The global zinc methionine chelates market size was valued at USD 13.6 million in 2023 and is projected to reach a value of USD 24.9 million by 2032, registering a CAGR of 6.9% during the forecast period (2024-2032). Growing consumer awareness of animal nutritional requirements and inadequacies is predicted to increase consumption of feed additives, driving the zinc methionine chelates market share.
Zinc methionine chelates are a type of mineral chelate used in animal nutrition to increase the bioavailability and efficiency of zinc, an essential mineral. These chelates are formed by connecting zinc ions with the amino acid methionine. This bonding mechanism increases zinc's stability and solubility, allowing animals to absorb and utilize the mineral more effectively. The rising occurrence of animal-related diseases, such as avian flu and foot-and-mouth disease (FMD), is one of the primary reasons driving market expansion.
Furthermore, increased public awareness of animal nutritional inadequacies is boosting market expansion. Zinc methionine chelate-enriched animal feed promotes the production of high-quality, disease-free meat products appropriate for human consumption. Because of this, the increased use of chelated minerals as a nutritional supplement for domesticated animals, particularly in metropolitan areas, is driving market expansion.
Furthermore, product advancements, such as introducing organic and natural feed products, boost the growth of zinc methionine chelate. Other factors, such as strong growth in the agriculture industry and extensive R&D efforts, are expected to propel the market even more.
In recent years, there has been a significant movement in the cattle business toward stressing animal health and nutrition. Livestock producers increasingly understand the need to feed their animals with appropriate nutrition to boost growth rates, reproductive performance, and overall well-being. In India, total meat production in 2022-23 was 9.77 MT, up 5.62% from 2020-21. As of September 2023, India's cow herd is predicted to be 307.5 million head, including 194.2 million bovine dairy cattle and 113.3 million water buffaloes. Consumer demand for sustainably produced and ethically sourced animal products has increased scrutiny of the livestock industry's animal care and nutrition standards.
As a result, there is an increasing demand for products made from animals fed high-quality diets that suit their nutritional needs. The European Feed Manufacturers' Federation (FEFAC) emphasizes the need for feed additives, such as mineral chelates, to enhance animal health and performance. FEFAC emphasizes using new feed solutions to solve nutrient deficiencies and promote sustainable animal production techniques.
Furthermore, the growing focus on animal nutrition and health has spurred demand for advanced nutritional supplements such as zinc methionine chelates, which have higher bioavailability and absorption than inorganic zinc sources. Zinc methionine chelates are increasingly used in livestock formulations to provide appropriate zinc intake, optimize nutrient utilization, and support overall animal health and performance.
One of the most significant barriers to the zinc methionine chelates industry is their greater price than traditional zinc supplements. Zinc methionine chelates are made via a more complex manufacturing process that involves the chelation of zinc ions with methionine amino acids, which raises production costs. Zinc methionine chelates can cost USD 10 to USD 100 per kilogram. On Amazon, a 50mg Source Naturals Zinc Chelate container has 100 tablets and costs USD 7.61. Livestock producers, particularly those in price-sensitive markets or countries with limited financial resources, may be unwilling to invest in high-cost chelated minerals, preferring cheaper options.
Furthermore, livestock producers may favor cost-effective animal nutrition solutions in areas where profit margins are thin and input costs are tightly watched, preferring zinc oxide or zinc sulfate over chelated minerals. Furthermore, zinc methionine chelates are becoming more expensive as raw materials and production costs rise. The economic viability of integrating zinc methionine chelates into animal feed formulations is determined by feed conversion efficiency, animal performance gains, and possible ROI. Livestock producers may only hesitate to invest in expensive chelated minerals if they demonstrate demonstrable advantages and cost reductions over time.
Thus, the high cost of zinc methionine chelates compared to standard zinc supplements is a considerable barrier to market entry and uptake, especially in price-sensitive market niches. Manufacturers of zinc methionine chelates may need help convincing livestock farmers to transition from lower-cost options to premium-priced chelated minerals, necessitating a demonstration of their products' superior value proposition and return on investment.
Ongoing advances in animal nutrition science and technology present potential for innovation and product development in the zinc methionine chelates market. Microencapsulation technology advancements allow for the creation ofhighly stable and bioavailable zinc methionine chelates, enhancing their solubility, dispersibility, and shelf life in animal feed formulations. For example, in 2024, Lubrizol will introduce LIPOFER microcapsules, displaying numerous methods for delivering iron with optimal performance. These solutions address difficulties like iron's unpleasant taste, reactivity, interaction with other components, and color change. They also improve iron absorption with minimal stomach irritation while delivering a pleasant taste, encouraging users to follow the recommended daily amounts.
Additionally, companies supply bespoke zinc methionine chelate blends adapted to certain animal species, production phases, and nutritional requirements, giving targeted solutions to meet a wide range of consumer needs. Balchem's zinc product, Z-Life™, is a nutritionally beneficial zinc amino acid chelate. As a result, it is not absorbed in the gut in the same way as zinc salts. Balchem's zinc is absorbed intact and not ionized.
Furthermore, product diversification techniques may include value-added features like slow-release formulations, flavor enhancers, and immune-boosting chemicals, which provide benefits beyond essential mineral supplementation. Customized blends and value-added features offer clients tailored solutions to match their needs, increasing customer loyalty and satisfaction. Manufacturers who invest in R&D, quality assurance, and product differentiation are well-positioned to seize market opportunities and acquire market share in the competitive zinc methionine chelates market.
| Study Period | 2020-2032 | CAGR | 6.9% |
| Historical Period | 2020-2022 | Forecast Period | 2024-2032 |
| Base Year | 2023 | Base Year Market Size | USD 13.6 million |
| Forecast Year | 2032 | Forecast Year Market Size | USD 24.9 million |
| Largest Market | Asia Pacific | Fastest Growing Market | North America |
The global zinc methionine chelates market analysis is conducted in North America, Europe, Asia-Pacific, the Middle East and Africa, and Latin America.
Asia-Pacific is the most significant global zinc methionine cheats market shareholder and is estimated to grow at a CAGR of 6.5% over the forecast period. Asia-Pacific accounted for over 35% of the zinc methionine chelate market revenue. Increased consumer spending, rising consumption of animal products, and a thriving animal feed industry are projected to drive the regional zinc methionine chelate market. Increased feed additives production and exports from critical nations such as China and Japan are expected to help drive market expansion. Zinc methionine chelates are primarily used to improve animal health, raise reproductive rates, and minimize the incidence of certain diseases.
Additionally, growing consumption of meat and meat products in the region has necessitated a focus on animal health and hygiene, which has increased demand for feed additives. As a result, increased demand for feed additives is expected to drive expansion in the region's zinc methionine chelate market. Zinc methionine chelate producers in India continually work to provide chelated zinc methionine with a 1:1 molar ratio of macro minerals such as magnesium and calcium and micro or trace minerals such as zinc in a methionine solvent. As the process improves zinc's protection from being bound up by antagonisms such as iron and other related particles as a metal during digestion, such product forms allow zinc to remain a part of organic molecule structures that can be absorbed in specific body parts such as the jejunal area of the small bowel.
North America is anticipated to exhibit a CAGR of 6.6% over the forecast period. Chelated zinc methionine has a higher bioavailability than other metals and ligands, driving demand in the United States. When a chelated mineral is used for fortification or supplementation, the binding formed with the metal substantially impacts the substance's bioavailability. Like all other metals, zinc was more successful in translocating with chelates. Balchem in the United States sells goods under the brand Metalosate®, created using the company's Albion® Technology, and has been shown to boost bioavailability in animals, humans, and plants. It contains zinc chelates with methionine, significantly impacting cellular proliferation and transcription processes, lowering oxidative stress, improving immunity, and balancing blood pH.
Furthermore, US animal feed laws have permitted using zinc methionine chelate as a feed additive. It is given to swine feed and dietary supplements to help pigs grow and thrive. Zinc chelate of methionine sulfate, a zinc methionine chelate, has been approved for animal feed following safety and efficacy tests.
European countries such as Germany, France, and Italy have seen an increase in meat consumption in recent years, prompting producers to seek disease-free, high-quality animal products. Furthermore, increased demand for high-quality meat and meat products is expected to propel the feed additives market in the region. This, in turn, is predicted to increase the need for zinc methionine chelates in the feed additives business.
Moreover, the region's aquaculture industry is experiencing a significant need for chelated minerals. This is due to the increased consumption of seafood products such as fish, lobster, crabs, and prawns. Rising consumer income levels and increased seafood consumption increase aquaculture demand in France.
We can customize every report - free of charge - including purchasing stand-alone sections or country-level reports
The global zinc methionine chelates market is segmented based on form and application.
The market is further segmented by form into Powder, Liquid, andGranules.
Powdered zinc methionine chelates are one of the most widely accessible forms on the market. This form allows for easier handling and blending into animal feed compositions. It is quickly diffused and combined with other feed ingredients, resulting in consistent dispersion of the chelated mineral throughout the feed matrix. Powdered formulations frequently offer dosing flexibility, allowing for exact control over the concentration of zinc methionine in the feed. Additionally, powders have a longer shelf life and are less expensive to make and transport.
Furthermore, animals require zinc methionine chelate powder for various purposes, including reproduction, immunity, hoof and skin integrity, milk production, muscle growth, and eggshell quality. These reasons are expected to help grow the zinc methionine chelate market share. A nutritional supplement derived from zinc methionine chelates can be added to animal feeds to improve the health and growth of cattle, poultry, and aquaculture. Zinc methionine chelates may be a beneficial feed additive in the future as demand for high-quality animal products increases.
Liquid formulations of zinc methionine chelate are easier to handle and apply. They can be added directly to liquid feed or blended with premixes and supplements. Liquids are preferred when the chelated mineral needs to be dispersed uniformly and absorbed quickly. Liquid formulations may also give dosing flexibility, allowing for precise modulation of zinc methionine levels in response to individual nutritional requirements. However, liquid products may require particular storage and handling conditions to preserve stability and prevent degradation over time.
The market can be bifurcated by application into food and beverage, pharmaceuticals and dietary supplements, and the animal feed industry.
Zinc methionine chelates are primarily used as nutritional supplements in the food and beverage sector. Supplementary food products contain zinc, an essential mineral for human health. Zinc methionine chelates can be used in various food and beverage applications, including fortified cereals, dairy products, functional beverages, and nutritional bars. These chelates improve zinc bioavailability and absorption, ensuring customers get enough of this critical mineral in their diet. Food makers may utilize zinc methionine chelates to address zinc insufficiency issues while improving their products' nutritional profile in response to consumer demand for functional and fortified foods.
Zinc methionine chelates are used as active ingredients in various formulations aimed at nutritional deficits and health concerns. These chelates provide accessible zinc, essential for many physiological functions in the body, such as immunological function, wound healing, and enzyme activity. Zinc methionine chelates may be added to multivitamin-mineral supplements, immune support formulations, and other dietary supplements to enhance overall health and well-being.
Additionally, zinc methionine chelates have exceptional bioavailability, which enables efficient zinc delivery to the body, making them a favorite choice for formulators looking for high-quality components for their products. Lonza Capsules & Health Ingredients offers a zinc mono-L-methionine product called L-OptiZinc®, which has better retention, absorption, cell protection, and antioxidant capabilities due to its 1:1 methionine and zinc combination.
