Chelated Minerals Market

The chelated minerals market witnessed significant growth over the last few years and is projected to register a CAGR of 7.47% during the forecast period. The major growth drivers are an increase in the production of compound feed and a rise in the need for animal protein in the diet of people. However, the strict regulatory framework regulating the maximum amounts of various minerals that are permitted in feed products limits the market growth. There is an opportunity for the bioavailability of minerals has increased for players operating in the chelated minerals market with the challenge of excessive costs associated with the use of minerals as an additive during the forecast period.

Compound feed is also known as blended feed, which is a mixture of several ingredients that includes protein sources, grains, minerals, and vitamins, created to offer all the vital nutrients essential by livestock. From the past few years, there has been a remarkable growth in the development of compound feed, and this trend is expected to carry on in the upcoming years. One of the key drivers of the increased development of compound feed is the increase in global population. With a growing demand for food, there is a requirement to surge food development, that includes dairy products, meat, and eggs. This demand has led to the growing production of livestock, and as a result, an increase in the demand for compound feed to meet the nutritional needs of the animals. Another factor which is impacting the growing production of compound feed is the development of new cutting-edge technology. The usage of the latest machinery and equipment has made the manufacturing of compound feed more efficient and cost-effective. That has resulted in a growth in the scale of production, and a cutting in the cost of feed, that makes it more accessible to farmers, especially those in emerging countries.

Moreover, the growing awareness of animal welfare and the producing of safe and healthy food products has led to the advancement of high-quality and nutritionally balanced compound feed. This has resulted in a decrease in animal health problems, such as digestive disorders, and an improvement in animal performance, including obesity and improvement in reproductive performance. For instance, according to the Alltech Agri-Food Outlook, the compound feed production has grown to 1235.5 million metric tons in 2021 with a growth rate of 2.3%. At the same period of time, the production of pig feed increased 310.2 million tons, on the other hand the advancement of poultry feed had grown 509.7 million tons. To conclude, the increase in the development of compound feed is driven by the growth of the global population, development of new cutting-edge technology, and the growing awareness of animal welfare. This market trend is expected to continue in the upcoming future, as the demand for food will stay high along with the rising demand for safe and healthy food products will also remain high.

Chelated minerals are a form of mineral supplementation that can increase the bioavailability of minerals in the body. A chelate is a complex molecule formed by the combination of a mineral ion with a chelating agent. This molecular structure enhances the stability and solubility of the mineral, making it easier for the body to absorb and utilize.

Studies have shown that chelated minerals are more bioavailable compared to inorganic minerals. For example, a study published in the Journal of Agricultural and Food Chemistry found that the bioavailability of iron was higher when it was consumed in a chelated form compared to inorganic iron. Another study published in the International Journal of Food Sciences and Nutrition found that the bioavailability of zinc was significantly higher in chelated zinc supplements compared to zinc sulfate supplements. In addition to increasing the bioavailability of minerals, chelated minerals have other benefits over inorganic minerals. Chelated minerals are more stable and less prone to degradation, which means that they have a longer shelf life. They are also less likely to react with other substances in the digestive system, reducing the risk of adverse interactions and side effects. The use of chelated minerals in animal nutrition has become increasingly popular in recent years, as farmers and animal nutritionists look for ways to improve the health and productivity of their livestock. A study published in the Journal of Dairy Science found that supplementing dairy cattle with chelated minerals improved their health, increased milk production, and reduced the incidence of disease.

In summarize, chelated minerals can provide a more bioavailable form of mineral supplementation, which can improve the health and performance of both humans and animals. With increasing evidence of the benefits of chelated minerals, it is likely that their use will continue to grow in the years to come.

The use of chelated minerals in animal feed has become increasingly popular due to their improved bioavailability and increased efficiency compared to inorganic minerals. However, it is important to regulate their use to prevent the buildup of toxic levels in animal tissues and to ensure their safe and effective use in feed products.

As per MRFR Analysis, in 2019, In the European Union, the permissible levels of chelated minerals in the feed are regulated by Commission Regulation (EC) No 1831/2003, which establishes maximum levels for the use of certain feed additives, including chelated minerals. This regulation sets the maximum levels for copper, iron, manganese, and zinc, based on their chemical form, and intended use. For example, copper chelates are limited to 25 mg/kg to 170 mg/kg in complete feed and feed materials, while zinc chelates are limited from 150 mg/kg to 200 mg/kg. In the United States, the Food and Drug Administration (FDA) regulates the use of chelated minerals in animal feed through its Center for Veterinary Medicine (CVM). The CVM evaluates the safety and efficacy of chelated minerals and sets limits for their use in animal feed, based on factors such as the animal species, life stage, and intended use. For example, the FDA has established a maximum limit of 150 mg/kg for zinc chelates in swine feed.

It is important to note that chelated minerals can provide a number of benefits to animal health, including improved mineral absorption, increased feed efficiency, and reduced mineral losses through excretion. However, excessive levels of chelated minerals can lead to toxicities and imbalances in the animal's system. For example, excessive copper can cause liver damage and decreased growth, while excessive zinc can interfere with iron and copper metabolism.

The stringent regulatory framework helps to ensure the safe and effective use of chelated minerals in animal feed. This includes regular review and updating of the permissible levels based on new scientific evidence and advancements in testing methods. It is also important for feed manufacturers to adhere to these regulations and to use chelated minerals in accordance with the established guidelines. Finally, the regulatory framework governing the permissible levels of chelated minerals in feed products is essential for ensuring animal health and safety, and for maintaining the integrity of the food chain for humans. The maximum levels for copper, iron, manganese, and zinc are established based on scientific evidence and regular review to ensure their safe and effective use in animal feed.

The high cost of chelated minerals in animal feed has been a concern point for the livestock and poultry industry. The chelated minerals have been the essential substances for the animal feed which offers several benefits, involving the health benefits and the growth of the livestock and poultry, including the increasing egg production and improvement in quality of meat. But the high cost of these chelated minerals could be a burden for farmers and feed manufacturers or producer. One of the key reasons for the high cost of chelated minerals is the import and export duties imposed by governments. These duties can increase the overall cost of the minerals, making it more expensive for farmers to access them. Another factor contributing to the high cost of chelated minerals is the cost of production. The high cost of raw materials, as well as the energy and labor involved in the manufacturing process, can drive up the price of these minerals. Moreover, the cost of research and development to improve the effectiveness and quality of chelated minerals also adds to the overall cost.

The demand and supply dynamics in the global market also play a role in determining the price of chelated minerals. If the demand for these minerals is high, it can lead to increased prices, as suppliers may be able to charge more for a limited resource. On the other hand, if there is an oversupply of chelated minerals, it can lead to a decrease in price. Finally, there is a growing trend towards using high-quality chelated minerals in animal feed, which has further increased their prices. As farmers and feed manufacturers seek to improve the health and growth of their animals, they are willing to pay more for high-quality minerals that have been proven to be effective. For instance, a study conducted by the Novus International Company found that the use of chelated minerals in poultry feed resulted in a 7% increase in average body weight and a 4.1% increase in egg production compared to poultry fed a diet without chelated minerals.

In conclusion, the high prices associated with chelated minerals as an additive in animal feed are influenced by various factors, including import and export duties, cost of production, demand and supply dynamics, and the trend toward using high-quality minerals. Despite the high prices, many farmers and feed manufacturers believe that the benefits of chelated minerals outweigh the costs, making them a valuable investment in the long term.