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Insulated Metal Panels Market : Emerging Industry Trends & Global Future Forecasts 2017-2025

Insulated metal panels are structural panels used in the construction of buildings. They are sandwiched composite panels where a light-weight insulating foam core is inserted between the metal skins. These panels are light-weight, exhibit exceptional insulating properties, and can be installed easily and quickly. Due to its easy installation property, insulated metal panels are cost-effective and inexpensive as compared to other wall assemblies. They help in improving the energy efficiency of buildings and in reducing carbon footprint. They are generally used for construction of roofs and walls in commercial buildings, architectural buildings, cold storage buildings etc. Different panels with varying attributes are employed depending on the type of buildings for which they are used.

The commercial & industrial segment includes recreational buildings, institutional buildings, government buildings, and manufacturing plants. These buildings require energy-efficient insulation and light-weight construction. Schools or power plants constructed with insulated metal panels benefit from energy efficiency. Architectural buildings require specially designed insulated metal panels, including the attributes required for commercial and institutional buildings such as higher insulation values, light-weight constructions, quick assemblies etc. Additionally, they require customization in shapes, colors, finishes, and fabrication such as bent corners, curved panels, and trim less ends. Insulated metal panels are a highly efficient option for applications that involve temperature control.

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In the food & beverage industry, where temperature is a crucial parameter, having a direct impact on the quality and perishability of the food articles, insulated metal panels demonstrate to be a cost-effective and beneficial option. Demand for insulated metal panels has been on the rise at a steady pace, due to the growing influence of sustainable building initiatives. However, with insulated metal panels, the choice of material used has a crucial role to play in the overall structural stability of the construction. Aluminum metal panels attached with galvanized steel fasteners have high chances of corrosion. Furthermore, insulated panels employed in buildings exposed to extreme temperatures possess high risks of undergoing deformation.

Based on application, the insulated metal panels market can be segmented into commercial & industrial, architectural, cold storage, and insulated roof.  At present, the commercial & industrial buildings segment dominates the insulated metal panels market. It is projected to retain its position during the forecast period. The cold storage segment is anticipated to expand at a significant pace in the near future as temperature control, which is crucial in such buildings, can be easily achieved with the help of insulated metal panels.

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Based on geography, the insulated metal panels market can be divided into North America, Europe, Latin America, Asia Pacific, and Middle East & Africa. North America presently dominates the market, owing to the availability of advanced technologies in the region. The U.S. contributes to a major share of the market in the region. Furthermore, Asia Pacific is projected to show significant growth during the forecast period, owing to its rapid industrial and infrastructural progress and economic development.

Key players operating in the insulated metal panels market are Metl-Span an NCI Building Systems company, Kingspan, MBCI, an NCI Building Systems company, Huntsman International LLC, ATAS International, Inc., Centria.

The insulated metal panels market is projected to provide lucrative opportunities, especially in Asia Pacific, led by the infrastructural, industrial, and economic development in the countries such as China and India in the region. Moreover, countries such as Japan and Korea are expected to contribute significantly to the insulated metal panels market in Asia Pacific.

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Masking Tapes Market By Regional Analysis, Key Players and Forecast 2017-2025

The double-digit growth of the building and construction sector post the economic slowdown of 2008 has been benefitting the masking tapes market to a high degree. The growth of several industry sectors leading to the demand for infrastructural development and construction of additional business facilities has indirectly benefitted the masking tapes market. Masking tapes are pressure-sensitive tapes that are primarily employed during painting in construction activities. Masking tapes are available in a range of strengths and widths, which is dependent on the strength of the adhesive.The report’s authors segregate the global masking tapes market based on adhesive type, backing material, application, end-user, and geography.The report prepared by seasoned analysts discusses vital aspects along with market size and revenue projections that are likely to be observed in this market. Economic indices and social and political disturbances that impact growth of end-use industries have been duly considered in the making of this report.

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At the forefront of driving the global masking tapes market is expansion of the building and construction sector. Due to the construction boom in several parts of the world, the building and construction sector displays a substantial demand for masking tapes for painting. While drafting tapes and ordinary household tapes are similar on several grounds, the former displays virtue of lower track. This helps to place construction blueprint to a drawing board, which later when removed does not damage the drawing.

In building and construction undertakings, the strength of tapes is gauged based on the duration they are placed for. Painting activities typically involve masking tapes to be placed for 7 to 14 days. On the other hand, tapes that are typically used for large number of days have less adhesive and are suitable for smooth surfaces such as wallpapers and newly-painted walls.

The growth of the automotive industry is also leading to an upsurge in the demand for masking tapes. Masking tapes are employed during painting, dent repairs, and several other activities in automobile manufacture and repair.On the other hand, slow economic recovery after the 2008 slump, especially in parts of Latin America has negatively influenced the masking tapes market. The epicenter of the recession in Argentina and Brazil has hit automotive manufacturing in the region, which is a key end-user of masking tapes.

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Out of the key regional markets, Asia Pacific is likely to display a significant growth rate and emerge dominant over the forecast period. The growth of this market is attributed to expansion of manufacturing infrastructure, easy availability of raw materials, and rampant urbanization in emerging economies. China and India are anticipated to be key domestic markets for masking tapes in the region.

Latin America is anticipated to emerge as a key market for masking tapes in the near future.North America masking tapes market is likely to be propelled by demand from diverse manufacturing and heavy industries and ever-expanding automotive, aerospace, and construction industries.

The various players in the masking tapes market are likely to resort to product development and product innovation to outdo the competition. The top players in the market include 3M, CCT Tapes, K.L. & Ling, Scapa Group plc, Avery Dennison Corporation, CMS Group of Companies, Nitto Denko Corporation, and TOYOCHEM Co. Ltd.

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Metallic Glass Market Analysis, Current and Future Trends 2017-2025

Metallic glass is an alloy having amorphous or a glassy structure. It is known as an amorphous metal or a glassy metal due to it’s likewise appearance. An amorphous solid is the one that is obtained from liquid and does not crystalize on cooling. In an amorphous solid, atoms are packed in a random manner which prevents it from crystallization. The properties of metallic glass resembles that of amorphous solid. A metallic glass is not similar to a normal glass despite its glass-like appearance. Metallic glass has electrical conductivity and is homogeneous in composition unlike normal glass. There are various methods through which a metallic glass can be produced; rapid cooling, ion irradiation, physical vapor deposition, solid-state reaction, mechanical alloying and others.

Metallic glass made from alloys of boron, silicon, and phosphorous contain high magnetic susceptibility for which it finds application in automotive, electronics and aerospace industries. Metallic glass also has high fracture and corrosion-resistance properties due to which it finds application in the pharmaceutical industry. Due to various available properties of metallic glass, the product finds application in diverse industries. Metallic glass are ductile, malleable, brittle, and opaque. Based on application, the metallic glass market can be segmented into electronics & electrical, pharmaceutical, defense, sports products, and other. Metallic glass is used to manufacture several products which include cell phone cases and aircraft parts due to its strong structure. Metals are tough materials that are resistant to cracking and brittle fracture; however, they have limited strength.

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In terms of region, the metallic glass market can be segmented into North America, Europe, Asia Pacific, Latin America, and Middle East & Africa. North America is observed to dominate the metallic glass market, followed by markets in Europe and Asia Pacific. Demand for metallic glass from end-use industries along with increase in the number of domestic manufacturing units has led to an increase in demand for metallic glass across North America. As North America region is a developed region, high standard of living and rising demand for electronics, pharmaceutical, sports, and other products are expected to drive the metallic glass market. The demand for metallic glass in Asia Pacific region is rising at a considerable pace as compared to other regions. As the electronics, automotive, pharmaceutical and other industry is growing rapidly in the region the demand for metallic glass is observed to be rising. China is the world’s largest electronic market.

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The country accounts for major share of the metallic glass market across the globe. This is projected to be one of the major reason for boosting demand of metallic glass in Asia Pacific region. Latin America and Middle East & Africa held least share of the metallic glass market in 2016; however the share of the region is projected to rise at a rapid pace during the forecast period.

Key manufacturers operating in the metallic glass market are PrometalTech, Usha Amorphous Metals Limited, Exmet AB, and Metglas Inc.

The report offers a comprehensive evaluation of the market. It does so via in-depth qualitative insights, historical data, and verifiable projections about market size. The projections featured in the report have been derived using proven research methodologies and assumptions. By doing so, the research report serves as a repository of analysis and information for every facet of the market, including but not limited to: Regional markets, technology, types, and applications.

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Nanotechnology in Agriculture Market Evolving Technology, Trends and industry Analysis 2017-2025

Nanotechnology in agriculture is the application of extremely small tools such as sensors, which can be used for agricultural development. Nanotechnology is a new revolution in industries and has the potential to bring about drastic changes in the agricultural industry. Development of new nanotech-based tools and equipment help increase efficiency and overcome challenges faced by the agricultural industry. Nanotech-based tools significantly benefit the agricultural sector; they aid in early detection of diseases, improve plant’s ability to absorb nutrients, and promote molecular treatment of diseases. Implementation of nanotechnology in the form of small sensors and monitoring devices have created positive impact on the future uses of precision farming methodologies.

The global nanotechnology in agriculture market is driven by existing agro-chemical companies because they are investigating the potential of nanotechnologies to achieve high efficiency and greater penetration of technology into agricultural components used for plants. Various nano-products specifically used in the agricultural sector have been launched in the market by technology-oriented mid-sized companies that produce soil-enhancement products that promote even water distribution, storage, and consequently water saving.

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The nanotechnology market has expanded substantially in the agriculture sector. Research has been carried out in the commercial agro-chemical sector to gauge the potential advantages of nanotechnology in agriculture. Emergence of nanotechnology applications in consumer products has also increased the number of ethical and societal concerns in some countries, which include health and environmental safety, consumer perception, and intellectual property rights.

The nanotechnology in agriculture market can be segmented into applications such as nanoscale carriers, nanolignocellulosic materials, clay nanotubes, biosensors, and others. Nanoscale carriers can be utilized for the efficient delivery of fertilizers, pesticides, herbicides, and plant growth regulators. Its mechanism helps prevent degradation of plants, thereby reducing the chemical runoff into the environment. Nano carriers help improve stability against degradation in the environment and ultimately reduce the environmental problems.  Nanolignocellulosic materials are obtained from crops and trees, leading to new opportunities for innovative and value-added nano-sized materials and products. Clay nanotubes are low cost pesticide carriers, extended release and have better contact with plants, and reduce the amount of pesticides used by 70–80%, hence it reduce the cost of pesticide and also the impact on water streams.

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In terms of geography, the nanotechnology in agriculture market can be segregated into North America, Asia Pacific, Europe, Latin America, and Middle East & Africa. Nanotechnology in agriculture is widely used in the U.S., Western European nations, and Japan. Countries such as Brazil, India, China, South Korea, South Africa and Thailand have significant growth in the use of nanotechnology. South Africa and Thailand have carried out significant nanotechnology research initiatives and established nation-wide activities focused on specific needs of the nanotechnology in agriculture.

Key players operating in the nanotechnology in agriculture market include Nanosys Inc, ASML Holding, Zyvex Labs, Oxford Instruments plc, Nanoco Group plc, and ThalesNano Inc.

The report offers a comprehensive evaluation of the market. It does so via in-depth qualitative insights, historical data, and verifiable projections about market size. The projections featured in the report have been derived using proven research methodologies and assumptions. By doing so, the research report serves as a repository of analysis and information for every facet of the market, including but not limited to: Regional markets, technology, types, and applications.

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Bronze Market By Regional Analysis, Key Players and Forecast 2017 – 2025

Bronze is one of the oldest metals known to man. It is defined as an alloy obtained by combining copper with other metals, usually tin. Bronze can also be made by combining copper with metals such as zinc, arsenic, silicon, phosphorus, aluminum, nickel, and manganese. Bronze is obtained as a golden, hard, and brittle metal. It exhibits properties such as high ductility, and low friction against other metals, which makes it highly desirable for combination with various metals, in a number of applications. Moreover, bronze is an ideal choice to use around flammable or explosive materials, as striking it against a hard surface doesn’t generate sparks. Furthermore, it offers high resistance to corrosion, and has a richer look than brass, due to a tinge of red color in it. Bronze is employed in a number of applications such as architectural infrastructure, bearings, musical instruments, electrical contacts, machine tools, and as bronze wool in woodworking. However, bronze is an expensive metal.

It develops patina, a green film, as a result of long exposure to moisture. A major drawback of bronze is that it is susceptible to ’Bronze Disease’, which leads to the formation of small, rough, green corrosion spots on bronze due to the combined attack of chlorides and oxygen, in a damp environment. This disease forces the users of bronze to substitute it with the other metals, especially in architectural design applications, as the resulting green spots hamper the overall aesthetics of the architecture.

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Based on the metals with which copper is combined to form bronze alloy, the market can be segmented into tin, phosphorus, aluminum, zinc, manganese, arsenic, and silicon. Currently, the market is dominated by tin, as a majority of bronze is manufactured using tin. The typical composition in bronze employing tin is 0.5% to 1% tin, 0.01% to 0.35% phosphorous, and majorly copper. It is also called as phosphor bronze. Tin bronze possesses high strength, high durability, high fatigue resistance, and low coefficient of friction. It is utilized in several applications such as anti-corrosive and electrical components. Tin bronze is anticipated to dominate the bronze market during the forecast period.

Based on application, the bronze market can be segmented into musical instruments, architectural components, medals, and industrial. The industrial application segment dominates the bronze market, and is anticipated to continue its dominance during the forecast period. Bronze is employed to manufacture various industrial products such as bearings, bushings, bellows, washers, springs, etc. Moreover, demand for industrial products made from bronze is increasing due to the rapidly increasing industrialization and expanding manufacturing sector, especially in Asia Pacific. This, in turn, is fuelling the demand for bronze. The bronze market is anticipated to expand at a significant growth rate during the forecast period.

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In terms of geography, the global bronze market can be segregated into Asia Pacific, Europe, Middle East & Africa, North America, and Latin America. Asia Pacific dominated the global bronze market due to the presence of a large number of manufacturing industries in the region, especially in developing countries such as China, India, and the ASEAN countries. Rising population and rapid economic development in the region are fuelling the manufacturing industry in the region, which in turn is likely to boost the bronze market during the forecast period. Asia Pacific is anticipated to expand at a significant rate during the forecast period.

Major players operating in the global bronze market include Lebronze Alloys, Ningbo Xingye Shengtai Group Co., Ltd., Ningbo Boway Alloy Material Co Ltd., Diehl Metall Stiftung & Co. KG, PMX Industries Inc., Wieland Metals Inc., KME Germany GMBH & Co. KG, National Bronze & Metals, Inc., LDM B.V., and Concast Metal Products Co.

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Biodegradable Cleaners Market Significant Growth Foreseen By During 2017 – 2025

Buyers purchase commercial cleaning products for household cleaning applications. Consumers use a wide range of scents, bleaching agents, soaps, detergents, softeners, polishes, and specialized cleaners for bathrooms, drains, glass, and ovens to keep their homes clean. Chemicals used in these commercial cleaners are effective at making bathtubs, dishes, and countertops free of germs. Many of the commercial cleaners also add to indoor air pollution. These products are poisonous if ingested and can be unsafe if inhaled. Traditional cleaning products lead to various human health and environmental concerns. Traditional cleaners comprise harsh chemicals associated with various diseases such as cancers, respiratory ailments, reproductive disorders, and eye or skin irritation.

Green or biodegradable cleaning products use earth-friendly components such as hydrogen peroxide, a natural bleaching agent that further degrades into water and oxygen. It can be used as an efficient substitute for chlorine bleach, which is toxic to the environment.

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Government institutions, organizations, and environmental activists claim that substituting traditional cleaning products with biodegradable cleaners can considerably improve the environmental scenario. Products with lower toxic levels prove to be less harmful to human beings and the environment. Introduction of green, biodegradable cleaning products is likely to help improve the environmental profile of routine cleaning activities without losing cleaning effectiveness. Lower toxic levels and biodegradable nature of cleaners are expected to drive the biodegradable cleaners market during the forecast period. Furthermore, competitive performance of biodegradable cleaners along with cost effectiveness is anticipated to boost the demand for biodegradable cleaners during the next few years. However, research and development cost involved in developing biodegradable cleaners is projected to hamper the market.

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Biodegradable cleaners are efficient substitutes to be used for household and other applications. It is easy to substitute hazardous cleaning products with safe, biodegradable cleaners and degreasers. Alcohol ethoxylate cleaners are considered to be safe alternative for nonylphenol ethoxylate (NPE) cleaners. NPE cleaners are considered to be safe and biodegradable and are preferred by consumers. NPE cleaners are used in household cleaners as well as industrial grade cleaners. NPEs are considered to match physical and chemical properties and have been successfully exhibiting effective performance. In terms of application, the household cleaners segment held major share of the market in 2016. It was followed by the industrial cleaners segment. This trend is expected to continue during the forecast period owing to the rise in consumer awareness regarding the use of traditional cleaners that contain chemicals such as NPEs.

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Aviation Coatings Market Analysis By Segments, Size, Trends, Growth and Forecast 2017 – 2025

Coating is a layer of covering applied on the surface of objects not only for appearance, but also for functional purposes. Temperature variation in the air impacts the structural dimensions of an aircraft; therefore, aviation coatings are applied to exteriors and interiors of the aircraft to protect it from the environment, thereby reducing corrosion and erosion.

These coatings are used by original equipment manufacturers (OEMs) and players in the maintenance, repair, and operations (MRO) industry as well. Demand for lightweight products is a major criteria for components in an aircraft, especially in airframe and outer skin of the aircraft. Metals such as aluminum and its alloys are used to make the airframe and skin. These metals are subjected to corrosion. Protective coatings are applied on metal components to prevent or reduce corrosion and to provide an appealing appearance to the aircraft. Coatings with low volume of volatile organic component (VOC) tend to reduce the release of organic solvents in the atmosphere, thereby protecting the environment.

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Aviation coating consists of a primer and a top coat. Corrosion of the substrate is inhibited by the primer and the appearance of the component is enhanced by top coat. The top coat also helps to increase durability of coatings. Coating can be applied as one layer or as multiple layers. The primer present in the multi-layer coating is an organic polymer and has anti-corrosion property due to the presence of dispersed chromate corrosion-inhibiting compounds in it. Uni-layer coating, also known as unicoat, contains compounds inhibiting corrosion and other colored pigments that provide a decorative and appealing appearance to the aircraft.

Coatings in the aviation industry are applied on different sections of an aircraft, such as combustion chamber, turbine, and compressor. Coatings are applied to aircraft components such as combustion flame tubes, compressor air foils, turbine air foils, fuel nozzles, fuel swirlers, compressor drums, discs and shafts, and bearings and accessories. The objective of coatings is not the same for all components, for instance coatings on blades, stators, vanes of compressors provide corrosion resistance. Whereas, coatings are used as sealing on compressor cases. Other aircraft components subjected to coatings include gas generator case, diffuser case, spacers, hubs, shafts in the compressor, blade tips, brush seals, thrust frame boss & clevis, and exhaust fairing pins & bushings in the turbine, among others.

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Regulations on eco-efficiency have influenced recent developments in the aviation coatings industry. Innovations in the coating products are focused mainly to address toxicity, emissions, hazardous potential, etc. Newly launched aviation coatings have longer shelf-life and contain low volume of toxic ingredients, which meet the regulatory standards. Europe and the Government in Canada, the U.S, and Australia have stringent regulations to curb coating-related VOC emissions. These regulations have given rise to research & development in the coating industry.

Currently, major demand for aviation coating is witnessed in North America followed by Asia Pacific, Europe, the Middle East, and Rest of the World. However, the market in Asia Pacific is expected to expand at a rapid pace in the coming years and is likely to hold a significant share of the aviation coatings market. The reason behind Asia Pacific occupying a major share is the rising demand for aviation coatings in commercial airlines and military sector of countries such as China.

Key players operating in the global aviation coating market include AkzoNobel N.V, PPG Industries, Inc., Aerospace Coatings International, BASF SE, Aerospace Coating Systems, Inc., Sherwin-Williams Aerospace Coatings, Henkel AG & Co., Mapaero, Tennant Coatings, National Coatings and Supplies, Hohman Plating, MankiewiczGebr. & Co., Ionbond AG and Hentzen Coatings.

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Low Voltage Motor Control Centers Market Trends, Size, Share, Growth and Forecast 2017-2025

The global market for low-voltage motor control centers has gained traction due to the increasing need for organization of power across various industries. Control centers are consoles that are used to monitor the power operations of a range of electric motors. Power is complexly distributed across various industrial and commercial longitudes, making it imperative to have an organized system for controlling the entire power setup. A low voltage control center integrates numerous electric motors performing different functions in an industrial unit. Since there is a dire need to control power across all industrial sectors, the global market for low-voltage control centers is expected to gain prominence in the coming years. The two types of motor control centers viz. low voltage motor control centers and medium voltage motor control centers allow consumers to customize the control of their energy sources according to the needs of the industry. This offers ease to the customers, thus, driving demand within the market.

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The market segmentation is based on the type of product and the geographical layout. The former segment is integral towards ascertaining the overall progress of the market. The geographical segmentation encapsulates major regional markets and their subsequent growth prospects in the coming years.

The report encompasses several market dynamics that are vital for gauging the growth rate of the market. The projections made in the report have been supported by a range of trends that have surfaced in the market. Moreover, parameters such as growth rate, regional market share, and market value have also been included in order to provide a holistic overview of the market.

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Automation drives productivity in an organization and enhances the efficiency of human resource. Due to this reason, most of the industries and production houses are inculcating automation as a prolific part of their operations. This pervasiveness of automation across several industries calls for numerous electric motors to generate power. This propels the growth of the market for low voltage control centers across various industries and offers lucrative opportunities to the market players. Governments, stakeholders, and business enterprises are making collective efforts to enhance the performance of production plants. Low voltage motor controls can aid this proposition by cutting-down on the expenditure incurred due to heavy-voltage controls. Several end-user industries have become ardent consumers of low voltage motor control centers, which is anticipated to gross-in commendable revenue for the market.

Asia Pacific, Europe, North America, the Middle East and Africa, and Latin America are the key regional segments for the global low voltage control centers market. Amongst these, the market in North America and Europe has shown splendid growth in recent times. Despite the reign of these regional markets, Asia Pacific is expected to register the highest growth rate in the coming times. The rising population, advancements in automation, and a dire need for electricity are the primary factors responsible for the high growth rate in Asia Pacific.

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Carbolic Oil Market Future Scope and the Growth Prospects with Forecast 2017-2025

Also known as middle oil, carbolic oil is a fraction that is extracted via coal-tar distillation that typically contains tar acids, and often, naphthalene. The complex mixture of coal tar is made from condensable organic components and emerges from coal carbonization. Extraction of phenol is the most prominent application of carbolic oil, which is a highly important industrial commodity that is frequently used to synthesize plastics and other alternatives. The chemical derivatives of carbolic oil are used for the production of numerous pharmaceutical drugs, detergents, nylon, polycarbonates, and herbicides, among others. As the demand for these application segments escalates, the demand in the global carbolic oil market is primed to expand at a notable CAGR during the forecast period of 2017 to 2025.

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This report on the global carbolic oil market is a thorough study of its lucrativeness, compiled by a group of experienced research analysts, aspiring to serve as a reliable decision-making tool for its targeted audiences. This report contains in-depth analysis of all factors including trends, opportunities, and restraints, and their eventual impact over the demand for carbolic oil have been evaluated. Moving on, the report bifurcates the market into several segments in order to explore the profitability of various aspects of the market. Realizing the fact that many of its audiences work under limited geographies, the report has divided and showcased the lucrativeness of various regions and countries in terms of demand. Finally, the report has a featured chapter on the competitive landscape of the global carbolic oil market, wherein a number of leading companies have been profiled for their business overview, production strength, product portfolio, geographical presence, and recent strategic decisions.

Carbolic oil, from which phenol is extracted, finds various applications in molecular biology. The prosperity of the cosmetics industry is the primary driver of the global carbolic oil market, wherein manufacturers use it for the production of skin lightening creams, sunscreen, and hair coloring solutions. Simultaneous extraction of bases and phenols for carbolic oil is done by using methanol-water mixture and hexane as solvents. The common phenol hydroquinone is the component of photograph developer that reduces the exposed silver bromide crystals to black metallic silver.

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Based on application, the global carbolic oil market can be segmented into pyridine bases, extraction of phenol, and others, whereas on the basis of product, the market for carbolic oil can be bifurcated into analysis level and industrial grade. For each of these segments, the report provides information on production, revenue, market share, price, and growth rate during the forecast period of 2017 to 2025.

The report gauges the potential of the demand for carbolic oil that can be expected out of every important region and country, such as China and India in Asia Pacific, the U.S. and Canada in North America, Europe, and the Middle East and Africa. Currently, China is keeping Asia Pacific as the leading region in terms of demand, which is a reflection of rapid rise of manufacturing industries in the country. On the other hand, North America and Europe are expected to provide for incrementing demand at a moderate growth rate during the aforementioned forecast period.

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Bronze Market By Regional Analysis, Key Players and Forecast 2017 – 2025

Bronze is one of the oldest metals known to man. It is defined as an alloy obtained by combining copper with other metals, usually tin. Bronze can also be made by combining copper with metals such as zinc, arsenic, silicon, phosphorus, aluminum, nickel, and manganese. Bronze is obtained as a golden, hard, and brittle metal. It exhibits properties such as high ductility, and low friction against other metals, which makes it highly desirable for combination with various metals, in a number of applications. Moreover, bronze is an ideal choice to use around flammable or explosive materials, as striking it against a hard surface doesn’t generate sparks. Furthermore, it offers high resistance to corrosion, and has a richer look than brass, due to a tinge of red color in it. Bronze is employed in a number of applications such as architectural infrastructure, bearings, musical instruments, electrical contacts, machine tools, and as bronze wool in woodworking. However, bronze is an expensive metal.

It develops patina, a green film, as a result of long exposure to moisture. A major drawback of bronze is that it is susceptible to ’Bronze Disease’, which leads to the formation of small, rough, green corrosion spots on bronze due to the combined attack of chlorides and oxygen, in a damp environment. This disease forces the users of bronze to substitute it with the other metals, especially in architectural design applications, as the resulting green spots hamper the overall aesthetics of the architecture.

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Based on the metals with which copper is combined to form bronze alloy, the market can be segmented into tin, phosphorus, aluminum, zinc, manganese, arsenic, and silicon. Currently, the market is dominated by tin, as a majority of bronze is manufactured using tin. The typical composition in bronze employing tin is 0.5% to 1% tin, 0.01% to 0.35% phosphorous, and majorly copper. It is also called as phosphor bronze. Tin bronze possesses high strength, high durability, high fatigue resistance, and low coefficient of friction. It is utilized in several applications such as anti-corrosive and electrical components. Tin bronze is anticipated to dominate the bronze market during the forecast period.

Based on application, the bronze market can be segmented into musical instruments, architectural components, medals, and industrial. The industrial application segment dominates the bronze market, and is anticipated to continue its dominance during the forecast period. Bronze is employed to manufacture various industrial products such as bearings, bushings, bellows, washers, springs, etc. Moreover, demand for industrial products made from bronze is increasing due to the rapidly increasing industrialization and expanding manufacturing sector, especially in Asia Pacific. This, in turn, is fuelling the demand for bronze. The bronze market is anticipated to expand at a significant growth rate during the forecast period.

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In terms of geography, the global bronze market can be segregated into Asia Pacific, Europe, Middle East & Africa, North America, and Latin America. Asia Pacific dominated the global bronze market due to the presence of a large number of manufacturing industries in the region, especially in developing countries such as China, India, and the ASEAN countries. Rising population and rapid economic development in the region are fuelling the manufacturing industry in the region, which in turn is likely to boost the bronze market during the forecast period. Asia Pacific is anticipated to expand at a significant rate during the forecast period.

Major players operating in the global bronze market include Lebronze Alloys, Ningbo Xingye Shengtai Group Co., Ltd., Ningbo Boway Alloy Material Co Ltd., Diehl Metall Stiftung & Co. KG, PMX Industries Inc., Wieland Metals Inc., KME Germany GMBH & Co. KG, National Bronze & Metals, Inc., LDM B.V., and Concast Metal Products Co.

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Biodegradable Cleaners Market Significant Growth Foreseen By During 2017 – 2025

Buyers purchase commercial cleaning products for household cleaning applications. Consumers use a wide range of scents, bleaching agents, soaps, detergents, softeners, polishes, and specialized cleaners for bathrooms, drains, glass, and ovens to keep their homes clean. Chemicals used in these commercial cleaners are effective at making bathtubs, dishes, and countertops free of germs. Many of the commercial cleaners also add to indoor air pollution. These products are poisonous if ingested and can be unsafe if inhaled. Traditional cleaning products lead to various human health and environmental concerns. Traditional cleaners comprise harsh chemicals associated with various diseases such as cancers, respiratory ailments, reproductive disorders, and eye or skin irritation.

Green or biodegradable cleaning products use earth-friendly components such as hydrogen peroxide, a natural bleaching agent that further degrades into water and oxygen. It can be used as an efficient substitute for chlorine bleach, which is toxic to the environment.

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Government institutions, organizations, and environmental activists claim that substituting traditional cleaning products with biodegradable cleaners can considerably improve the environmental scenario. Products with lower toxic levels prove to be less harmful to human beings and the environment. Introduction of green, biodegradable cleaning products is likely to help improve the environmental profile of routine cleaning activities without losing cleaning effectiveness. Lower toxic levels and biodegradable nature of cleaners are expected to drive the biodegradable cleaners market during the forecast period. Furthermore, competitive performance of biodegradable cleaners along with cost effectiveness is anticipated to boost the demand for biodegradable cleaners during the next few years. However, research and development cost involved in developing biodegradable cleaners is projected to hamper the market.

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Biodegradable cleaners are efficient substitutes to be used for household and other applications. It is easy to substitute hazardous cleaning products with safe, biodegradable cleaners and degreasers. Alcohol ethoxylate cleaners are considered to be safe alternative for nonylphenol ethoxylate (NPE) cleaners. NPE cleaners are considered to be safe and biodegradable and are preferred by consumers. NPE cleaners are used in household cleaners as well as industrial grade cleaners. NPEs are considered to match physical and chemical properties and have been successfully exhibiting effective performance. In terms of application, the household cleaners segment held major share of the market in 2016. It was followed by the industrial cleaners segment. This trend is expected to continue during the forecast period owing to the rise in consumer awareness regarding the use of traditional cleaners that contain chemicals such as NPEs.

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Aviation Coatings Market Analysis By Segments, Size, Trends, Growth and Forecast 2017 – 2025

Coating is a layer of covering applied on the surface of objects not only for appearance, but also for functional purposes. Temperature variation in the air impacts the structural dimensions of an aircraft; therefore, aviation coatings are applied to exteriors and interiors of the aircraft to protect it from the environment, thereby reducing corrosion and erosion.

These coatings are used by original equipment manufacturers (OEMs) and players in the maintenance, repair, and operations (MRO) industry as well. Demand for lightweight products is a major criteria for components in an aircraft, especially in airframe and outer skin of the aircraft. Metals such as aluminum and its alloys are used to make the airframe and skin. These metals are subjected to corrosion. Protective coatings are applied on metal components to prevent or reduce corrosion and to provide an appealing appearance to the aircraft. Coatings with low volume of volatile organic component (VOC) tend to reduce the release of organic solvents in the atmosphere, thereby protecting the environment.

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Aviation coating consists of a primer and a top coat. Corrosion of the substrate is inhibited by the primer and the appearance of the component is enhanced by top coat. The top coat also helps to increase durability of coatings. Coating can be applied as one layer or as multiple layers. The primer present in the multi-layer coating is an organic polymer and has anti-corrosion property due to the presence of dispersed chromate corrosion-inhibiting compounds in it. Uni-layer coating, also known as unicoat, contains compounds inhibiting corrosion and other colored pigments that provide a decorative and appealing appearance to the aircraft.

Coatings in the aviation industry are applied on different sections of an aircraft, such as combustion chamber, turbine, and compressor. Coatings are applied to aircraft components such as combustion flame tubes, compressor air foils, turbine air foils, fuel nozzles, fuel swirlers, compressor drums, discs and shafts, and bearings and accessories. The objective of coatings is not the same for all components, for instance coatings on blades, stators, vanes of compressors provide corrosion resistance. Whereas, coatings are used as sealing on compressor cases. Other aircraft components subjected to coatings include gas generator case, diffuser case, spacers, hubs, shafts in the compressor, blade tips, brush seals, thrust frame boss & clevis, and exhaust fairing pins & bushings in the turbine, among others.

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Regulations on eco-efficiency have influenced recent developments in the aviation coatings industry. Innovations in the coating products are focused mainly to address toxicity, emissions, hazardous potential, etc. Newly launched aviation coatings have longer shelf-life and contain low volume of toxic ingredients, which meet the regulatory standards. Europe and the Government in Canada, the U.S, and Australia have stringent regulations to curb coating-related VOC emissions. These regulations have given rise to research & development in the coating industry.

Currently, major demand for aviation coating is witnessed in North America followed by Asia Pacific, Europe, the Middle East, and Rest of the World. However, the market in Asia Pacific is expected to expand at a rapid pace in the coming years and is likely to hold a significant share of the aviation coatings market. The reason behind Asia Pacific occupying a major share is the rising demand for aviation coatings in commercial airlines and military sector of countries such as China.

Key players operating in the global aviation coating market include AkzoNobel N.V, PPG Industries, Inc., Aerospace Coatings International, BASF SE, Aerospace Coating Systems, Inc., Sherwin-Williams Aerospace Coatings, Henkel AG & Co., Mapaero, Tennant Coatings, National Coatings and Supplies, Hohman Plating, MankiewiczGebr. & Co., Ionbond AG and Hentzen Coatings.

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Low Voltage Motor Control Centers Market Trends, Size, Share, Growth and Forecast 2017-2025

The global market for low-voltage motor control centers has gained traction due to the increasing need for organization of power across various industries. Control centers are consoles that are used to monitor the power operations of a range of electric motors. Power is complexly distributed across various industrial and commercial longitudes, making it imperative to have an organized system for controlling the entire power setup. A low voltage control center integrates numerous electric motors performing different functions in an industrial unit. Since there is a dire need to control power across all industrial sectors, the global market for low-voltage control centers is expected to gain prominence in the coming years. The two types of motor control centers viz. low voltage motor control centers and medium voltage motor control centers allow consumers to customize the control of their energy sources according to the needs of the industry. This offers ease to the customers, thus, driving demand within the market.

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The market segmentation is based on the type of product and the geographical layout. The former segment is integral towards ascertaining the overall progress of the market. The geographical segmentation encapsulates major regional markets and their subsequent growth prospects in the coming years.

The report encompasses several market dynamics that are vital for gauging the growth rate of the market. The projections made in the report have been supported by a range of trends that have surfaced in the market. Moreover, parameters such as growth rate, regional market share, and market value have also been included in order to provide a holistic overview of the market.

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Automation drives productivity in an organization and enhances the efficiency of human resource. Due to this reason, most of the industries and production houses are inculcating automation as a prolific part of their operations. This pervasiveness of automation across several industries calls for numerous electric motors to generate power. This propels the growth of the market for low voltage control centers across various industries and offers lucrative opportunities to the market players. Governments, stakeholders, and business enterprises are making collective efforts to enhance the performance of production plants. Low voltage motor controls can aid this proposition by cutting-down on the expenditure incurred due to heavy-voltage controls. Several end-user industries have become ardent consumers of low voltage motor control centers, which is anticipated to gross-in commendable revenue for the market.

Asia Pacific, Europe, North America, the Middle East and Africa, and Latin America are the key regional segments for the global low voltage control centers market. Amongst these, the market in North America and Europe has shown splendid growth in recent times. Despite the reign of these regional markets, Asia Pacific is expected to register the highest growth rate in the coming times. The rising population, advancements in automation, and a dire need for electricity are the primary factors responsible for the high growth rate in Asia Pacific.

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Nanowire Market To Observe Strong Development By 2025

Nanowire is a type of nanostructures which possess attractive properties such as high electrical, thermal and mechanical properties. It is the solid material in the form of a wire with diameter less than that of 100 nm.  It can be synthesized either by top down approach or by bottom up approach. Nanowire finds applications in electrical, magnetic, optical fields. In nanowires, the ballistic movement of electrons are observed and this leads the nanostructure to be employed in various electronic devices. VLS (Vapor-Liquid-Solid) process is one of the most successful approach for the synthesizing single-crystalline semiconductor nanowires. Manufacturers produce nanowires to custom specifications and in bulk quantities. The unique features of the nanowires make them ideal materials for numerous electrical and optical applications, photovoltaics, sensors, transistors, piezoelectric generators, and energy storage technologies.

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The nanowire market is primarily driven by the increasing demand for high efficient electronic devices. Nanowires are the key materials used in the transistors. The demand for dimensionally smaller transistors is expected to drive the market for nano wires. The doping process is carried out on the surface of semi conducting nanowires for creating active electronic elements. P-type and N-Type semi-conductors are also manufactured by using the nanowires. The logic gates such as AND, OR, and NOT gates have been built from semiconductor nanowires. Nanowires can be produced with self-assembly techniques, providing complex structures with relatively simple and standard process equipment.

In terms of product types, the global nanowire market can be categorized into metal nanowires, semiconductor nanowires, oxide nanowires, multi-segment nanowires and semi-conductor quantum wires. The nanowire market can be segmented in terms of synthesis as spontaneous growth, template based system, electro-spinning and lithography. The various applications of nanowires can be classified as field effect transistors, magnetic devices, chemical biological sensors, logic gates, nanogenerators and solar cells.

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The global nanowire market has witnessed robust expansion in 2016, and the trend is estimated to continue during the forecast period. North America accounted for a significant share of the nanowire market due to availability of raw material processing and technological advancements in the region. The semiconductor industry in North America is a key market and is anticipated to expand further due to the active research and developmental activities in nanotechnology. The demand for highly efficient electronic and optical devices is driving the market in the region. Similarly, in Europe, the nanowire market is expanding. Germany and France are considered as the key countries in Europe.

The demand for products with high quality and technological advancements are driving the market in Europe.  Asia Pacific, is also considered as a key country for the market of nanowires due to strong demand from China, Japan and ASEAN countries. The change in lifestyles, the nature of emerging economy and overseas studies are key factors that fuel the expansion of the market for Nanowires in Asia Pacific. In Latin America, demand for Nanowires is primarily from Brazil due to the recent progress made in the science and technology in the country. The nanowire market seems less attractive in the Middle East & Africa region. However, with the incorporation of advanced technologies and change in life styles, the region is expected to have attractive growth opportunities for the nanowire market in the future.

Key players operating in the global Nanowire market include AMERICAN ELEMENTS and Novarials, C3 Nano, OneD Material, and Cambrios Technologies.

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Static VAR Compensator (SVC) Market Progresses for Huge Profits During 2017 – 2025

Static VAR compensator, usually referred to as SVC, is a power quality device employed in power electronics to control the reactive power flow of the systems to which it is connected. It provides fast-acting reactive power compensation on high-voltage electrical systems. In other words, a static VAR compensator regulates and controls the voltage of devices to the required set point, thereby providing fast-acting reactive power on electricity transmission networks. Static VAR compensators are primarily used in large industries, such as steel-making plants, to lower voltage fluctuations and flicker compensation. Additionally, SVCs are installed at appropriate positions in the electric power system to increase power transfer capabilities by improving the voltage stability. SVCs can also improve active power oscillations by modulating the amplitude of the voltage. Furthermore, they have the advantage of taking the system power factor close to unity. SVCs are generally installed near high and rapidly varying loads in large industries such as welding plants, and industries prone to flicker and voltage fluctuations.

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Static VAR compensators offers numerous benefits. They maximize power compensation, increase economic benefits, eliminate harmonics, and reduce voltage distortion. Furthermore, they provide near-instantaneous response to system voltage variations. They also provide load balancing on three-phase systems. Increase in demand for renewable energy sources and power quality & network reliability requirements is anticipated to boost the static VAR compensator market in the near future. The need for upgrade and replacement of aging power infrastructure and rise in usage of SVCs in railways as high voltage boosters in developed regions are likely to boost the static VAR compensator market. With major developments taking place in industrial and power infrastructure sectors across the world, the static VAR compensator market is anticipated to expand at rapid pace during the forecast period.

Lack of awareness regarding the advantages of MCR-based SVCs among companies and high political involvement in the power industry are the major factors hampering the static VAR compensator market. Reluctance of end-customers to adopt or switch to static VAR compensators is anticipated to adversely affect market growth.

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The static VAR compensator market can be segmented based on technology type, component, and application. In terms of technology type, the static VAR compensator market can be bifurcated into thyristor-based SVC and Magnetically Controlled Reactor (Mcr)-based SVC. Based on component, the static VAR compensator market can be classified into power electronics devices, harmonic filter, capacitor bank, thyristor, Phase-shifting Transformer (PST), reactor, Gas insulated switchgear (GIS), surge arrester, and control protection system. In terms of application, the static VAR compensator market can be segregated into electric utility, renewable, railway, industrial and oil & gas.

Geographically, the static VAR compensator market can be segmented into North America, Europe, Asia Pacific, Middle East & Africa, and Latin America. Asia Pacific led the global static VAR compensator market in 2016, followed by North America. The market in Asia Pacific is anticipated to expand at a fast-paced CAGR during the forecast period, owing to the increase in the number of investments in the renewable sector in countries such as China, India, Japan, and South Korea. The static VAR compensator market in Europe is projected to expand significantly during the forecast period, due to the implementation of stringent government regulations to greenhouse gas and carbon emissions in the region. The static VAR compensator market in Middle East & Africa and Latin America is likely to expand at a moderate pace during the forecast period, due to stringent restrictions on the investments in the renewable energy sector in various countries in these regions.

Key players operating in the static VAR compensator market are ABB Ltd., Mitsubishi Electric Corporation, Siemens AG, General Electric, Eaton Corporation Plc., and American Electric Power.

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Bactericides Market To Record Sturdy Growth By 2025

With the alarming surge in the global population, the demand for food has increased fourfold over the past century. In a number countries with high population growth rate, people are suffering from food insecurity, which has led to the rising need to increase the crop yield. This, as a result, has fueled the demand for bactericides across the world, reflecting considerably on the global market for bactericides.

The leading players in this market have concentrated their research and development efforts on the advancement of products conforming to the European rules and regulations for antibacterial products, since these rules are said to be the benchmarks in terms of the quality and the environmental impacts of these chemicals. However, several factors, such as the dearth of awareness among agriculturists and farmers and the increasing incidence of environmental toxicology, may act as restraints in the growth trajectory of this market in the near future.

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Well-established and fiscally stable market participants have been driving this market for several years. Most of the leading participants have been discovering new regional markets through product launches, strategic collaborations, and merges and acquisitions across the world in an effort to gain a competitive advantage through collective synergies over their rivals.

A bactericide, also called bacteriocide, is a substance that kills or inhibits the growth of bacteria. Bactericides can be classified as disinfectants, antiseptics, or antibiotics. Bactericides have been created to kill harmful bacteria, whilst not harming the important good bacteria. Bactericides are also used as antiseptics and are applied on the skin or tissue that has been damaged. This is to prevent the wound or tissue from getting infected by any form of bacteria or microorganisms. Disinfectants, unlike antiseptics or antibiotics, are not meant for usage on the human body and are applied over non-living surfaces in order to cleanse the surfaces off any microorganisms that might be present on them and could be harmful when made contact with. A classic example of a disinfectant can be the household dishwashing soap. These substances aid the disinfection of any microorganisms present on dishes and cleanse them for future use, providing a hygienic clean surface.

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The global bactericide market can segmented on the basis of type, mode of application, crop type, and bactericide form type. The mode of application segment can be further sub-segmented into foliar spray and soil treatment. Foliar spray is the main mode of the application and primarily employed by farmers due to its ease of usage and high efficiency. Foliar spray is beneficial for a plant suffering from various nutrient deficiencies. A foliar spray sprays fertilizer directly on the leaves and not on the soil. This protects the soil from further exploitation. Spraying of bactericides by foliar spray reduces the cost of crop production by reducing machinery costs and labor cost. Therefore, it helps the farmer to grow crops efficiently. The crop type segment can be further sub-segmented into cereals & grains, fruits & vegetables, oilseeds & pulses, and other crop types. The factors boosting the expansion of the cereals & grains segment are the rise in the awareness of benefits, and nutrition derived from cereals & grains. Moreover, people are moving toward a healthy diet, hence the demand for exotic and tropical fruits is increasing in the developing economies.

Key players operating in the bactericides market include Bayer Crop Science AG, BASF SE, Sharda Crop, Adama Agricultural Solutions Ltd., Syngenta AG, and Nufarm Limited.

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Automotive Interior Materials Market  To See Incredible Growth During 2017-2025

The global market for automotive interior materials is witnessing strong growth, thanks to the increasing demand for low-emission materials, particularly in emerging economies, and the rising implementation of stringent fuel economy standards across the world. However, the escalating cost of genuine leather, on account of the demand-supply gap and the increasing number of regulations over the usage of synthetic leather are projected to hamper the market’s growth in the years to come. Nonetheless, technological advancements in the manufacturing procedures of automotive materials are anticipated assist in lowering the cost of production and enhancing the sustainability, leading to great improvement in performance.

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Since automotive interior materials offer an appealing look, enhanced sustainability, and improved reliability to automobiles, leading better and upgraded design of automotive cabins, their demand has increased over time. The innovative automotive designs and the significant rise of the global economy offer a number of opportunities to market participants for further growth. The leading players in the global market for automotive interior materials continue to strengthen their presence across the world by expanding their reach into emerging markets by reducing the product cost and setting up production units in developing regions in order to decrease the operational costs, as skilled laborers and low cost raw materials are easily available in emerging economies.

Automotive interior materials are employed in the manufacture of automotive interior components such as steering wheels, roofing & flooring, leather, plastics, mattings, seatbelts, and airbags. Every application serves a specific function; this entails the manufacture of a particular material. Automotive interior materials are largely used to make the cabin space more comfortable. These materials increase the interior esthetics of the vehicle and influence the buying behavior of the customer.

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Automotive interior materials are imperative in the manufacture of vehicles. Thus, the dynamics are closely dependent on demand and production of vehicles. Furthermore, the market for automotive interior materials also depends on the government rules and regulations, especially for the leather industry; pricing; and availability of automotive interior materials. Rise in demand for vehicles due to the growth in disposable income in developing economies such as India, China, and Brazil is boosting the demand for automotive interior materials. Internal substitution for several applications is likely to take place in the automotive interior materials market. For instance, genuine leather is being largely substituted by synthetic PU, PVC leather, or fabrics. Increase in focus on interior compartments of the vehicles and rise in need to make vehicle interiors comfortable and esthetically pleasing are the other factors estimated to drive the automotive interior materials market.

Prominent players operating in the global automotive interior materials market include Faurecia S.A., Lear Corporation, Johnson Controls, Toyota Boshoku, DK Leather Corporation Berhad, and Grupo Antolin.

The report offers a comprehensive evaluation of the market. It does so via in-depth qualitative insights, historical data, and verifiable projections about market size. The projections featured in the report have been derived using proven research methodologies and assumptions. By doing so, the research report serves as a repository of analysis and information for every facet of the market, including but not limited to: Regional markets, technology, types, and applications.