Market Research Blog

The Organic Acids Market is anticipated to grow at an average pace with a CAGR of 5.9% during 2022-2032.

“Investments in organic acids remain for the development of citric acid—organic or inorganic.”

Organic acids are in high demand owing to its functional qualities, in the pharmaceutical industry. Organic lactic acid, for example, is widely employed in the pharmaceutical sector.

However, the manufacture of synthetic organic acids in the market from non-renewable sources entails environmental risks, leading to the development of severe rules governing their use, stifling market growth.

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What are the Segment Opportunities for the Organic Acids Market?

“Organic acids are synthesised on a large scale for a variety of commercial purposes such as catalysts, surfactants, and dyes, lactic acid bacteria for composting, etc., which further broadens scape of opportunities for manufacturers.”

Organic compounds with acidic properties are organic acids. Carboxyl acids are the most common type of organic acids used commercially; carboxyl acids comprise carboxyl group with long carbon chain.

Organic acids produced by replacing one hydroxyl group in sulfuric acid are sulfonic acids such as toluene sulfonic acid, methane sulfonic acid, etc.

Carboxyl acids are weak organic acids in organic acids market whereas sulfonic acids are among the strongest acids available. Some of the commonly used organic acids include acetic acid, lactic acid, citric acid and uric acid among several others.

Certain organic acids are produced by fermentation process of several microorganisms and are typically used in food and beverages industry.

Organic acids are also produced synthetically on a wide scale for several commercial applications including catalysts, surfactants and dyes among several others.

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Formaldehyde is used in production of organic acids as an antimicrobial agent. Glycerine is used as an energy source in organic acids production.

Some of the other feedstock used in the production of organic acids includes amino acids i.e., organic amino acids, oil, sulfuric acid, enzymes, amino acid for plants, humic acid for humans, proteins, salts of acids, and organic lactic acid.

What are the Organic Acids Market Growth Drivers?

“The food and beverage industry will remain one of the significant contributor to the organic acids market with the rising demand for preservatives, flavorants, and acidulants.”

Major end user industries for organic acids include food & beverages, petrochemicals, pharmaceuticals, textile and adhesives among others. Food & beverages dominate the global demand for organic acids and the trend is anticipated to continue for a foreseeable future.

Pharmaceutical is anticipated to be the fastest growing end user segment for organic acids. Organic acid is also widely used in the production of several chemicals and materials used in automotive and construction industry.

Demand for organic acids is profoundly dependent on food & beverages market which is the largest end use organic acids market. Therefore, increasing population and GDP growth in a region are among major factors influencing demand for organic acids.

High growth in pharmaceutical industry also has been among foremost factors fuelling demand for organic acids. Increasing research and development to produce efficient organic acids from bio-based sources is anticipated to offer huge growth opportunity in the market.

Who Reigns the Organic Acids Market?

“Organic acids market growth projection analysis shows credits Asia Pacific as the leading region with a high end-use demand from pharmaceutical industry.”

Asia Pacific dominates the global organic acid market and the trend is expected to continue during the forecast period.

Asia Pacific comprises India and China, two of the largest nations in terms of population which has been among major factor driving demand for organic acids market in Asia Pacific.

Moreover, high growth in the emerging economies of Asia Pacific is anticipated to drive market growth for several end user industries including pharmaceutical, food, beverages, etc. On account of which, Asia Pacific is also expected to be the fastest growing region for organic acid demand.

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Increasing number of regulations to control the use of several synthetic organic acids has led to sluggish market growth in North America and Europe. Bio based organic acids are expected to drive organic acids market growth in North America and Europe.

What are the Organic Acids Market Trends followed by Competitors?

“Price remains a make or break factor for end users.”

Organic acid market is highly competitive and major players compete on pricing differentiation. Moreover, increasing demand for bio based organic acids has led to a surge in investment for research and development activities in organic acids market.

Some major players in organic acid market include Bio Amber, Geomatical, DSM Cargill and The Dow Chemical Company among others.

The Organic Acids Market is anticipated to grow at an average pace with a CAGR of 5.9% during 2022-2032.

“Investments in organic acids remain for the development of citric acid—organic or inorganic.”

Organic acids are in high demand owing to its functional qualities, in the pharmaceutical industry. Organic lactic acid, for example, is widely employed in the pharmaceutical sector.

However, the manufacture of synthetic organic acids in the market from non-renewable sources entails environmental risks, leading to the development of severe rules governing their use, stifling market growth.

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What are the Segment Opportunities for the Organic Acids Market?

“Organic acids are synthesised on a large scale for a variety of commercial purposes such as catalysts, surfactants, and dyes, lactic acid bacteria for composting, etc., which further broadens scape of opportunities for manufacturers.”

Organic compounds with acidic properties are organic acids. Carboxyl acids are the most common type of organic acids used commercially; carboxyl acids comprise carboxyl group with long carbon chain.

Organic acids produced by replacing one hydroxyl group in sulfuric acid are sulfonic acids such as toluene sulfonic acid, methane sulfonic acid, etc.

Carboxyl acids are weak organic acids in organic acids market whereas sulfonic acids are among the strongest acids available. Some of the commonly used organic acids include acetic acid, lactic acid, citric acid and uric acid among several others.

Certain organic acids are produced by fermentation process of several microorganisms and are typically used in food and beverages industry.

Organic acids are also produced synthetically on a wide scale for several commercial applications including catalysts, surfactants and dyes among several others.

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Formaldehyde is used in production of organic acids as an antimicrobial agent. Glycerine is used as an energy source in organic acids production.

Some of the other feedstock used in the production of organic acids includes amino acids i.e., organic amino acids, oil, sulfuric acid, enzymes, amino acid for plants, humic acid for humans, proteins, salts of acids, and organic lactic acid.

What are the Organic Acids Market Growth Drivers?

“The food and beverage industry will remain one of the significant contributor to the organic acids market with the rising demand for preservatives, flavorants, and acidulants.”

Major end user industries for organic acids include food & beverages, petrochemicals, pharmaceuticals, textile and adhesives among others. Food & beverages dominate the global demand for organic acids and the trend is anticipated to continue for a foreseeable future.

Pharmaceutical is anticipated to be the fastest growing end user segment for organic acids. Organic acid is also widely used in the production of several chemicals and materials used in automotive and construction industry.

Demand for organic acids is profoundly dependent on food & beverages market which is the largest end use organic acids market. Therefore, increasing population and GDP growth in a region are among major factors influencing demand for organic acids.

High growth in pharmaceutical industry also has been among foremost factors fuelling demand for organic acids. Increasing research and development to produce efficient organic acids from bio-based sources is anticipated to offer huge growth opportunity in the market.

Who Reigns the Organic Acids Market?

“Organic acids market growth projection analysis shows credits Asia Pacific as the leading region with a high end-use demand from pharmaceutical industry.”

Asia Pacific dominates the global organic acid market and the trend is expected to continue during the forecast period.

Asia Pacific comprises India and China, two of the largest nations in terms of population which has been among major factor driving demand for organic acids market in Asia Pacific.

Moreover, high growth in the emerging economies of Asia Pacific is anticipated to drive market growth for several end user industries including pharmaceutical, food, beverages, etc. On account of which, Asia Pacific is also expected to be the fastest growing region for organic acid demand.

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Increasing number of regulations to control the use of several synthetic organic acids has led to sluggish market growth in North America and Europe. Bio based organic acids are expected to drive organic acids market growth in North America and Europe.

What are the Organic Acids Market Trends followed by Competitors?

“Price remains a make or break factor for end users.”

Organic acid market is highly competitive and major players compete on pricing differentiation. Moreover, increasing demand for bio based organic acids has led to a surge in investment for research and development activities in organic acids market.

Some major players in organic acid market include Bio Amber, Geomatical, DSM Cargill and The Dow Chemical Company among others.

Key Segments

The glass fiber reinforced plastic market is growing continuously and is predicted to increase at a moderate CAGR of 6.6% during 2022-2032.

“Demand for strong and resilient plastic materials for construction activities is shifting the gaze towards the glass fiber reinforced plastic.”

Glass fiber reinforced plastic is a lightweight and durable fiber produced from very fine fibers of glass. As compared to carbon fibers, glass fibers exhibit low brittleness and the fibers of glass used for their production are more cost effective.

Moreover, as compared to metals, the glass fibers also possess better properties, both strength wise and weight wise. Furthermore, the glass fibers can be smoothly formed using different moulding techniques.

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What are the Major Glass Fiber Reinforced Plastic Market Trends?

“Polyester, a cost effective and uncomplicated material, is the dominant thermoset resin used in the manufacturing of GFRP composites.”

Glass fibers are widely used as an important raw material for producing distinct types of composite materials. Manufacturing of glass fiber reinforced plastic (GFRP) composites, the largest class of composite materials, is the most important application of glass fibers and almost 90% of the reinforcements used in the composites industry are glass fibers.

GFRP composites are extensively used in a diverse range of industries including wind energy, construction, automotive, aerospace, piping and anti-corrosive industrial equipment. The growing demand for GFRP composites from transportation and construction industries is anticipated to drive the global glass fiber and glass fiber reinforced plastic (GFRP) composites market in the next ten years.

Apart from glass fibers, thermoset resin is a very important raw material used for the production of GFRP composites.

Polyester thermoset resins are vastly used in producing composite materials for marine, piping and building and construction applications. In addition to glass fibers and resins, some typical materials are used as fillers are used in the production of composite materials for improving the physical properties of composite materials.

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The thermoplastic resins offer higher impact strength and better surface finish to the composite materials. Furthermore, thermoplastic resins can be easily moulded and can be recycled. The use of such innovative raw materials improves the quality of GFRP composites and therefore, drives the demand for GFRP composites in distinct industrial applications.

What is the Regional Glass Fiber Reinforced Plastic Composites Market Analysis?

“The infrastructure development and growing construction industry in emerging economies such as China and India is anticipated to drive the demand for glass fiber and glass fiber reinforced plastic (GFRP) composites in Asia Pacific in the next six years.”

Asia Pacific and North America are the largest producers and consumers of glass fiber and glass fiber reinforced plastic (GFRP) composites. Both these regions together account for more than 50% of the global market for glass fiber and glass fiber reinforced plastic (GFRP) composites.

The North American market for glass fiber and glass fiber reinforced plastic (GFRP) composites is primarily driven by the growing demand from construction, automotive, aerospace, wind energy and defense industries in the U.S.

The manufacturers of glass fiber and glass fiber reinforced plastic (GFRP) composites are conducting extensive research and development activities for identifying the best range of raw materials that can be used for the production of optimum quality composite materials.

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Nowadays, thermoplastic resin is growingly used as a raw material in place of thermoset resin in the production GFRP composites. The use of thermoplastic resins as a raw material ultimately reduces the time and cost required to manufacture GFRP composites.

Some of the major companies operating in the global glass fiber and glass fiber reinforced plastic (GFRP) composites market are Johns Manville, BGF Industries, Asahi Glass Company Limited, Advanced Glassfiber Yarns LLC, Chomarat Group, Jushi Group Co. Ltd., Taishan Fiberglass Inc., Owens Corning, PPG Industries Inc., Binani 3B-The Fibreglass Company, Saertex Group, Chongqing Polycomp International Corp., Saint-Gobain Vetrotex, Nitto Boseki Co. Ltd. and Nippon Sheet Glass Co. Ltd.

Key Segments

The conductive polymer coatings market is predicted to grow at an impressive pace with a CAGR of 9.3% during 2022-2032.

“Application of conductive polymer coatings for corrosion protection and industrial coatings are dominant factors contributing to the market growth.”

The electrical and electronics industries’ increasing demand for conductive polymer coatings market is projected to boost the market as it is utilised in computer flat screen displays, mobile phones, personal digital assistants, and other screens.

High processing and production costs, on the other hand, are likely to stifle growth for conductive polymer coatings market since these coatings might lose their solubility in water and other organic solvents, making processing more challenging.

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How is the Growth Potential of the Conductive Polymer Coatings Market?

“Use of conductive polymer coatings in electrical and electronic engineering as an anti-corrosion agent will act as an ever-growing revenue channel.”

Conductive polymers are organic polymers having high electrical conductivity. These can have metallic conductivity or semiconductors. The electrical properties can be customized using method of organic synthesis.

The major advantage it offers is process ability through dispersions. These coatings are made up some basic polymers those could be polyaniline, polypyrene and polyacetylene.

The applications of conductive polymer coatings include sensors, optical & electronic materials, actuators, bio-sensors, super-capacitors, bio-implants and corrosion protection for electrical energy storage.

Growing demand for conductive polymer coatings from electrical & electronics industry is expected to drive the market. These are replacing metals and other conductive compounds in electronics due to low weight. These coatings are less toxic and less damaging to environment as compared to metals.

Due to advantages, it is being used in flat screen displays for computers, mobile phones, personal digital assistants and other screens.

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With rising disposable income and modernization, demand for electronics have increased tremendously which in turn expected to drive market growth for conductive polymer coatings. Further, growing demand for conductive polymer coatings from organic solar cells is expected to fuel the market.

The Organic Electronics Association (OEA) is promoting organic semiconductors in these applications. Organic semiconductors offer better and improved electromagnetic interference and electrostatic discharge as compared to other semiconductors.

Technological advances and research & development activities in the field of nano-chemistry and optical chemistry are expected to provide opportunities for the players in this market.

These activities may open up new applications for conductive polymer coatings. For example, Crosslink developed protective coatings for protection of aircraft transparencies and canopies. Another example of this would be conductive polymer coatings applications in smart textiles for enhancing the mechanical properties of fabric.

Which is the Lucrative Conductive Polymer Coatings Market?

“Asia Pacific will lead the global conductive polymer coatings market, gaining a significant market share due to the rising demand for electronics products and reduced production costs.”

Asia Pacific emerged as largest market for conductive polymer coatings in terms of consumption.

Asia Pacific was followed by North America in terms of consumption. Owing to demand from optical and electrical applications conductive polymer coatings market is expected to show moderate growth rate.

The demand for conductive polymer coatings from Europe is expected to exhibit highest growth rate as compared to other regions.

With development of organic semiconductor coatings and advantageous properties for electronics applications, the demand is expected to be high. Additionally, conductive polymer coatings are less hazardous to environment as compared to metals and therefore environmental agencies compel the original equipment manufacturers to use these coatings.

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How is the Competition in the Conductive Polymer Coatings Market?

“Manufacturers see China as a haven for moving their manufacturing bases for ultimate low production cost advantage.”

Global conductive polymer coatings market is highly concentrated with few major international companies dominating the market.

With major players from electrical & electronics industry have shifted their manufacturing bases to China for low production cost, the consumption of these coatings has increased. However, conductive polymer coatings manufacturers are not concentrated in this region.

Some players in the conductive polymer coatings market include Heraeus, The Lubrizol Corporation, The Dow Chemical Company, Crosslink, ITEK, Henkel Electronics, NanoMarkets LLC., IDTech EX, Voltaic Coatings, CBI Polymers Inc., AnCatt among others.

Key Segments

The wood coatings market is anticipated to garner a modest strength with a CAGR of 5.9% during 2022-2032.

“The key driver of the wood coatings market is the expansion of the housing market as spending on maintenance of decks, fences, flooring, and siding is rising.”

Stringent regulations, increased competition, a rise in unique formulations, and new product advancements are some of the reasons driving the growth of the wood coatings industry.

However, the availability of less expensive and higher-quality replacements, such as wood composites and plastic wood, may limit the wood coatings market’s growth.

“Improving consciousness towards aesthetics will drive significant investments in wood coatings market.”

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Wood coating applications include: interior wood, small furniture, panels, tables, cupboards, chairs, office furniture, kitchen furniture, doors and staircases among others. There are generally three types of wood coating: evaporative, reactive and coalescing.

Often, the wood’s colour is changed by staining, bleaching, or any other techniques. Once the wood surface is prepared and stained, the coating is applied. It usually consists of several coats of shellac, drying oil, paint, wax or lacquer.

Finally, the surface may be polished using wool, steel, rotten stone or other materials, depending on the shine desired. In addition, a final coat of wax is applied over the finish to add a degree of protection. Polyurethane finish is also associated with wood coatings.

Furniture, decking, and siding are the three largest applications of wood coatings in value terms. However, smaller doors, windows and cabinet applications are expected to achieve faster growth in the near future.

Paint is the dominant wood coatings product used on siding, windows and doors, but stains and sealers are more widely utilized on cabinets, decks, furniture, and flooring. Polyurethane wood finish is predominately used in primers and sealers.

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Residential end-user is the largest market for wood protection products, driven by maintenance demand for items such as fences, siding and decks. Non-residential and non-building uses account for a much smaller market for wood protection products.

What Governs the Growth of the Wood Coatings Market?

“Rapid urbanisation in response to development and population growth has resulted in an increase in housing demand on a huge scale. As a result, the demand for furniture such as chairs, tables, mattresses, sofas, shelves, and cupboards has risen exponentially, thereby surging the demand for wood coatings.”

In addition, stringent regulations, rising competition, growth in unique formulations and new product developments are some of the factors stimulating the growth of wood coatings market. However, availability of cheaper and quality substitutes, such as wood composites and plastic wood could hamper the growth of wood coatings market.

These alternatives are often more durable and require less maintenance as compared to wood products. Although substitutes are available, wood is a primary choice for commercial and residential purposes for clear wood finish due to wide availably in the market.

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Clear coat for wood accounts for the majority of the wood protection demand with paints and stains holding the largest shares. In contrast, preservatives, which are applied to lumber by the wood treatment companies, account for smaller portion of wood protection demand.

Which Region has the Largest Market Share?

“Increased demand for personalised home design products, as well as rising customer spending, will act as a major driver for thick clear coat for wood in North America.”

Asia Pacific is currently the largest market for wood coatings, followed by Europe, North America and Rest of the world (RoW).

Sustained demand from the developed markets and burgeoning demand from emerging economies will continue to drive the wood coatings market.

The wood coatings market is witnessing a major shift of key market players from Europe and the U.S. to the emerging economies of Asia Pacific, comprising of China and India.

Key Segments

The global powder injection molding market is projected to register a healthy growth pace with a CAGR of 9.3% from 2022-2032.

“Power injection molding market has witnesses the dynamics and will witness a high CAGR in the forecast period as the application of PIM is increasing and new opportunities are coming on the way of manufacturers.”

Powder injection molding is an industrial manufacturing solution for producing alloy, metal, and ceramic parts. This process is widely used on account of its advantages, such as cleaner product output over other processes.

The powder injection molding market is likely to grow with double digit CAGR over the entire forecast period.

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What are the Growth Influencers of the Powder Injection Molding Market?

“Covid-19 has increased the need of medical equipment, which has unlocked potential for the powder injection molding market excessively.”

One of the major driving factors for global powder injection molding market includes growing demand for the miniaturized complex components to be used as high performance materials pertaining to various end-user industries.

In addition, growing demand for medical equipment has fueled the demand for powder injection molding to manufacture medical micro-parts to be used in various medical procedures and techniques. Invasive surgery, intravenous therapy, advanced drug delivery and vascular therapy require precise equipment manufactured with state of the art manufacturing method.

Intricate shapes of medical devices require specialized manufacturing methods. Ability of powder injection molding method to form precise shapes as compared to conventional manufacturing methods is supplementing the growth of medical and healthcare application segment.

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How is the Global Powder Injection Molding Market Classified?

“Marketing powder injecting molders on the basis of high durability to withstand temperature & pressure can garner sales from defense, automotive, and aerospace.”

The powder injection molding market can be segmented on the basis of its technology, such as ceramic injection molding (CIM) and metal injection molding (MIM). These technologies are expected to grow further owing to the demand from applications such as automotive, medical, healthcare, aerospace, consumer products, industrial machinery and others.

Growing industrial expansion activities in regions such as Asia Pacific and Rest of the World are likely to spur the demand for powder injection molding market in such applications. Further, expansion in the machine manufacturing industry in the last few years serves as an opportunity for powder injection molding in various inter-related applications.

Further, on the basis of raw material used; global powder injection molding market can be categorized as stainless steel, soft magnetic alloys, titanium alloys, and low-alloy steels. Raw materials are selected on the basis of its end-use industry where innovation in the material science industry has led to the expansion of application areas.

Some of the key end-usages propelling the demand for powder injection molding processes include electronic gadgets, medical equipment, firearms, and automotive components.

Which Region is Leading in the Powder Injection Molding Market?

“Cashing in on opportunities pertaining to the popularity of miniaturized complex components will unlock market penetration opportunities.”

Asia Pacific is currently the dominant market for ceramic and metal injection molding at a global level. Powder injection molding market is mostly prevalent in the automotive industry, where machine and machine-component manufacturers serve as the dominant market share end-user group for powder injection molding process.

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Further, powder injection molding market is supplemented by new environmental regulations, mandatory for companies to streamline production methodologies and reduce emissions. Consequently, the market for powder injection molding is growing as it produces parts to near net shape, thereby eliminating secondary machining processes.

Moreover, increasing firearms usage in the defense industry, especially in the U.S., is expected to boost powder injection molding industry growth in North America. Asia Pacific demand for powder injection molding is driven by the demand from electronics component applications.

Europe powder injection molding market is dominated by automotive application, whereas, North America powder injection molding market is dominated by medical & healthcare applications.

Therefore, it is expected that the regional market of powder injection molding market varies on a broader spectrum due to the variation in technology along with the variation in end-user industries growth in the respective regions. Further, market participants are more focused to target respective end-user industries to manufacture specialized products.

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Key Segments

Carbon nanotubes are used in these polymers as strength and weight enhancers which in turn boosts the demand for polymers as reinforcing material.

Governments are investing time and money to promote the application of carbon nanotubes at the domestic level which is generating new opportunities for the manufacturers.

Moreover, its adoption is surging with new wind energy generation projects. High demand for polymers in the electronics and electrical industry also accounts for market growth. Polymers will continue their market lead as end-user on the back of high demand for engineered plastics across major end-use industries. On a different front, chemical vapor deposition method for production will gain preference over other alternatives by 2030.

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Innovations Drive the Market Penetration of Carbon Nanotubes

Excellent semiconducting properties are driving the market towards high-end applications. Probabilities of replacing existing computer chips are attracting the market players. Also, carbon nanotubes are finding applications in plastics additives, given their flame-retardant and environment-friendly properties. Newfound use of nanotubes in x-rays is opening a new door of opportunities. The application of carbon nanotubes in unconventional applications such as speakers is bolstering their demand. In addition to the above, the adoption of carbon nanotubes in increasing in the medical field, where it is being used in biosensors for yeast infection diagnosis. Furthermore, its application to target tumors is increasing its penetration across the medical sector.

Despite these growth prospects, the high manufacturing cost of carbon nanotubes is challenging their adoption. The health hazards associated with their production is restraining market growth.

Market Revenue to Decline Amid COVID-19 Pandemic

The COVID-19 pandemic has substantially reduced the on-going research & development activities in the market. The low footfall across different industries is negatively influencing the market revenue. The market growth rate is expected to decline dramatically during this pandemic. However, this decline will be short-lived and the market will regain its shape soon.

Global Carbon Nanotubes Market – Competition Landscape

The market players are investing in research & development activities to gain a competitive edge. They are exploring growth prospects in new use cases to expand their market footprint. Market competitors are grabbing the revenue prospects in solar cells and other alternatives to energy generation. Besides energy generation they are tapping unexplored opportunities in renewable energy storage and lithium-ion batteries. Players are strengthening their presence in emerging Asia Pacific economies to benefit from the abundant raw material supplies.

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Leading players are collaborating with small players to expand their regional footprint. Established players profiled in the global carbon nanotubes market include

Nanocyl S.A

CNano Technology Ltd. (USA)

Showa Denko K.K.

Arkema S.A. (France)

Bayer MaterialScience AG.

Report Highlights

The report is a compilation of first-hand information, qualitative and quantitative assessment by industry analysts, inputs from industry experts and industry participants across the value chain. The report provides in-depth analysis of parent market trends, macro-economic indicators and governing factors along with market attractiveness as per segments. The report also maps the qualitative impact of various market factors on market segments and geographies.

The global carbon nanotubes market can be segmented on the following basis: