Humidity sensor is an electronic device that detects and measures water vapour. It provides accurate measurement of dew point and absolute humidity by combining relative humidity (RH) and temperature (T) measurements. A humidity sensor measures the content of moisture in the environment and converts its findings into a corresponding electrical signal. Humidity sensors are available in a wide range of sizes and functionality. The scope of the report discusses the potential opportunities for the market players to enter the global humidity sensor market. This report also provides in-depth analysis of the market, outlining current trends, key driving factors, and key area of investment. The report includes Porter’s five forces analysis to understand the competitive scenario of the industry and role of each stakeholder in the value chain. It features the strategies adopted by the key market players to maintain their foothold in the market.

Humidity sensor is an electronic device that detects and measures water vapour. It provides accurate measurement of dew point and absolute humidity by combining relative humidity (RH) and temperature (T) measurements. A humidity sensor measures the content of moisture in the environment and converts its findings into a corresponding electrical signal. Humidity sensors are available in a wide range of sizes and functionality. The scope of the report discusses the potential opportunities for the market players to enter the global humidity sensor market. This report also provides in-depth analysis of the market, outlining current trends, key driving factors, and key area of investment. The report includes Porter’s five forces analysis to understand the competitive scenario of the industry and role of each stakeholder in the value chain. It features the strategies adopted by the key market players to maintain their foothold in the market.

Humidity sensor is an electronic device that detects and measures water vapour. It provides accurate measurement of dew point and absolute humidity by combining relative humidity (RH) and temperature (T) measurements. A humidity sensor measures the content of moisture in the environment and converts its findings into a corresponding electrical signal. Humidity sensors are available in a wide range of sizes and functionality. The scope of the report discusses the potential opportunities for the market players to enter the global humidity sensor market. This report also provides in-depth analysis of the market, outlining current trends, key driving factors, and key area of investment. The report includes Porter’s five forces analysis to understand the competitive scenario of the industry and role of each stakeholder in the value chain. It features the strategies adopted by the key market players to maintain their foothold in the market.

Graphite is a mineral of carbon used in the various applications such as electrical vehicle, refractories, foundry, lubricating agent, construction applications, and others. The increasing use of graphite in the above-mentioned industries is owing to its several advantages such as reduces wear, easy to machine, thermal shock resistant, high metal removal rate, and others. Graphite is a non-metal but possess metallic properties such as high stiffness, strength, good conductor of electricity & heat, and others. There are two different forms of graphite, which include natural graphite and synthetic graphite. The global graphite market is segmented on the basis of type, application, and region. Depending on type, the market is bifurcated into natural graphite and synthetic graphite. The natural graphite segment is further subcategorized into flake graphite, amorphous graphite, and vein graphite. The synthetic graphite segment is further classified into graphite electrode, graphite block, carbon fiber, graphite powder, and others. Based on the application, the global graphite market is segmented into lubrication, refractories, foundry, battery production, and others. Region wise, the market is analyzed across North America, Europe, Asia-Pacific, and LAMEA.

Graphite is a mineral of carbon used in the various applications such as electrical vehicle, refractories, foundry, lubricating agent, construction applications, and others. The increasing use of graphite in the above-mentioned industries is owing to its several advantages such as reduces wear, easy to machine, thermal shock resistant, high metal removal rate, and others. Graphite is a non-metal but possess metallic properties such as high stiffness, strength, good conductor of electricity & heat, and others. There are two different forms of graphite, which include natural graphite and synthetic graphite. The global graphite market is segmented on the basis of type, application, and region. Depending on type, the market is bifurcated into natural graphite and synthetic graphite. The natural graphite segment is further subcategorized into flake graphite, amorphous graphite, and vein graphite. The synthetic graphite segment is further classified into graphite electrode, graphite block, carbon fiber, graphite powder, and others. Based on the application, the global graphite market is segmented into lubrication, refractories, foundry, battery production, and others. Region wise, the market is analyzed across North America, Europe, Asia-Pacific, and LAMEA.

Flexible electronics have gained huge popularity with the growing number of applications, including wearables. Also, the advent of flexible batteries and the growing use of flexible sensors in smart packaging and tracking applications are expected to encourage the development of the global flexible electronics market throughout the forecast period. Additionally, the growing research and development and innovations in the market are likely to drive the overall market. Flexible electronics have evolved significantly over the last decade. Today, it is possible to create flexible electronics fibers that stretch to over 1,000% of their original length as against of around 70% in 2008, while maintaining their conductivity. These semiconductors have become stretchier, smaller, and thinner, which has expanded the potential of flexible electronics. Flexible technology fabricates transistors using organic materials that replace the silicon and hard ceramic materials with soft, carbon-based materials. These high-performance organic thin-film transistors (OTFTs) can be processed at temperatures lower than 100°C, allowing the use of lowercost thin-film substrates, thus enabling flexible devices. According to BNP Media, by 2030, electronics content will account for 50% of an automobile’s total production cost. Earlier this decade, it was only 30%. Progress in thin, light, and flexible electronics is behind a range of innovative technologies, from curved TVs to glucose-monitoring contact lenses. This can lead to the growth of printable solar cells and flexible screens using organic light-emitting diodes (OLEDs).

Flexible electronics have gained huge popularity with the growing number of applications, including wearables. Also, the advent of flexible batteries and the growing use of flexible sensors in smart packaging and tracking applications are expected to encourage the development of the global flexible electronics market throughout the forecast period. Additionally, the growing research and development and innovations in the market are likely to drive the overall market. Flexible electronics have evolved significantly over the last decade. Today, it is possible to create flexible electronics fibers that stretch to over 1,000% of their original length as against of around 70% in 2008, while maintaining their conductivity. These semiconductors have become stretchier, smaller, and thinner, which has expanded the potential of flexible electronics. Flexible technology fabricates transistors using organic materials that replace the silicon and hard ceramic materials with soft, carbon-based materials. These high-performance organic thin-film transistors (OTFTs) can be processed at temperatures lower than 100°C, allowing the use of lowercost thin-film substrates, thus enabling flexible devices. According to BNP Media, by 2030, electronics content will account for 50% of an automobile’s total production cost. Earlier this decade, it was only 30%. Progress in thin, light, and flexible electronics is behind a range of innovative technologies, from curved TVs to glucose-monitoring contact lenses. This can lead to the growth of printable solar cells and flexible screens using organic light-emitting diodes (OLEDs).

Flexible electronics have gained huge popularity with the growing number of applications, including wearables. Also, the advent of flexible batteries and the growing use of flexible sensors in smart packaging and tracking applications are expected to encourage the development of the global flexible electronics market throughout the forecast period. Additionally, the growing research and development and innovations in the market are likely to drive the overall market. Flexible electronics have evolved significantly over the last decade. Today, it is possible to create flexible electronics fibers that stretch to over 1,000% of their original length as against of around 70% in 2008, while maintaining their conductivity. These semiconductors have become stretchier, smaller, and thinner, which has expanded the potential of flexible electronics. Flexible technology fabricates transistors using organic materials that replace the silicon and hard ceramic materials with soft, carbon-based materials. These high-performance organic thin-film transistors (OTFTs) can be processed at temperatures lower than 100°C, allowing the use of lowercost thin-film substrates, thus enabling flexible devices. According to BNP Media, by 2030, electronics content will account for 50% of an automobile’s total production cost. Earlier this decade, it was only 30%. Progress in thin, light, and flexible electronics is behind a range of innovative technologies, from curved TVs to glucose-monitoring contact lenses. This can lead to the growth of printable solar cells and flexible screens using organic light-emitting diodes (OLEDs).

The firefighting foams are mixture of air, water, and concentrates that suppress fire by forming a layer that shield between fuel/source and oxygen. Significant increase in fire related accidents especially in the oil & gas industry surges demand for efficient safety measures such as firefighting foam, which drives the market growth. Furthermore, stringent rules & regulations by government that mandate fire safety measures also boosts the demand for firefighting foam acting as driving factor for market growth. However, rise in awareness toward presence of PFOS and PFAS in firefighting foam contaminating drinking water sources have led to introduction of acts and laws that restricts the usage of fluorine-based firefighting foam use, which hampers the market growth. Meanwhile, R&D activities regarding fluorine-free firefighting foam is expected to offer lucrative opportunity for industry growth.

According to Composites UK, the usage of composites is growing and the global market for composite products is expected to reach USD 95 billion, globally, by 2020. Increasing need for lighter weight and durable products is increasing the penetration of composites in major industries, such as aerospace, transportation, construction, and wind energy in the global market. However, around 40% of the total production of composites ends up being wasted. They are either dumped as scrap or can be found as defective parts. Apart from the waste generated from production, much of the waste is also generated from end-of-life usage of products. According to various industrial sources, around 12,000 commercial aircraft are due to reach the end of their useful life in the next two decades, and approximately six million cars are scrapped each year, globally. Moreover, in the wind turbine industry, approximately 20% of the composite fabrics used in the manufacture of rotor blades are generally discarded during the production process. Such developments are expected to increase the amount of composite waste generated by these industries significantly.