ReleaseWire

Increasing interest in air sports such as aerial acrobatics has greatly put the emphasis on ultralight models of aircraft across the globe. In addition, ultralight aircraft are also finding increasing application in military operations owing to their role in reconnaissance procedures, on the front lines. Increasing emphasis by market players on aircraft regulations and technological advances is anticipated to boost the market during the forecast period.

Demand for dry ice is expected to magnify with the development of dry ice machines industry across the globe. Manufacturers in large multinational organizations and private firms have been contributing prominently in the revenue growth of dry ice market. Dry ice being a cost-effective product is expected to bolster its demand across various applications in the near future. Rising number of fire accidents leads to increasing demand for dry ice, in order to restore and renovate industrial and residential buildings. These factors coupled with non-combustible and non-toxic properties of dry ice is expected to further drive the global market growth.

Growing number of innovative product launches and expansion of therapeutic indications for already approved antibody therapeutics will continue to drive the growth of the antibodies market. In biopharmaceutical drugs, monoclonal antibody-based therapeutics are the dominant form of biologic drugs -- 6 of 10 top-selling drugs in 2017 were antibodies. The antibodies market is expected to witness impressive growth due to growing new drug approvals across the globe. Number of antibody-based therapeutics granted first approval reached double-digits for the first time in 2017 and a total of 9 antibody candidates were undergoing regulatory review. Future Market Insights forecasts that the global antibodies market is projected to expand at a robust CAGR of 12.5% over 2016–2026.

The evolution of solid waste is a major threat to community and environment and at the same time can be useful as strategic renewable resource. Municipal waste remains a foreseeable by-product of civilization and a main target for advancement in technology. Meanwhile, the waste management market is entering a period of active change as the total volume of waste generated is estimated to grow from 1.5 billion tons in 2014 to 2.3 billion tons by the end of 2025. Smart waste management helps to reduce the overall transport and collection cost of waste management by almost 50%. Smart waste management denotes the management of waste generated from residential buildings, houses, streets, commercial buildings, public places, hospitals and other institutions. Smart waste management uses smart technologies such as a Radio Frequency Identification (RFID) disposal tags, vacuum containers, sensor containers, which provide real time fill measurement of solid municipal waste. Smart waste management ultimately reduces fuel and service cost. Proper and efficient management of solid waste through smart waste management can solve many problems related to environmental pollution, climatic changes and public health.

Growing scepticism over invasive cosmetic procedures is diverting consumers towards radio frequency beauty treatments that deliver quick results through non-surgical equipment.

Purified terephthalic acid (PTA) is produced by chemical synthesis of crude oil. Majority of the purified terephthalic acid (PTA) is utilized in production of polyester resin which is used in the manufacture of polyester film, polyethylene terephthalate (PET) resin, and polyester fiber. The remaining percent of the purified terephthalic acid (PTA) is employed in manufacture of liquid crystal polymers, terephthaloyl chloride, cyclohexanedimethanol, plasticizers, and copolyester-ether elastomers.

Sulfuric acid is a diprotic acid that exhibits different variety of properties depending upon its concentration. Sulphuric acid has the biggest output of any chemical in the world. Sulphuric acid is majorly used in the manufacture of chemicals to make sulfate salts, pigments, dyes, nitric acid, sulfate salts, and others. It also serves as the electrolyte in the lead acid storage battery.

Rising prevalence of cancers and adverse effects cases during cancer treatment will remain the most prominent factor driving the demand for cancer supportive care products on a global level. FMI indicates steady growth prospects for the global cancer supportive care products market over 2016-2021. The market is likely to reach US$ 25.35 Bn in 2016. Erythropoietin stimulating agents will register the highest consumption. North America is expected to retain the largest market.

Sliver Nitrate, a silver salt raw material, is one of the most important chemical compound due to its varied industrial and commercial applications. Silver nitrate compound have an important presence in medical & healthcare, photography & jewelry, glass coating and other applications. Besides important chemical properties such as stability to light, solubility in water and non-hygroscopic nature, silver nitrate have competitive advantage of being the least expensive of the silver salts, making the silver nitrate market lucrative. The past trends reveals high growth rates in the silver nitrate market due to extensive use of silver nitrate as photographic emulsions and as an agent to remove copper oxide firescale from silver articles. Silver nitrate is an important antiseptic, disinfectant, and is also used for glass coating to manufacture shiny mirrors. A large portion of silver consumed globally goes into the production of silver nitrate compounds. Silver nitrate is produced by a chemical reaction between silver and nitric acid, further it acts as an intermediate chemical, from which other silver compounds are made and thus possesses important laboratory applications. However, the silver nitrate market has encountered a decline in growth rate in past decade, which is majorly due to reduced use of silver nitrate in photographic applications. The silver nitrate market possess strict government norms and regulations due to its toxic nature. It can cause adverse effects to humans and environment, especially has severe danger to fish and other aquatic organisms.

In the U.S., acne is one of the most common skin disorders among the teenage population. While topical or oral antibiotics remain the first-line treatment, more advanced therapies are chosen if the condition becomes severe. Increasing resistance of Propionibacterium acnes to standard medications has surfaced as a major concern for both physicians and patients. Therefore, physicians are required to consider other treatment modules that are capable of delivering quicker and more positive results.

Flame retardancy has always been an essential requirement for apparel and other furnishing textiles. Flame resistant and retardant fabric have been used in almost everything from high-end upholstery to soft furnishing to schoolroom curtains. The use of coating technique as a fire retardant back-coating which is applied to the fabric in question, tends to stiffen the fabric and eventually makes it better for upholstery use. Meanwhile, coating technique is regarded less apt as curtain fabric given the drape of the material end up less natural vis-à-vis other fabric treatment.

Acute kidney injury (AKI) is a common type of kidney disorder with high morbidity and mortality worldwide. Patients from low-resource regions are more prone to acute kidney injuries. The incidence of acute kidney injuries varies greatly in Asia due to significant variation in climate, geographical attributes, ethnic groups and socioeconomic status. The global continuous renal replacement therapy market was valued at US$ US$ 743 Mn in terms of value in 2016, according to a latest research by Future Market Insights (FMI). The report on continuous renal replacement therapy further projects significant growth potential with average year-on-year growth rate of 7.7% through 2027.

The future has already arrived, wherein driver no longer interacts with the vehicle by using conventional techniques. Automotive Human-Machine Interface (HMI) technology is evolving in such a way that driver in the vehicle can have real-time communication with vehicle system to interact without distraction while driving the vehicle. Automotive Human-Machine Interface technology is rapidly growing due to focus on safety, customization, and interaction without distraction. Human machine interface is portal to exchange information, converts raw and unorganized data into useful and actionable data. Gesture control, customization, speech recognition, augmented reality etc. are some of the key features of Human-Machine Interface technologies. HMI not only connects the driver and car but with the outside world too. This technology will help the driver to have information about the surrounding environment such as traffic and weather conditions. In addition, such technology improves the driver and passenger safety. Use of mobile phone while driving is the biggest threat and incorporating Human-Machine Interface (HMI) technology will overcome this safety threat. Advanced Automotive Human-Machine Interface Technology is taking drivers experience to new levels. Changing trends in consumer electronics, personal mobile devices and car technology is greatly influencing the Automotive Human-Machine Interface technology market. Earlier, Human-Machine Interface technology was used mostly in luxury vehicles, but changing technology and reducing cost will enable manufacturers to introduce Automotive Human-Machine Interface technology in medium cost segments in the coming years. Automotive Human-Machine Interface technology is expected to witness significant CAGR growth over forecast period of 2016-2026.

Introduction of affordable devices would pave huge opportunities for the global spinal cord stimulators market across developing economies. Customized spinal cord stimulators as per the requirements of an individual is expected to offer higher growth potential for leading market players. Specialists in healthcare settings are more likely to prescribe devices that are smaller in size, owing to their easy implantation and less painful surgical procedure.

Common forms of artificial tears are known for being quick-fix remedies to dry eye syndrome. Drops of artificial tears with CMC and HPMC formulations were a top-selling product in the global market for dry eye syndrome treatment. Now, new products formulated from derivations of hyaluronic acid are witnessing a soaring demand among dry eye syndrome patients from around the world. Future Market Insights' latest study on the global dry eye syndrome treatment market predicts that developing products with hyaluronic acid formulations will be observed lucrative for the market's overall expansion.

A dental handpiece is an instrument used to hold dental burs, disks, or cups in order to perform tooth removal or to perform cleaning and polishing of teeth or restorative material. The instrument is available in two modalities that includes air driven and electrically driven handpieces. It is powered by either electric motor or air turbines.

Air flow sensor market is witnessing significant growth owing to its application in several industries ranging from automotive, healthcare, aerospace, and to building automation. Use of air flow sensors in developing automation projects, mainly as a component in HVAC systems are positioned to develop plenty of white spaces for air flow sensor key players. Climate change has prompted government associations to introduce stringent regulations on the emission of nitrogen oxide and sulfur oxide. For instance, Paris Agreement by UNFCC, EPA policies by the government of the U.S. regarding wastewater management and new emission standards by government of China will prohibit the VOCs emission in the aforementioned regions. This, in turn, will contribute to airflow sensors market growth.

Industrial catalytic converters are devices used to control the emission of toxic and harmful pollutants from exhaust gasses by converting them through a redox reaction. A redox reaction consists of either an oxidation reaction or a reduction reaction. As many countries have stringent norms pertaining to environmental safety, every industrial exhaust system should contain catalytic converters. Industrial catalytic converters find application in several industries, such as refinery, steel, and manufacturing, where the emission of toxic gasses is high. These devices are mainly used to convert harmful exhaust gasses, such as CO (carbon monoxide), HC (hydrocarbons), and NO (nitrogen oxides), among others into less toxic and harmful gasses, such as CO2 (carbon dioxide), N2 (nitrogen), and others.

Conveyance of important fluids such as coolant, fuel and lubricants within an automobile is an integral process duly carried out by flexible conduits known as automotive rubber hoses where the build material is mainly rubber or any of its variants. In addition to transmission of various fluids, automotive rubber hoses also effectively convey pressure from one actuation point to another in a hydraulic circuit as well as function as a medium to create vacuum wherever necessary in an automobile. The design of automotive rubber hoses is governed by parameters including application, working conditions, pressure ratings, compatibility with varying chemicals and fluids, etc. Automotive applications such as HVAC, braking and steering systems require the assistance of automotive hoses to ensure smooth functioning of various systems. With the move towards increasing the performance and efficiency of automobiles without compromising on fuel consumption, the inclusion of turbochargers in the power unit system of a vehicle is on the rise, paving a way for the growth of long lasting and extra durable automotive rubber hoses favouring the growth of the market on a long term basis.

Anti-Vibration Mounts are specific devices manufactured to absorb vibration caused by machine, vehicles or any other system. These are known by alternate names such as isolation devices and vibration isolation mountings. Anti-vibration mounts are being widely used in automotive industry to improve the fuel efficiency of vehicles. Moreover, the use of anti-vibration mounts provides better safety and comfort in vehicles. There are stringent regulations pertaining to the use of anti-vibration systems in order to reduce noise pollution and improve the safety and efficiency of engineering equipment. There has been increasing trend of providing customized offerings to the customers. The manufacturers are using this as a product differentiator strategy to win an edge over other players. The use of high temperature and wear resistance polymer materials is projected to increase over the forecast period. These materials provide better resistance to wear and tear and also offer cost effective solutions.

The global construction industry is expected to run massive growth in the coming years, on account of fundamental factors like urbanization and economic recovery at the international level. Looking at this exceptional growth across the construction industry, the adoption of construction lubricants is projected to shoot upwards. As per the newly published Fact.MR study, "Construction Lubricants Market Forecast, Trend Analysis & Competition Tracking - Global Market Insights 2018 to 2028", the construction lubricants market is anticipated to register a volume CAGR of nearly 4% through 2028. This assessment is a subtle data source of valuable information associated to market trends, revenue share, Y-o-Y growth and several different related facets. Readers can further gain insight regarding the competitive landscape, which deliberately highlights the contribution of prime market players towards the development of the global construction lubricants market.

PLCs or Programmable Logic Controllers are generally the commercial or industrial computers used to operate automated systems. From traffic lights on streets to roller coasters at parks, PLCs are seen everywhere. To make PLC work, three major components are required, namely, the Central Processing Unit (CPU), the power supply and rack, and the I/O section. The two main categories of PLC are fixed and modular PLCs. Modular PLC (Programmable Logic Controller) is preferred over fixed PLC owing to its capability to execute complex processes. Furthermore, modular PLCs are also called rack-mounted units, consisting of bases for installation of various I/O modules, which are easier to repair. Capability to store more information, greater number of available I/O modules, designed to expand and customize processes for continuous development and greater economic security for long-term are some of the benefits, which are expected to be the factors for the market growth. Based on product type, micro modular PLC is expected to dominate the global modular PLC market.

Linear actuators assist in converting energy into straight line motions, generally for positioning applications. Most of the linear actuators are either mechanical or electro-mechanical devices that provide controlled movement and positioning. These actuators are primarily used in industrial machinery, computer peripherals, valves, and many other places where linear motion is required. A typical linear actuator generally produces push and pull action. As most processes across a variegated range of industries gets automated, the global linear actuators market is expected to expand with an impressive CAGR throughout the forecast period.

Pressure Relief Valves are used to control the pressure in a system in case of a process upset, or equipment failure. The extra pressure in the systems is relieved through an auxiliary passage. A typical pressure relief valve is designed to operate at a predetermined set pressure to assist in protecting other vessels and equipment from being subjected to unsafe pressure. If the pressure in the system exceeded the relief valve automatically becomes the passage of least resistance and helps retain the pressure.Pressure relief valves finds application in a variegated range of industries ranging from F&B, Pharmaceuticals, Oil & Gas, Power and Paper & Pulp.

Mycotoxin can be referred to secondary metabolites of molds which foul the crops & plants. Mycotoxin has the capabilities of causing infection to both human beings & animals. They are poisonous chemical products that are made by the fungi that colonize the grains. Many species can produce the same mycotoxins but various types of mycotoxin can be produced by single species.