Microencapsulation Market

Microencapsulation Market Size, Growth (2023-2028)

The global Microencapsulation Market size was assessed to be USD 6.3 billion in 2022, and it is predicted that it will reach USD 11.8 billion by 2028 at a CAGR of 11.4% during the outlook period. The global market is also driven by rising acceptance of specialty detergents and demand from the paint and coating industry.

Market Overview:

Microencapsulation has been a recognized term in the pharmaceutical industry, but it is a new concept in the food industry. It is one of the most promising technologies for controlled drug delivery. Microparticles provide a variety of features as a drug delivery system, including effective protection against degradation of the encapsulating agent, easy administration, and the like. Microencapsulation is a technology that allows chemically active ingredients to be packaged in protective layers. This shell promotes the slow and sustained release of ingredients. The ingredients can be of various types depending on the end-use industry. In pharmaceuticals, microencapsulation is used to surround the active pharmaceutical ingredient. This increases efficiency by promoting continuous API release.

Recent Developments in Microencapsulation Industry:

• In November 2016, BASF declared that it will team up with Davis University of California to grow new microencapsulation innovations. The college has built up an innovation that consolidates a few vitality concentrated procedure ventures into a modernly proficient and versatile splash drying step.

Microencapsulation Market Growth:

The use of microencapsulated products in various industries is increasing, the demand for pharmaceuticals and pesticides is increasing, and the demand for functional foods is one of the factors driving the growth of the market.

REPORT COVERAGE:

Drivers:

Industry professionals often have strategic partnerships with technology users in the end-user sectors. Acceptance of microencapsulated ingredients is expected to have a positive impact on growth in the food and beverage, pharmaceutical and agrochemical industries. Additionally, increased consumption of n-3 fatty acids due to health benefits is expected to drive the need for microencapsulation for masking applications. This is expected to help expand the market due to the growing demand for technology to manufacture cosmetic supplements containing natural ingredients. Microencapsulation technology can directly affect the taste and color of the final product, thereby capturing essential nutrients and edible cosmetic additive supplements. Rapidly changing lifestyles with healthier diets combined with changes in individual eating habits are the main reasons driving the growth of the microencapsulation market by 2025. Due to the rapid expansion of the end-use industry in the Asia-Pacific region, manufacturers will have to shift their focus to this region over the expected period. Enzyme performance plays an important role in detergents that exhibit cleaning functions that are expected to increase the utility of the technology. It plays an important role in improving the shelf life of enzymes used in detergents. Population growth, changes in consumer lifestyles and increased consumption capacity in different regions of the world are likely to stimulate demand for household products, which will have a positive impact on the consumer market. The increased acceptance of microencapsulated materials in the beverage and commodity sector along with the pharmaceutical and agricultural sectors has had a significant impact on the growth of the global microcapsule market. Demand for edible products is expected to increase as the use of technology to mask the taste, smell and activity of the encapsulated material. Additionally, this procedure offers several benefits, such as protecting the core material, controlling core emissions, and improved ingredient handling. Microencapsulation is distributed to increase the stability of the core material and the life of the product. This technology controls the release of encapsulated active ingredients, providing a lasting advantage. This technology is widely used in many end-user industries such as pharmaceutical, food, pesticide, etc. Most industry players use this technology to produce end products like medicines, detergents, fertilizers, and more.

Microencapsulation is the step of coating the casing with an active ingredient from related technology. This allows for the sustained release of the active ingredient. Many bioactive substances, such as vitamin C, are unstable and are easily exacerbated in capsules, tablets, nutritional bars, and other food systems. Therefore, several manufacturers are using the microencapsulation process. The microencapsulation process is widely adopted in food and supplements due to its stability. Additionally, the microencapsulation process offers a variety of benefits, including odor masking and taste masking. The reasons mentioned are expected to increase the demand for microencapsulation technology, thus expanding the growth of the global microencapsulation market. The demand for cosmo fiber manufacturing technology is expected to increase rapidly, which will help expand the market. Along with growing consumer consumption capacity, lifestyle changes will drive demand for personal care products, which are expected to adapt well to the microencapsulation market. Knowledge of alternative encapsulation technologies for pharmaceuticals is expected to affect market demand in the near future. It is also expected to further support growth in the target market as acquisitions between regional and international companies increase. The R&D activity of the main players is expected to increase and the innovative products offered by new market participants will create new opportunities in terms of the income of players operating in the global market during the forecast period. Small and medium end-users are expected to lead the market if they adopt this technology.

Restraints:

The high cost associated with the microencapsulation process is another factor that will challenge the growth of the target market. Extensive research is needed to select key materials, and appropriate technologies are expected to hinder the growth of the microencapsulation market. The availability of alternatives is an important factor that is expected to hinder the growth of the global microencapsulation market.

Microencapsulation Market Segmentation Analysis:

By application, microencapsulation is widely used in the medical and pharmaceutical sectors for the controlled delivery of drugs. Microencapsulation innovation is broadly utilized in pharmaceutical organizations to veil the sharpness or scent of medication and to give a coordinated and controlled delivery. In the pharmaceutical industry, the demand for microencapsulated biomolecules is increasing due to characteristics such as targeted action. Therefore, the development of drugs based on these biomolecules is expected to increase the demand for microcapsules for the effective and targeted delivery of active ingredients.

By technology, the spraying segment has the largest market share in this market. This is because of the points of interest given by the microencapsulation procedure, which incorporates high creation limit, high recuperation effectiveness, effortlessness of the procedure, productivity and procedure wellbeing. Shower innovation is generally utilized in the enormous scope assembling of food and pharmaceutical evaluation microencapsulation.

Based on the core material, the pharmaceutical and healthcare drugs have the biggest piece of the pie on the planet advertise because of different applications. Microencapsulation innovation is a practical choice to expand the bioavailability of prescriptions contrasted with different advancements.

Geographical Segmentation Analysis:

• North America - the United States and Canada
• Europe - United Kingdom, Spain, Germany, Italy, and France
• The Asia Pacific - India, Japan, China, Australia, Singapore, Malaysia, South Korea, New Zealand, and Southeast Asia
• Latin America  - Brazil, Argentina, Mexico, and Rest of LATAM
• The Middle East and Africa - Africa and Middle East (Saudi Arabia, UAE, Lebanon, Jordan, Cyprus)

Regional Analysis:

North America and Europe dominated the industry by adopting this technology early in the end-use industry. Strong pharmaceutical, food and beverage and detergent companies in North America are expected to drive demand for technology. North America represented 37.8% of total revenue in 2018 due to high demand for products for pharmaceutical and food and beverage applications. Innovations in the textile industry incorporating technologies to improve product quality and strength are expected to complement growth over the expected period. The European market is expected to contribute a significant part of sales as demand in the food and beverage sector increases. The UK, Germany, Italy and France adopted this technology in the first end-use applications, representing 71.2% of Europe's total sales. The Asia Pacific market is expected to expand at a compound annual rate of 15.6% over the expected period due to the rapid expansion of the pharmaceutical and food processing industries in the region. The market is expected to show the fastest growth in Asian countries, including China and India, due to the rapid growth of the application industry during the expected period. The microencapsulation market in Asia-Pacific and other regions is revitalized as consumers learn about the benefits of microencapsulation technology, increased purchasing power, rapid growth in industries such as surfactants, pharmaceuticals, and food, and changes in diet and retail preferences.

Key players in the Market:

Major Key Players in the Global Microencapsulation Market are

• Capsulae
• Dow Corning Corporation
• Encapsys
• Reed Pacific
• Bayer AG
• Evonik Industries AG
• 3M
• Microtek Laboratories
• Aveka, Inc
• Lipo Technologies
• Taste Tech Ltd
• BASF S.E