Bio Polyamides Market Size Analysis, Industry Outlook, & Region Forecast, 2030

 Market Scope=

Bio Polyamides (Bio-PA) composites possess strong mechanical properties. There have been many researches, that have made Bio-PA materials attractive for many applications, instilling some unique properties in them. Resultantly, bio polyamides are rapidly replacing polyamides made from crude oil. Today, Bio-PA materials are widely used in automotive, electronics, ski bindings, and sports equipment. Some additional applications of bio polyamides include connectors, brake noses, fuel lines, and flexible tubing.

Resultantly, the global Bio Polyamides Market is witnessing consistently rising revenues. According to Market Research Future (MRFR), the global bio polyamides market is poised to create a value of USD 216.22 MN by 2023, expanding at 3.51% CAGR during the forecast period (2022-2030). A drastic shift in consumer preference towards bio-based products and augmented research & development activities are the noteworthy trends driving this market. Besides, the growing consumer goods segment propels the market growth. 

Moreover, growing usages of Bio-PA materials in the manufacturing of automotive parts, positively impact the growth of the market. Also, the adoption of bio-polyamides in major end-use industries, which is growing due to the versatile nature & superior properties of Bio-PA materials, drives the growth of this market. Additionally, stringent government regulations imposed on the excess consumption of synthetic polyamides fuel market growth. 

Conversely, factors such as slow commoditization, price volatility, and the demand-supply gap in raw materials are projected to inhibit market growth over the forecast period. Nevertheless, increasing industrial applications of bio polyamides such as textile, electronics, and sports equipment would support the growth of the market throughout the analyzed period. Furthermore, increasing R&D activities to widen Bio-PA application areas are estimated to provide ample growth opportunities to industry players. 

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Global Bio Polyamides Market   - Segments

The analysis is segmented into four dynamics: -

By Type                  : PA 6, PA 6.6, Specialty Polyamides, and others.

By Application     : Engineering Plastic, Fiber, Detergent, and others.

By End Use            : Automotive, Textile, Electronics & Electrical, Films & Coatings, Consumer Goods, Industrial, and others.

By Regions            :  North America, Asia Pacific, Europe, and the Rest-of-the-World.

 

Competitive Analysis:

Leading players in the global bio-polyamide market include Toray Industries Inc., Radici Group, Domo Chemicals, Royal DSM NV, Solvay S.A., EMS-Grivory, BASF SE, DowDuPont Inc., Evonik Industries, and Arkema Group.

In October 2019, DSM announced plans to offer biobased or recycling-based alternatives to its entire line of engineering plastics. This decision was taken in the face of increasing public as well as legislative pressure to promote green solutions and present a planet-friendly face.

Regional Analysis:

The Asia Pacific market held the largest share in the global bio-polyamides market and is likely to remain in the position over the forecast period, as the growing automotive and consumer goods industries in the region have presented the bio-polyamides market with several growth opportunities. China is likely to be a leading light in the Asia Pacific bio-polyamides market over the forecast period. Japan, South Korea, and India are also likely to play a key role in the global bio-polyamides market due to the growing automotive industry in these countries.

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Industry/ Innovation /Related News: 

January 28, 2020 --- a research team from the Fraunhofer Society and the Technical University of Munich (TUM), announced the development of a new polyamide family synthesized from turpentine. The new polyamide material is produced using a by-product of cellulose production. The study is a successful example of a more sustainable economy with bio-based materials. Commercially, polyamides have been made from crude oil, whereas bio-based polyamides are made from castor oil. 

The production of bio-based compounds is often more expensive. Therefore they have only been able to penetrate the market if they have had particular property advantages. The new polyamides reportedly own special properties such as high melting point than the competing crude oil-derived products, which make them attractive for many applications. Moreover, these newly formed compounds can be produced transparently as well as in a partially crystalline manner, which increases its later application possibilities using the same starting substance.

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