SBWire

The newly released research at Market Study Report titled “2019-2024 Global Conductive Polymers Market Report” provides data, information, brief analysis, company profiles, statistics for past years and forecasts for next few years.

Fumed Silica is a specialty type of silica which consist of microscopic droplets of amorphous silica. Due to its unique particle characteristics and large surface area Fumed Silica is used in variety of applications such as paints, adhesives, coatings ,plastics, sealants, inks, toner, cosmetics, food additives, and deformers and others. Due to its wide scope of properties paints and coating industry is one of the major consumers of fumed silica. In paints and Coating Fumed Silica is used to control rheological characteristics, as anti-settling agent, as thixotroping agent and to prevent from rust and corrosion. Fumed silica is estimated to be the second largest product type of silica in terms value type. The global fumed silica market in 2010 was estimated to be of EUR 800 million in which the fumed silica used for paints and coating is one of the major contributor in terms of value. It is forecasted that the Fumed silica market

Automotive Soft Trim Interior popularly known as "Soft Trims" belongs to automotive interiors segment being a part of the automotive ancillaries sector. The nomenclature is derived from the nature of the product application compared to the hard exterior body & spare parts of the vehicle. It is used in seats, doors, floor liners, pillar covers, cockpit, headliners, etc. of the vehicle. The material used is primarily of 3 types: Leather, Textile/Fabric & Chemical Polymers. Leather is used in Premium automobile models, whereas the latter two cater to Mid & Base Level models in exterior furnishing/covering as well fabrication of core interior body parts. The product has a blend of critical traits more than just the aesthetics aspect; such as Acoustic Control, Durability & Ergonomics, and Feather Weight Capability.

Touch screens are the primary interface in various electronic equipment as they are easy to use and provide improved reliability while functioning. The trend of using touch screens has now emerged in automotive too. Touch screens have become an essential inclusion for vehicular telecommunications and information systems. Automotive manufacturers are increasingly providing touch screen control systems in their vehicles and using it as an important tool for marketing. Due to their easy to use functioning and attractive aesthetic features, automotive touch screens are gaining popularity among consumers and the global automotive touch screen control systems market is anticipated to increase at a significantly high CAGR over the forecast period of 2016-2026.

Future Market Insights (FMI) has published a new report on ultrasound conductivity gels. The report has been titled, "Ultrasound Conductivity Gels Market: Global Industry Analysis 2013 – 2017 and Opportunity Assessment, 2018 – 2028." The report caters to the numerous needs of the global as well of the regional vendors and presents a distinguishing scenario of the market along with factors such as drivers, inhibitors, prospects, and trends based on the regional as well as the global dynamics.

Global turbo compounding systems are used to increase the efficiency of the engines. These systems use a turbine to harness energy from exhaust gas in order to pump air into the engine so as to increase power output in diesel and gas engines. Turbo compounding systems thus help increase power output, improve fuel economy and reduce emissions. Power turbine can be linked with crankshaft by either mechanical or electrical methods. In electrical turbo compounding (ETC) systems, the turbine is connected to a generator where the mechanical energy is converted into electrical energy that can be stored in batteries and used to increase the engine's output through a motor or power ancillaries. ETC systems can be further classified as serial turbo compounding, parallel turbo compounding, and electric assisted turbo compounding systems. Turbo compounding systems are used in motorsport racing engines, heavy vehicle engines, aircraft engines, and gen sets (stationary generator sets). The gen sets are relatively novel application for such systems. Use of fossil fuels for power generation, especially in developing economies, is expected to continue for decades. The global need to reduce CO2 will propel the use of ETC systems in gen sets to provide cleaner and energy efficient solutions. The F1 racing engines are currently using these systems to help power the advanced energy recovery systems. The adoption of turbo compounding system technology in this application is increasing with the technology innovation in electric turbo compounding technology. The electric turbo compounding is estimated to enter into passenger cars and commercial vehicles in future. Hybrid autos are anticipated to easily adopt the technologies as they are equipped with battery and battery traction engine to store the recovered energy from the exhaust waste.

Fertilizers are the substances added to increase the yield by supplying crops with the nutrients the soil lacks. Water soluble fertilizers are the type of fertilizers that are dissolved in water and applied to plants at the base or foliage throughout the growing season. The addition of fertilizer often leads to double or triple the yield. Ever growing demand for agricultural products is the major reason for growth in demand of water soluble fertilizers. Global demand for fertilizer nutrients is estimated to grow at 1.8 percent per annum from 2015 to 2019.

Seating systems are platform designed to accommodate the person seating in vehicle. Seating has modified through simple seating systems to complex masterpiece to fulfill the desires of both consumer and manufacturers. When OEM (Original Equipment Manufacturers) and Tier 1 companies design the cars, the seating systems referred as expensive and heaviest interior parts. While conventional designs have been recommended throughout the industry, companies have started to design new layouts that will change the seating systems in more modified manner than conventional seating systems. Luxury modifications have been introduced into seating systems to assure the relaxing experience to customer while driving.

Digitization in the healthcare sector has revamped the ultrasound systems market. The advancements in different spheres of the industry has benefited not just the patients but the market too, as the demand for medical examination has surged over the past decade. A new market research report by Future Market Insights, revolves around an in-depth and an all-inclusive analysis of Global Ultrasound Systems Market, reveals a strong growth of the market due to upgraded services provided to the patients and also the easier approach to the internal body examination witnessed with the usage of ultrasound systems. According to the outcomes of global forecast mentioned in the report titled 'Ultrasound Systems Market - Global Industry Analysis 2013 – 2017 and Opportunity Assessment 2018 – 2028', the global ultrasound systems market is expected to reach a market value of over US$ 12,500 Mn by the end of 2028, growing at an impressive CAGR of 5.7% during the forecast period.

Autonomous vehicles also known as "robot cars" are driverless vehicles, controlled by the computer, which is yet to be commercialized in the market. Autonomous vehicles have sensors installed in it, which detects the objects in its surroundings via radar, GPS, lasers and computer vision and chooses the appropriate path and direction. With the increasing road accidents due to human error while driving provides lucrative opportunities for autonomous vehicles over the forecast period, as the autonomous vehicles are comparatively safe when compared with manually controlled vehicles. The autonomous vehicles will also help in reducing the CO2 emissions to the environment. The commercialization of autonomous vehicles will also contribute to the revenue growth of different industries such as, IT, technology and electronics. The use of autonomous vehicles are not limited to passenger cars, it can be used in industrial fleet, construction, public transportation and for agricultural applications. The merits of an autonomous vehicle over manually operated vehicles are, increased fuel efficiency, safety and low emissions among others. Considering the aforementioned factors, the global autonomous vehicles market will project a healthy growth rate over the forecast period.

Stamping is a metal working process by which a desired shape and structure of a material is achieved. This metal working process is adopted in manufacturing industries engaged in processing of hardened surfaces such as sheet metal and plastics components. Stamping process forms the base of all the building process in automotive industry as more than 80 percent of the components that make up a vehicle is produced by stamping. Both the interior structural components and the exterior build components are produced by this process.

A Plug-in Hybrid Electric Vehicle (PHEV) is a vehicle which comprises of internal combustion engine (IC Engine), electric motor, and a rechargeable battery. The PHEV can work even after their battery is emptied, by using IC Engine and can operate as a conventional vehicle. The combination of both electric and IC engine power enable the vehicle to travel long distances. As compared to conventional vehicles, plug-in hybrid electric vehicles emit less harmful greenhouse gases, thus making them more environment friendly than the conventional vehicles. PHEVs are mostly passenger cars but there are light commercial vehicles, heavy commercial vehicle, and two wheelers which have this feature available. The PHEV is popular in number of countries such as U.S., China, Japan, the Netherlands, and Canada. The plug-in hybrid electric vehicle gaining popularity in other countries as well such as France, Italy, Germany, Sweden, U.K., Norway, and Spain among others.

"The US$ 5.49 Bn global cognitive systems spending market will witness a massive hike in the revenues, reaching a whopping US$ 21.46 Bn by the end of 2026. Over the 10-year assessment period 2016-2026, the global cognitive systems spending market will expand at a healthy CAGR of 14.6%, gaining a healthy incremental opportunity of over US$ 15 Bn."

Partnerships between the private sector and public institutions have been the chief agenda of global public health initiatives. The last few years have witnessed an increase in several private-public partnerships specifically focussing on vaccine provision in developing countries. Partnerships like the International Coordinating Group on Vaccine Provision for Epidemic Meningitis Control (ICG) help magnify the vaccine outreach to remote areas of the world with the maximum need. The governments of several countries across the globe initiate immunisation programmes periodically and these programmes are backed by global organisations such as UNICEF and WHO and private not for profits like the Global Alliance for Vaccines and Immunization (GAVI).

Soy Lecithin is typically the brownish yellow complex mixture of glycolipids, phospholipids, neutral lipids and sugars. The use of Soy to produce the lecithin is the highest as compare to the other sources of lecithin. The wide functional, nutritional and therapeutic properties of soy lecithin are used in variety of application. Soy Lecithin is mostly used as emulsifier in various industrial application such as food, feed, paints, cosmetics, plastics, pharmaceutical and others. The wide and constantly increasing product category for Lecithin applications is a healthy sign for the budding demand of soy lecithin market.

The chemicals derived from pine tree and its parts occur naturally. Thus, pine is a renewable source of chemicals that find applications across a diverse set of industries. Pine trees occur predominantly in regions like North America, Latin America, Asia and Scandinavia. Traditionally, these pine derived chemicals have been used in adhesives industry, construction industry and healthcare sector among the others. In the recent past, these pine derived chemicals have been used in applications such as in printing inks, adhesives, soaps & detergents, resins, plasticizers, surface coatings, fragrance chemicals among the others. The pine chemicals are obtained from distillation of semi-solid extracts of resin and fatty oil. Primarily, pine based products are derived from gums, stumps and by products of Kraft pulp. Pine chemicals include rosin, tall oil, turpentine, resin etc. Major chemicals like turpentine, tall oil fatty acids (TOFA) and resin acids among the others are derived from by-product of sulphate pulping process.

Orthokeratology has been considered to facilitate the elimination of contact lens related vision problems, providing patients with the freedom to experience an active lifestyle. While this factor will continue to play a pivotal role in growing adoption of Ortho-K lenses, Future Market Insights has discovered a few other factors that are likely to impact the growth of orthokeratology market in near future. In a recently released report, titled "Orthokeratology Market: Global Industry Analysis 2013-2017 and Opportunity Assessment, 2018–2028," the performance of global market for orthokeratology is assessed for a 10-year period 2018-2028.

The extensive consumption of fossil fuels result in increasing carbon dioxide emissions. As a result of this, there is need to harness the potential of bio-based products. Therefore, the use of bio-based chemicals is expected to grow during the forecast period. The chemicals derived from soybean are a reliable alternative to traditional petroleum and crude derived chemicals and ensure sustainability and reduced carbon footprints. Traditionally, soy chemicals have been used in a variety of applications across a diverse set of industries. The most common soybean derivatives are soy-milk and soy-oil. Soy-milk and soybeans are widely used in food industries owing to their high nutrient content. Soy-oil is used as a vegetable oil as well as to derive the chemicals such as polyols, isoflavones and waxes among the others. The chemicals derived from soy-oil have wide applications such as in production of biodiesel, bio-degradable plastics, soaps etc. These Soy-based chemicals find application across diverse industries including cosmetics, paper, food & beverages, plastic &polymer etc.

A new study by the company titled 'Preterm Birth Diagnostic Test Kits Market: Global Industry Analysis 2013-2017 and Opportunity Assessment 2018–2028', has listed out the key points being considered by preterm birth diagnostic test kits companies to emerge and stay sustainably profitable in the long run in the preterm birth diagnostic test kits market. The global preterm birth diagnostic test kits market is expected to expand at a CAGR of 7.4% over the forecast period to reach a value of over US$ 200 Mn by 2028, and the North America preterm birth diagnostic test kits market is expected to remain as a main sink market for revenues. Europe is expected to remain as the main source market for preterm birth diagnostic test kits, as most of the preterm birth diagnostic test kits facilities are located in this region. However, with the increasing demand and cost-effective diagnostic options in countries such as China and India, and various countries of Asia Pacific and Middle-East, is fueling the growth of preterm birth diagnostic test kits market.

Increasing aging population and rise in plastic surgery are the major factor which is fueling the growth of extremity tissue expanders market over the forecast period. According to a latest research by company, the global extremity tissue expanders market is anticipated to account for US$ 1,842.6 Mn, in terms of value, by 2028 end. The report on extremity tissue expanders further projects significant growth potential with average year-on-year growth rate pegged at 6.3% over the period of 2018-2028.

Nowadays, significant commitment towards quality and safety monitoring is made in enterprises to ensure that organizations are continuously improving their processes. One feature of a quality and safety reporting system is that it constantly tracks quality measures regarding service, product or workflow processes in an enterprise which are further shared with employees on regular basis to motivate and guide them to improve productivity. Another feature is associated with the safety which includes incident prevention by identifying and controlling risk hazards. The tools and processes used in quality and safety reporting systems are documentation control, incident reporting, training management, equipment management, and record maintenance.

Smart home solutions are home automation techniques triggered by computing devices and information technology that connect various gadgets and instruments in the house which respond to the need of occupants. These solutions enhance the lifestyle of people considering various aspects such as comfort, security, entertainment, and convenience. Smart home solutions were initially marketed and adapted primarily for advanced security features. Eventually new areas such as energy management, entertainment, lighting, and appliances control systems evolved in the smart home solutions market.

Wide-bandgap semiconductors are semiconductor materials which allows devices to operate at much high temperatures, voltages, and frequencies considering that of traditional semiconductor materials such as gallium arsenide and silicon.

Smart parking is a vehicle parking system, which facilitates driver to search for vacant space to park the vehicle. Sensors and software assist the driver for finding the place available for parking through symbols or sign. This system helps in the proper management of the vehicle, considering the availability of space, which will further assist in optimized usage of land.

Stomach Cancer is a fourth most common cancer globally in which malignant (cancer) cells form in the lining of the stomach. Major cause for the developing stomach cancer is not known exactly, But bacterium Helicobacter pylori is one of the main cause of stomach cancer. Smoking and ulcer are few factors leading to stomach cancer. Other factors such as age, diet, and stomach disease can affect the risk of developing stomach cancer. Symptoms of stomach cancer include indigestion and stomach discomfort or pain. Tests that examine the stomach and esophagus are used to detect (find) and diagnose Stomach cancer. Certain factors affect prognosis (chance of recovery) and treatment options. Stomach cancer is the fifth most widely prevalent cancer in the world causing almost 700,000 deaths globally per year.