Increasing plastics demand from various end-use industries such as construction, automotive and packaging is expected to drive the global market growth over the forecast period. Increasing requirement for consumer specific physical and chemical properties is expected to strengthen the growth trend over the forecast period. Global plastic additives market volume was estimated at 13,183.3 kilo tons in 2014 and is expected to reach 18,352.9 kilo tons by 2022, growing at a CAGR of 4.5% from 2015 to 2022.

High Performance Alloys market is witnessing a growth, because of its extensive use in the aerospace industry, and industrial gas turbines, along with automobiles, electrical & electronics industry, where its replacing the traditionally used metals. The demand will sustain to grow considering the need of improved performance of the machines and use of alloys help to boost the performance of the equipment it is used in. The demand is expected to be driven majorly by demand from the aerospace industry.

The demand of electric and plug-in hybrid electric vehicles has grown rapidly due to strict governmental regulations. The government have implemented laws and regulations for vehicular emission, and have mandated automobile manufacturers to use advanced technologies to reduce the green house gas effect over the enviroment. In the European countries such as Germany, the U.K, the Netherlands, Belgium, Norway, and Luxembourg, among others, have implemented regulations on the amount of Co2 released which in turn is encouraging consumers to purchase vehicles with low emission such as EV’s, plug-in hybrid and hybrid vehicles. In Europe, European emission standards have also set the average emission from new passenger cars to be reduced from 130 gram (g) per kilometer (km) travel in 2013 to 95g per km travel by 2020. The sales of fuel cars is also impacted by the current Corporate Average Fuel Economy (CAFÉ) standards, which has mandated an increase of average fuel economy standard to 35.5 miles per gallon by 2016 and 54.5 miles per gallon by 2025.

Europe remains in third place in the global rankings in the most recent update of our Autos Production Risk/Reward Index (RRI), with the region's average score falling slightly to 48.7 out of a possible 100, from 49.5 last quarter. Europe remains below the Americas region with a score of 49.8 and global leader Asia with a score of 58.6. Europe's strengths still derive from its higher scores in the risk category for which it scores highest out of all the regions (with a score of 58.3). This is as a result of Europe's lower operational and logistics risks (with scores of 62.6 and 64.3 respectively) as well as more stable short- and long-term political environment (with scores of 56.2 and 61.9) when compared to other regions across the globe.

The report constitutes an extensive study of the global automotive refinish coatings market, including the analysis of product type, resin type, auto type, vehicle age, and technology implemented in the automotive refinish coatings that are used in the automotive industry, and their regional market presence. The automotive refinish coatings market has been segmented, and analyzed on the basis of region; the analysis includes various market trends across the key demographic regions based on the following factors: market size, drivers, growth opportunities, and challenges. The report provides detailed insights about the major market players in the global automotive refinish coatings market using the supply chain analysis. The scope of the report has been summarized in the following figure:

An air compressor is a mechanical device utilized to harness the natural energy of air by converting it into a potential source of energy in the form of pressurized air. These devices are used in process industries such as oil & gas, water management, chemicals, power generation, automotive, mining, pharmaceuticals, food & beverages, and others. They play an important role in increasing efficiency, safety, and profitability in these industries. Furthermore, manufacturers of air compressors are constantly engaged in R&D activities to design their products in accordance with the changing requirements, environmental change, and international standards among various industries. Compressed air is utilized in varied applications such as dental services, metal fabrication, powering of pneumatic tools, bottling & packaging, spraying & painting, cooling & freezing of food products, and others. Based on these applications, air compressors can be segregated into consumer grade, professional grade, and industrial grade.

Hydrogen fuel cell vehicle utilizes a hydrogen fuel cell to power its on-board electric motor. Hydrogen is used to operate a hydrogen fuel cell to generate electricity. Hydrogen fuel cell vehicles possess high potential to reduce emissions related to the transportation sector. This vehicle does not generate any greenhouse gas (GHG) emissions during vehicle operation unlike diesel-powered and gasoline vehicles.

Many manufacturing companies need PLM software to deal with their functional levels of product designing, design engineering, and manufacturing. The growing product complexity and the increase in product portfolio across organizations have led to the emergence of PLM software and services. PLM software caters to the need for managing products in terms of servitization. It offers solutions to the production process across industries. The implementation of PLM software in an organization provides higher revenue, reduce cost, and capital efficiency.

Metals used in automotive, aerospace and defense, and other industries are required to have certain physical and chemical properties based on their use. Metal heat treatment is a process that is used for changing the physical and chemical properties of metal to attain the desired engineered requirements. The process involves heating of metals in a furnace to change their metallurgical properties. Furnaces heat the metals up to 2,000-2,700°C following which the metals are subjected to different processes such as annealing, hardening, brazing, quenching, and carburizing. In the metal heat treatment process, the absence of air as well as other gases in the furnace averts heat transfer through convection, resulting in zero possibility of contamination.