Report Description

Forecast Period


Market Size (2022)

USD 4.32 Billion

CAGR (2023-2028)


Fastest Growing Segment


Largest Market

North America

Market Overview

Global Nutraceutical Excipients Market has valued at USD 4.32 Billion in 2022 and is anticipated to grow with a CAGR of 6.79% through 2028. Nutraceutical excipients encompass all components of a drug except for the active nutraceutical ingredients. These molecules do not possess inherent medicinal properties; their primary purpose is to enhance the physiological absorption of the drug. Nutraceutical excipients are inert in nature, allowing the drug molecule to be administered to patients in the appropriate form. Traditionally, nutraceutical excipients were simple molecules, but advancements in technology and the growing demand for novel drug delivery systems have led to an increase in the complexity of nutraceutical excipients. They play a crucial role in promoting patient acceptance of the drug and improving its stability and bioavailability.

The field of excipients science and technology has undergone significant changes and continues to evolve. Notable progress has been made in areas such as the standardization of excipient monographs and the application of new analytical methods for more precise characterization of excipients.

Key Market Drivers

Increasing Application of Nutraceuticals

Nutraceuticals, derived from the combination of nutritional and pharmaceutical, utilize nutraceutical excipients, also known as "functional foods," to enhance the efficacy of active ingredients in solutions. These excipients, prepared with Active Pharmaceutical Ingredients (API), are widely employed in standardized and pharmaceutical-grade supplements. The significant rise in medical costs has had a profound impact on the nutraceutical excipient market. Excipients, which are inert substances introduced during the manufacturing process or included in the dosage form of nutraceutical products, play a crucial role in adding bulk to solid formulations, ensuring long-term stability, and facilitating drug absorption. Moreover, they enhance the overall safety and functional properties of the product during use or storage. Due to their versatile applications, excipients have become a household name in the field. Consequently, the growing demand for excipients in the global nutraceutical excipient market is driven by the expanding utilization of nutraceuticals in the treatment of chronic diseases.

Technological Developments

Multifunctional excipients constitute a category of excipients encompassing pre-processed and co-processed variants, which bestow added functionalities to the formulation. These augmented functionalities encompass aspects such as flowability, compressibility, particle size distribution, shape, and porosity, among others.

The recent surge in demand for specialty excipients, collectively referred to as multifunctional excipients, can be attributed to the growing interest in rigorous manufacturing processes and the emphasis on alternative delivery systems. In addressing the issue of drug toxicity, nanotechnology-enabled drug delivery systems have gained considerable prominence. Two primary approaches are employed to utilize nanotechnology as a drug delivery system: reducing the size of nutraceutical drug crystals to enhance solubility and bioavailability and employing some form of nano-carrier for the effective delivery of active ingredients.

Increasing Demand of Nutraceutical Excipients

The growing interest in health and wellness, coupled with a rising awareness of preventive healthcare, has led to an increased demand for nutraceutical products. Nutraceutical excipients play a vital role in formulating these products to deliver the desired health benefits to consumers.

Nutraceutical excipients serve a wide range of functions, such as improving product stability, enhancing bioavailability, providing taste masking, controlling release profiles, and ensuring content uniformity. This diversity of functions makes them essential components in various nutraceutical formulations.

Innovation in Nanotechnology

The introduction of innovative excipient technologies has expanded the possibilities for nutraceutical product development. Novel excipients with enhanced functionalities, such as nanotechnology-based excipients, have opened new avenues for product formulation and differentiation. Nanotechnology-enabled drug delivery systems (NDDS) are employed to address the challenge of drug toxicity. Nutraceutical excipient manufacturers are offering customized solutions and excipient blends that meet the specific needs of different nutraceutical formulations. This flexibility allows formulators to create products optimized for target markets and consumer preferences. Ongoing research and development efforts in the nutraceutical industry have led to the development of novel formulations, including complex delivery systems and combination products. Nutraceutical excipients are crucial in enabling these advancements and improving the performance of such formulations.