferation, protect heat-sensitive nutrients, extend the shelf life of raw materials, and reduce losses. By addressing the root causes, we ensure feed safety and prevent mold poisoning and nutritional deficiencies in pigs.
Feed quality scenario
- Focusing on issues such as microbial contamination of feed, granule pulverization, low granulation efficiency, and oil oxidation, we propose a compound acidifier solution to sterilize and inhibit bacteria, enhance granule stability and granulation capacity, while also providing antioxidant, mold-proof, and water retention properties. This comprehensive approach aims to improve feed quality and palatability, reduce waste and processing costs, and is suitable for antibiotic-free farming.
Digestive nutrition scenario
- Focusing on the pain points of high feed-to-meat ratio, slow growth, uneven mixing of powder additives, and high loss in fattening pigs, the use of compound acidifiers activates digestive enzymes, improves nutrient absorption rate, reduces feed-to-meat ratio, and shortens fattening period; meanwhile, the implementation of automatic liquid addition achieves uniform and efficient feeding, reducing costs and increasing efficiency.
Intestinal health scenario
- In response to the increased occurrence of diarrhea after the ban on antibiotics, as well as the environmental and health risks posed by high zinc and copper levels, an acidifier-based alternative to antibiotics is proposed to inhibit harmful bacteria and repair intestinal mucosa, thereby preventing and controlling enteritis and diarrhea. By optimizing intestinal absorption, zinc and copper levels can be reduced, reducing heavy metal residues and pollution, and ensuring the health of pigs and compliance with farming regulations.
Scene of aquaculture site
- Addressing issues such as feed line contamination, unclean drinking water, high ammonia levels in the housing, disease stress, and production bottlenecks in sow and piglet production, we offer an integrated acidification solution: cleaning feed and water lines, improving the housing environment, enhancing the immunity of the pig herd, alleviating various stresses, and specifically improving sow reproductive performance and piglet survival rates, achieving safe and efficient farming throughout the entire process.
Intelligent addition scheme
The intelligent additive system, with fully automatic control, high-precision metering, and a digital closed-loop throughout the entire process as its core strengths, covers five major scenarios: raw material preservation, feed quality improvement, cost reduction and efficiency enhancement, nutrient absorption, and healthy breeding. It achieves precise additive dosing, uniform mixing, dust-free operation, and zero loss, completely solving the problems of large errors, low efficiency, and high costs associated with traditional additive methods. The system is suitable for both feed production enterprises and large-scale breeding operations, helping enterprises stabilize quality, improve efficiency, and reduce overall costs. It provides efficient and reliable intelligent automation equipment support for the feed and breeding industries.
