Friday, 29 December 2017

Slurry Pumps Market to Register a Strong Growth By 2025 - Persistence Market Research

A slurry pump is a hose pump, centrifugal pump or a lobe pump employed for the hydraulic transport of slurry in various industries. Though many different types of pumps are used for the transportation of slurry, centrifugal pumps are the most commonly used slurry pumps. The rotating impeller of a centrifugal slurry pump provides the necessary kinetic energy to the slurry for transportation. A centrifugal slurry pump consist of an impeller, a bearing assembly, casing, drive and sealing arrangement. Slurry pumps can either be installed vertically or horizontally. Most horizontal slurry pumps have dry installations. Moreover, in certain applications where the slurry level is fluctuating, wet installation of slurry pumps is preferred.
The impeller and inside of the casing of a slurry pump are always exposed to the slurry, due to this, material selection for such components is an important aspect while designing slurry pumps. Hard metals, such as alloys of steel and white iron are extensively used as wear materials along with elastomer linings. Furthermore, sometimes ceramics are also utilized as wear resistant materials for slurry pumps. Slurry pumps are selected on the basis of size, shape and density of slurry particles, head needed to be developed, nature of liquid to be pumped and the industrial application in which the pump is to be employed. Slurry pumps find use in many industrial applications, such as pumping of grinding circuits and froth in the mining industry and sand transportation in the construction industry.
Technological advancements have led to the development of many compact slurry pumps that are simple in design. This has increased the adoption of slurry pumps in many industries, thus promoting the expected growth of the slurry pumps market during the forecast period. Introduction of vertical slurry pumps, which can be used for froth pumping, is expected to trigger growth of the slurry pumps market. Moreover, slurry pumps are employed in many industrial applications, such as coal washing, effluent handling, fly ash pumping, bottom ash pumping and pumping reactor feed. This further supplements the expected growth of the slurry pumps market over the assessment period. Additionally, attributing to their heavy designs slurry pumps suffer less damage to cavitation as compared to process pumps; this could act as a driver in further augmenting the slurry pumps market over the forecast period. Increasing applications of heavy duty and severe duty slurry pumps in the mining industry further supports growth of the slurry pumps market over the assessment period.
The operating cost of slurry pumps is high as compared to other conventional process pumps; this will have a negative impact on the expected growth of the slurry pumps market. Moreover, slurry pumps sometimes have problems related to cavitation, this decreases the efficiency of the pumping system; thus limiting the application of slurry pumps in few areas. Furthermore, the low service life of slurry pumps in mining industry applications restrains growth of the slurry pumps market.
Attributing to increasing urbanization in the Asia Pacific region, the construction industry in the region is expected to grow substantially over the assessment period. This will supplement the expected growth of the slurry pumps market in the Asia Pacific region. Moreover, the slurry pumps market shares a synergic relationship with the mining industry. With depletion of natural resources, process volumes for mining industries of North American and European region are expected to increase substantially, this would increase the demand for slurry pumps in these regions over the assessment period. Furthermore, many key participants are expected to expand their sales channels in the MEA region, which would trigger growth of the slurry pumps market in this region.  

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Milling Cutter Market to Register a Strong Growth By 2025 - Persistence Market Research

Milling cutter is a mechanical tool generally used in machining centers or milling machines for milling operations; typically on other machine tools. Process of removing material from a work piece by rotary cutters or cutting in some particular direction at some angle along the direction of milling cutter. The product has found its major applications in metal working and molding markets. In manufacturing of almost all metallic products, milling cutters is the basic requirement. Removing, cutting or molding of any material into another shape or form has been offered by the milling cutters. Milling cutters covers various type of milling operations from small parts to heavy-duty large milling operations. They remove material by their movement within the machine or directly from the cutter's shape.
Milling cutters come in several shapes and many sizes. There is also a choice of coatings, as well as cutting angle and number of cutting surfaces. The product is available in various configurations such as End mill, ball nose cutter, Side and face cutter, hob, woodruff cutter, thread mill, hollow mill, dovetail cutter, shell mill, Roughing end mill, slab mill, involute gear cutter, face mill and fly cutter are the various types of milling cutters. Choosing a milling cutters depends on various criteria’s such as material of the Cutter, Diameter, helix angle and coating.
HSS (High speed steel) Milling cutters are the most preferred and cost effective while Cemented Carbide milling cutters are expensive but they are long lasting and work efficiently. Milling cutters with large diameter remove the material from the work piece quickly while small diameter milling cutters are chosen for milling internal contour of the work piece. Some Milling cutters are made of HSS (High Speed steel), others are made of carbide tripped. Milling Cutters are widely used in Automobile, Machinery and Automotive Industry.
Globally consumption of machine tools in processing of finished metal products has boomed in recent years and has reached highest level due to massive requirement of superior product quality (as these products are manufactured by the help of milling cutters for shaping, turning, planning and similar operation )  and hence use of milling cutters has elevated to a significant extent.
In developing countries economy is growing rapidly resulting in increased disposable income. Hence, expected to see heavy demand in automotive industry which will result in   more investment in manufacturing sector and related Machine tools like Milling Cutters, and that is the key factor for market growth of Milling Cutters. Increase in productivity, improved and reduction of manufacturing cost can help milling cutter industries to improve their sales rate. However, Fluctuating prices of raw material and shortage of skilled labor in manufacturing industry is a shortcoming of milling cutter manufacturers.  High speed steel milling cutters is gaining popularity across the globe due to their ability to cut in all directions. Growing demand of high speed metal cutting tools and metal fabricated products has a strong potential in increasing the market revenue of milling cutters in future as they can withstand high temperature and used for cutting, forming and working metal components.
North America dominate the milling cutter market driven by massive consumption and higher demand of cutting tools in various end-use application followed by Europe and Asia. Rapidly expanding Automotive, aerospace and industrial network in Europe and Asia are the major contributors for market growth.  Availability of cheap labor from China and India for manufacturing has proved profitable for milling cutter producing industries.
The South China Sea dispute has led countries of that region to contribute more capital to military modernization. The milling cutter market is expected to see growth as countries of these region are increasing their defense budget to manufacture more armory.  
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Thursday, 28 December 2017

Decorative Concrete Market to Register a Strong Growth By 2025 - Persistence Market Research

Globally, Concrete is the only material which can provide a finish, strength, durability and structural capabilities to the residential and non-residential building. Traditionally concrete is the oldest material used to build. In the last couple of years, some extremely significant developments have allowed to adapt the concrete to building industry, for decorative concrete achievements. The properties of the concrete have been adopted and enhanced to create specific mortars for finish uses. The result is that concrete is become stronger, functional, thinner, and an attractive material for decoration. Now a days, innovative technology and differential techniques make decorative concrete an even more versatile design choice to the end use customers.
Decorative concrete is the concrete which is useful and provide an aesthetic enhancement to a structure which has been advocated by design consultants and architects. The conversion of the concrete into decorative concrete is done through the various ways by adding variety of materials during the pouring process, several colors are also added to enhance the beauty of the final finished products.
Commercial buildings such as hotels, office buildings, malls, etc. spend a significant share of their revenue on decorative concrete in order to maintain visual stature and aesthetics of their state of the art facilities. Increasing number of commercial buildings get developed every year is further expected to push the demand for decorative concrete over the coming years.
The global market for decorative concrete is expected to thrive the demand in between the forecast period. There are many significant factors which can drive the growth of the decorative concrete such as, increasing residential and commercial projects, per capita consumption of the customers, along with this growing demand from construction industry is an added advantage to the growth for decorative concrete. On the basis of product types, stained type of decorative concrete is expected to register healthy growth in terms of CAGR and is expected to hold majority of market share in terms of value and volume in between the 2017 and 2025.  
Growing economies in developed regions are the drivers which can lift the market growth of decorative concrete along with this increasing demand from residential and non-residential is also expected to drive the demand of decorative concrete market. The properties of decorative concrete make it popular such as its extreme durable nature, easy way to maintain, and simultaneously larger life span. Manufacturers in the decorative concrete market have strong opportunity due to the high demand and rapid growth of this concrete in end use markets and comparatively cheap prices as compared to other concrete types. Polishing of the concrete is the new trend in the decorative concrete market which can provide smooth finishing to the floor, now a days diamond polishing is the recent trend in the decorative concrete market.
 Based on the geographical regions, The Asia pacific is the fastest growing market in between the forecast period followed by Western Europe and North America. China is estimated to be the lucrative growth in by 2025 end.
On the basis of region, The Western Europe market accounted for the significant market share among all regions in 2016. However, Germany accounted for the lucrative growth in the Western Europe followed by United Kingdom and France. The U.K. is expected to register healthy CAGR in Western Europe during the forecast period due to the upsurge of housing activities in the country. The Western Europe market has been a leader with respect to product innovation, in terms of quality and application development.
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Automotive Valve Stem Seal Market to Register a Strong Growth By 2025 - Persistence Market Research

Valve stem seals are small relative to other gasket and seals in an engine, the play a major part in the lubrication. The valve stem seals are different from others due to their design, which is made to leak. But the amount and the way in which it leaks is controlled precisely to achieve the specific goal. Valve stem seals provide controlled oil leak to lubricate the valve stem as it slides in the valve guide. The oil leak has to precisely control, as too little oil can cause stem and guide wear and too much can cause carbon build up which leads to damaged valve seats, increased emission, and excessive oil consumption.
Automotive valve stem seals are available for gasoline and diesel engines with and without boosting. There’s increasing demand for valve stem seals due to growing automotive market and increased production in emerging markets like Asia.
The major factor to this growth is increasing vehicle manufacturing in countries like China, Brazil and India and increased installation of Valve Stem Seal. Due to high disposable income there’s a growing demand for automobiles which is in turn driving the valve tem seal market. Tremendous changes in technology have been made on the "lower cylinder seal," piston rings. When installed properly piston rings control oil and compression in a cylinder to an infinite degree. With most valve seals, however, this is not the case. The "upper cylinder seal", the valve, has been protected by an "O-ring" or "umbrella" type of valve stem seal. These seals serve the same purpose as building a house with a good roof, but not enclosing the sheltered area with walls. In some cases, in proper climatic conditions, this might be adequate, but certainly not desirable.
These types of seals are based on the theory that what oil goes down the valve stem into the combustion chamber is by gravity flow only. This pays no attention to the tremendous vacuum forces acting upon the lower end of the valve stem, or to the mist or spray effect that the rapidly reciprocating springs, rocker arms, and pushrods have on the oil in the valve chamber. Therefore, where these types of seals are used, we have a marvelously efficient "lower cylinder seal", and no "upper cylinder seal" at all, merely an oil deflector.
Geographically, Automotive Valve Stem Seal Market has been categorized into seven key regions including North America, Western Europe, Eastern Europe, Japan, APEJ, Latin America, and the Middle East & Africa. The APJ region is dominated by developing countries like China and India. The automotive industry in this region is growing a higher pace than others. Growing technological improvements and sealing capabilities is expected to further the demands of functional and high-performance products in the automotive industry. European countries are the hub of automotive manufacturers delivering high performance and high-quality vehicles. Eastern Europe still follows its Western counterparts, which gives the later more exposure in their market. The USA leads the valve stem seal market is North America. Increasing number of production and demand has resulted in OEMs setting up manufacturing plants in Canada and Latin American countries like Mexico and Brazil.  Japan, with its new market policies, have been setting up part manufacturing plants in Asia and Latin American countries and is expecting a higher growth in the following years. 
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Emission Control Systems Market to Register a Strong Growth By 2025 - Persistence Market Research

Rapid industrialization and the growing automotive industry has increased the demand for emission control systems which are helpful in preventing environmental pollution. Issues pertaining to global warming have become a strong reason for augmenting the installation of emission control systems to reduce the release of harmful contaminants and agents, such as carbon mono-oxide, unburnt Hydro-Carbon discharged from industries and automobiles. Industries across the world have been working to protect the environment from the harmful effects of these noxious emissions by incorporating emission control systems. Apart from minimizing these noxious emissions, emission control systems also send an alert message in case of excessive emissions.
The Emission control systems market is expected to grow owing to the increasing population and a general increase in the demand for energy. Moreover, these systems are likely to play a key role in protecting the atmosphere and decreasing the adverse effects of harmful emissions in years to come.
Selection of emission control systems depends on two factors -- category of pollutant and source of emission. Industries, such as power plants, cement plants, refineries and automobile make the prominent sources of harmful emissions. Emission control systems collect toxic gases and convert harmful pollutants into simpler molecules.
An increase in awareness among manufacturing industries, governmental bodies and automotive sector regarding green environment is the key factor responsible for the growth of the emission control systems market. Similarly, strict emission regulations in various regions have also enhanced the demand for emission control systems, such as exhaust gas recirculation, electrostatic precipitators, catalytic reactors, etc. Also, the fact that emission control systems enhance fuel efficiency will facilitate the growth of the market in the coming years.
Emission control systems follow complex mechanisms and thus, require skilled technicians. That aside, these systems also demand maintenance from time to time. These are some of the factors that can hamper the growth of the emission control systems market during the forecast period.
The clean air act was introduced in 1977 to limit the amount of toxic pollutants emitted from automobiles. Moreover, emission norms, such as Euro-V and Euro-VI, have made catalytic converters as compulsory systems in gasoline vehicles to control harmful emissions. Such acts and norms will prove to be instrumental in the expansion of emission control systems market.
Emission control systems market is anticipated to show positive growth due to growing industrialization in Asia Pacific, Latin America, and Middle East and Africa. The Asia Pacific region is expected to dominate the emission control systems market owing to a general increase in infrastructural development, industrialization, and vehicle sales. The Asia Pacific will be followed by Europe and North America regions, which are expected to grow at a relatively slower rate than Asia Pacific. The market in Middle East & Africa region is anticipated to grow at significant rate owing to growing industrial and manufacturing activities. The Oil & Gas sector in the region will be a lead sector for emission controls systems market.
The research report presents a comprehensive assessment of the market and contains thoughtful insights, facts, historical data, and statistically supported and industry-validated market data. It also contains projections using a suitable set of assumptions and methodologies. The research report provides analysis and information according to market segments such as geographies, application, and industry.
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Bumper Stickers Market to Register a Strong Growth By 2025- Persistence Market Research

The global consumer goods industry has undergone significant transformation over the past few years, creating an absolute need for product customization to suit various consumer needs. In order to survive in this dynamic market with its ever-changing consumer trends, it becomes critical for a brand to find innovative ways to market their products. Bumper stickers are one of the most effective solutions at the disposal of product vendors. Bumper stickers have been around for a while now, and their preference is expected to be high, over the forecast period as well. Bumper stickers are advertising labels that are attached to vehicles, which then act as a mobile advertising platform. The mobility gives bumper stickers a competitive edge over its static counterparts. The global bumper stickers market is therefore anticipated to witness healthy growth well into the next decade.
The global bumper stickers market is expected to be fuelled largely by increasing demand from the supply-side for better means of advertising. Bumper stickers are considered by effective as they enable mass-advertisement. Due to their mobility, bumper stickers reach a much larger audience and therefore have high preference among vendors as a fuss-free and cost effective advertising solution. The global bumper stickers market has a largely positive outlook, which is attributed to the various industries they find applications in. Product and service advertising campaign is a must have for any growing brand in today’s market, and as a result, companies operating in any industry emphasize on enhancing their brand advertising campaign to increase their reach.
Other reasons for high preference for bumper stickers are – customizability and low cost. Bumper stickers can be designed specifically to indicate the nature of business, thereby standing out in the crowd. Bumper stickers also cost less to order. Bumper stickers generate higher revenues per customer gained, thereby making bumper stickers an ideal choice for vendors to market their products. Despite the largely positive outlook, there are certain factors that might hamper growth of the global bumper stickers market, such as, increasing use of other advertising solutions. Bumper stickers face competition from tote-displays, billboard hoardings, and other such means of advertising. However, due to their mobility, bumper stickers are anticipated to stay in the competition, over the forecast period. Disrupting factors such as the growth of online advertising might hamper growth of the global bumper stickers market.
The emerging economies are expected to be the highest contributors to growth of the global bumper stickers market. In addition, the North America and Western Europe region currently enjoy leading positions in the global bumper stickers market. Japan is expected to closely follow the North America and Western Europe market. However, the APEJ bumper stickers market is anticipated to overtake the North America and Western Europe bumper stickers market, as a direct result of the sheer volume of vehicles produced annually. China is the leading car manufacturer in the world, and is expected to drive the APEJ market, with India. Growth in vehicle production will fuel the global bumper stickers market. Healthy competition among top vehicle manufacturing countries is therefore desirable for growth of the global bumper stickers market.
Few of the key players operating in the global bumper stickers market are – Marking Systems, Inc., Nadco Tapes and Labels, Inc., Techprint, Inc., Western States Envelope & Label, Griff Paper & Film, Label Systems, Inc., M13 Graphics, Ingraphics, Inc. and Industrial Nameplate, Inc.
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Dc Motors Market to Register a Strong Growth By 2021 - Persistence Market Research

DC motors are one of the rotating electrical machines which can convert electrical energy (DC (Direct Current)) into mechanical energy. The most common types of DC Motors works on the forces generated by magnetic fields. Almost every type of DC motors has some internal mechanism, which is either electromechanical type or electronic type, so as to change the direction of current flow periodically in part of the motor.
The DC motors consists of various parts such as a stationary set of magnets located in the stator and an armature consists of one or more windings made up of insulated wire, and these winding wrapped around a soft iron core that focuses the magnetic field. The windings normally have various turns throughout the core, and in case of large motors, there can be several parallel paths for current flow.  Additionally, both the ends of the winding wire are then connected to a commutator, which allows each armature coil to get energized in turn and allow connection of the rotating coils with the external power supply by brushes.
There are three types of DC Motors, which are series DC motor, shunt DC motor, and compound DC motor. Whereas, series DC motors are mainly used when high starting torque is needed and speed variations are possible, such as in Cranes, Traction system, air compressors, Sewing machine, Vacuum Cleaner, etc. And, shunt motors are mainly used when constant speed is needed and where starting conditions are simple. The numerous applications of shunt DC motors are in Centrifugal Pumps, Lathe Machines, Blowers, Fans, Conveyors, Weaving Machine, Lifts, Spinning machines, etc. Similarly, compound motors are generally used when high starting torque and proper constant speed is needed such as in Shears, Presses, Conveyors, Rolling Mills, Elevators, Heavy Planners, etc.
DC motors are used for numerous applications such as electric car windows, electric razors, and remote control cars. Also, small DC Motors can be used in toys, tools, and various appliances and moreover, they are having applications in industrial processes such as welding processes, electrolytic processes, and various motors drives. The simple design of DC Motors and its reliability makes them suitable for many different uses. Some of the advantages of DC Motors are that they are it is easy to design, available in low cost and simple designs, and they offer excellent control over speed.
Factors such as growing automotive production, industrial development, increasing demand for electric vehicles, advancement in the motor-drive technologies, large-scale production of electric vehicles, improving standards of living, rising income levels, etc. are predicted to impel the production of electronic appliances and motor vehicles, which in turns, drive the demand for DC motors market. Additionally, some growing characteristics of automotive features such as adjustable mirrors, motorized seats, and sunroof systems are bolstering the market of DC motors during the forecast period.
Furthermore, many manufacturing companies are moving towards the development of new integrated motor drive technology, along with the focus reducing cost, rising efficiency and manufacturing it in small, modular and compact for small applications, is the trend of the industry of DC motors market. However, there are some challenges also, that can restraint the market of DC motor, which includes the high cost of the product and its failure in some applications such as Hall Effect Sensors, etc.  Also, availability of energy efficient AC type motors and Universal motors which are compatible in both AC and DC power supply can be a deterrent in the growth of DC motors market.
Examples of some of the market participants in the DC Motors market identified across the value chain are ABB Ltd., Allied Motion Technologies, AMERTEK Inc., ARC System, Inc., Asmo Co. Ltd., Baldor Electric Corporation Inc., Emerson Electric, Faulhaber Group, Franklin Electric Co., Johnson Electric Holdings Ltd., Rockwell Automation, Siemens AG., etc.
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Wednesday, 27 December 2017

Graphene Oxide Market to Register a Strong Growth By 2021 - Persistence Market Research

Graphene oxide is a single-atomic-layered material produced by the oxidation of graphite, which is both abundant and cheap. The effectiveness of an oxidation process is often evaluated on the basis of oxygen or carbon ratios in graphene oxide. Graphene oxide is dispersible in water and other solvents. It commonly comes in powdered form or as a solution used for coating on substrates. A graphene oxide film can be deposited on any substrate and later converted into a conductor. Graphene oxide is fluorescent and is thus, appropriate for anti-bacterial materials, medical drug carriers and bio-sensing and disease detection applications. There are mainly four main processes for the production of graphene oxide: Hummers, Hofmann, Staudenmaier, and Brodie. Graphene oxides are generally used for the production of solar cells, batteries, biosensors, transparent conductive films, supercapacitors, multifunctional materials, low permeability materials and others. Graphene oxide is also used as a tin-oxide replacement in touch screens and batteries.
Graphene oxide has a high surface area and so, it is also used as an electrode material for batteries, solar cells and capacitors. Graphene oxide is easier to manufacture compared to graphene and is also cheaper. Graphene oxide is easily mixed with different polymers and other materials and thereby, enhances properties of composite materials. It flakes in solid form, attaching to one another to form thin and stable flat structures which can be stretched, folded and wrinkled. These types of graphene oxide structures are used in applications, such as nanofiltration membranes, hydrogen storage and ion conductors.
Graphene oxide is a form of graphene. The demand for graphene oxide is directly linked to graphene production. Increasing demand for renewable, lightweight and flexible materials with extended lifespan has sustained the growing demand for graphene, thereby, driving the graphene oxide market globally.  The surging demand for the nanotechnology in electronic goods industry is propelling the growth of the graphene oxide market.
Sustainability is the trend for the global graphene oxide market. The growing demand for flexible and recyclable materials and the on-going shift towards renewable energy are some of the factors driving the use of graphene oxide in different applications. However, the technical limitation of commercial production and high cost of equipment are the restraining factors impeding the growth of the graphene oxide market. 
Increasing demand for clean energy sources is driving the demand for low-cost products with better throughput or efficiency. Since the performance of products, for instance, batteries, solar cells biosensors and others can be improved with the use of graphene oxide, this will lead to the growth of the graphene oxide market during the forecast period. In addition, focus on the expansion of production capacity and increasing capital investment to strengthen R&D activities is also anticipated to fuel the graphene oxide market globally.
China is projected to be a major source and contributor of graphite and other materials used for graphene extraction in the graphene oxide market in Asia-Pacific. Owing to rapid industrialization, high economic growth rate, cheap labor and rising graphene-based application patents in the Asia-Pacific, the market for graphene oxide is anticipated to grow. Graphene oxide is projected to be a leading segment in North America owing to the easy availability of large manufacturing facilities. Involvement of major research institutes and university collaborations for R&D activities related to graphene oxide are some of the factors fueling the growth of graphene oxide in emerging economies, such as India, Japan and China.
Some of the key players identified across the value chain of the Global Graphene Oxide market are Acs Material, Allightec Co., Ltd, Bgt Materials Limited, Ltd, Cheap Tubes Inc, E Way Technology Co., Ltd., Garmor, Graphenea Inc., Nanoinnova Technologies Sl, United Nanotech Innovations Pvt Ltd, Angstron Materials and others.
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D Dimer Market to Register a Strong Growth By 2021 - Persistence Market Research

D-dimer comprises of two D fragments of the fibrin protein that get cross-linked after fibrinolysis of a blood clot, which is found in the human blood samples. The concentration of these D-dimers present in the patient blood samples help in the diagnosis of thrombosis. This test becomes very useful for those patients who are susceptible towards thrombotic disorders like venous thromboembolism.On the basis of disease diagnoses, the D-dimer market can be classified into three major segments namely, pulmonary embolism, deep venous thrombosis and others.
Major driving factors for the growth of this market include, increasing prevalence of various cardiovascular and pulmonary diseases, rising incidence of heart strokes, pulmonary embolisms etc. and increasing demand for technologically advanced coagulation testing methods. Increasing prevalence of various cardiovascular and pulmonary diseases can cause life threatening problems, when accompanied by blood clots in the arterial or pulmonary pathway. Thus, the demand for D-dimer tests will augment, and hence will contribute towards the growth of the overall market. Technological advancement in these D-dimer tests will bring more revenues to this market in the coming future. Specific and more sensitive markers are now being used to make these tests more accurate and reliable, which now encompasses automated instrumentation which will further make these tests more standardized.
Geographically, North America dominates the D-dimer market followed by Europe. Major factors responsible for the dominance of these regions in this market are demand for advanced diagnostics for these life threatening blood clots inside human organ systems. Asia-Pacific region exhibited the fastest rate of growth due to increasing prevalence of cardiovascular diseases in the region combined with increasing affordability and awareness about these diagnostic tests. Some of the key players operating in this market are Abbott Laboratories, Inc., Beckman Coulter Inc.,Bio/Data Corporation,Becton, Dickinson and Company,Corgenix, F. Hoffmann-La Roche Ltd., NANOGEN, Siemens Healthcare, Thermo Fischer Scientific, Inc., and Trinity Biotech plc.
This report is a complete study of current trends in the market, industry growth drivers, and restraints. It provides market projections for the coming years. It includes analysis of recent developments in technology, Porter’s five force model analysis and detailed profiles of top industry players. The report also includes a review of micro and macro factors essential for the existing market players and new entrants along with detailed value chain analysis.
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D Dimer Market to Register a Strong Growth By 2021 - Persistence Market Research

D-dimer comprises of two D fragments of the fibrin protein that get cross-linked after fibrinolysis of a blood clot, which is found in the human blood samples. The concentration of these D-dimers present in the patient blood samples help in the diagnosis of thrombosis. This test becomes very useful for those patients who are susceptible towards thrombotic disorders like venous thromboembolism.On the basis of disease diagnoses, the D-dimer market can be classified into three major segments namely, pulmonary embolism, deep venous thrombosis and others.
Major driving factors for the growth of this market include, increasing prevalence of various cardiovascular and pulmonary diseases, rising incidence of heart strokes, pulmonary embolisms etc. and increasing demand for technologically advanced coagulation testing methods. Increasing prevalence of various cardiovascular and pulmonary diseases can cause life threatening problems, when accompanied by blood clots in the arterial or pulmonary pathway. Thus, the demand for D-dimer tests will augment, and hence will contribute towards the growth of the overall market. Technological advancement in these D-dimer tests will bring more revenues to this market in the coming future. Specific and more sensitive markers are now being used to make these tests more accurate and reliable, which now encompasses automated instrumentation which will further make these tests more standardized.
Geographically, North America dominates the D-dimer market followed by Europe. Major factors responsible for the dominance of these regions in this market are demand for advanced diagnostics for these life threatening blood clots inside human organ systems. Asia-Pacific region exhibited the fastest rate of growth due to increasing prevalence of cardiovascular diseases in the region combined with increasing affordability and awareness about these diagnostic tests. Some of the key players operating in this market are Abbott Laboratories, Inc., Beckman Coulter Inc.,Bio/Data Corporation,Becton, Dickinson and Company,Corgenix, F. Hoffmann-La Roche Ltd., NANOGEN, Siemens Healthcare, Thermo Fischer Scientific, Inc., and Trinity Biotech plc.
This report is a complete study of current trends in the market, industry growth drivers, and restraints. It provides market projections for the coming years. It includes analysis of recent developments in technology, Porter’s five force model analysis and detailed profiles of top industry players. The report also includes a review of micro and macro factors essential for the existing market players and new entrants along with detailed value chain analysis.
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Bus Transmission System Marketto Register a Strong Growth By 2021 - Persistence Market Research

Bus has been always an important part of road transportation for public use. In many of the cities across globe, still buses are the most used mode of transportation for inter and intra city commute. The bus transmission system is a mechanism that transmits the power developed by the engine of the bus to the driving wheels. With the growing need for technological advancements and to cater the demand of growing transportation needs, the OEMs are shifting to develop automatic bus transmission systems. Currently, more than half of the world’s population resides in cities, by the end of 2050, it will be more than 66%. This will create a profound impact on people’s quality of life. Most of the bus transmission systems utilize gasoline & diesel as a fuel. Concurrently, this leads to production of CO2 and other greenhouse gases. Today’s air pollution levels in the cities are already enlightening the limits of a mobile society that depends on bus transit. Furthermore, CO2 emissions are accelerating climate change across the globe. Established players and new players are forced to limit the emissions through manufacturing efficient and eco-friendly bus transmission systems. 
The automotive industry is going through numerous changes from different extents including changing environmental standards as well as technological commotions. The bus transmission system market is also witnessing increased competition across the globe. The global presence of OEMs increases their exposure to several geopolitical challenges which affect their business. Furthermore, the bus industry has still not reached to maturity level owing to increased demand from people for advanced public transports in order to avoid increasing accidents and congestions. This proliferates the demand for efficient bus transmission systems.
Public transport is one of the chief driver of economic growth. Folks in many countries rely on bus transport for inter and intra-city commute. Consequently, bus transmission system is expected experience steady growth rate in the coming years. Another factor that fuels up the bus transmission system market is growing oil and gas prices. This pushes OEMs to optimize the fuel economy in the bus transmission system.
The bus transmission system market is going through the turning points in terms of opportunities and challenges. The global bus transmission market is witnessing key challenges in various spheres especially to fulfill new emission norms and technological advancements. With the growing market of rental cars, car-pooling and e-hailing, decreasing preference of bus transportation, the market of bus transmission system is expected to get hampered.
OEMs strive to enhance and bring advanced features with automatic bus transmission system to minimize the power loss and optimize the fuel efficiency of the bus. Furthermore, the bus market is expected to witness transition towards electric mobility, resulting in increasing sales of electric and hybrid buses will also create new opportunities in the market.
The research report presents a comprehensive assessment of the market and contains thoughtful insights, facts, historical data, and statistically supported and industry-validated market data. It also contains projections using a suitable set of assumptions and methodologies. The research report provides analysis and information according to market segments such as geographies, application, and industry.
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Tuesday, 26 December 2017

Reasons Why the Light Vehicle Instrumentation And Cockpits Market Will Witness A Decline

Light vehicle cockpit is an area fabricated for the front side of the vehicle interior from where the driver controls the automobile functions. The cockpit can also be called as the medium of human machine interference (HMI) as all the control functions of a vehicle are fixed in the cockpit. Different components equipped in the cockpit include dash board, steering wheel, audio-video controls, air conditioner (A/C) outlet, instrumentation displays and others. Light vehicle instrumentation refers to measurement of different automotive parameters such as vehicle speed, engine rotation speed and others. It is one of the most important components in the vehicle interior as it helps the driver in maintaining the vehicle speed and other parameters including engine temperature and distance travelled.
Light vehicle instrumentation provides continuous display of engine oil level, coolant temperature, battery voltage information, fuel level and other important information. Thus, accurate and vivid instrumentation displays form and integral part of vehicle driving. Some of the displays of light vehicle instrumentation include speedometer, odometer, temperature gauges, fuel lamp, low oil pressure lamps, fuel indicator, door ajar lamp, high beam indicator and others.
Increasing demand for advanced and compact vehicle interior is the most significant factor driving the light vehicle instrumentation and cockpits market. Modern vehicles include different electronic controls such as advanced driver active safety systems (ADAS), park assist, air bag and seat belt indicators and other features in the cockpits. Thus, manufacturers focus on development of more sophisticated cockpits and instrumentation with advanced electronics features. With rising trend of light weight and fuel efficient vehicles, consumers prefer light weight interiors. Additionally, consumers demand for electronically advanced interior (cockpits) that includes Bluetooth connectivity, steering wheels equipped with different controls and other features.
This is expected to generate strong demand for advanced instrumentation and light weight cockpit designs in near term. Furthermore, with rising concerns for minimizing driver distraction during driving, user-friendly interface between the driver and vehicle is expected to witness strong growth in the market.
Light vehicle instrumentation and cockpits market is segmented based on type of vehicles, cockpit components, instrumentation types and geographic regions. Different types of light vehicles depending upon their sizes include compact, subcompact, intermediate, full-size, compact pick-up, full-size pick-up, compact utility, intermediate utility, full-size utility, minivan and full-size van. Light vehicle cockpits are segmented based on the functional units as driver module, passenger-side module and center stack module. The light vehicle instrumentation segment is segmented as control panels, secondary displays, head-up displays and other parameter indicators. The instrumentation technology used in light vehicles can be of analog or digital type. Furthermore, the light vehicle instrumentation and cockpits market is segmented into four geographic regions as North America, Europe, Asia Pacific and Rest of the World (RoW).
Some of the major companies in the light vehicle instrumentation and cockpits market are Robert Bosch GmbH, Continental AG, Calsonic Kansei Corporation, Faurecia SA, Denso Corporation, International Automotive Components Group (IAC), Johnson Controls Inc., Inteva Products, LLC, Magna International Inc., Toyoda Gosei Co., Ltd., Magneti Marelli S.p.A., Nippon Seiki, Visteon Corporation, Valeo SA, Preh GmbH, Hyundai Mobis Co., Ltd. and others.
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Sulphur Market Set to Surge Significantly by 2025

Sulphur is found naturally as an element in pure state and as sulfate or sulfide minerals. Sulphur crystals are easily differentiated by mineral collectors for their unique and bright colored polyhedron shapes. Earlier sulfur was extracted majorly from salt domes where it occurs in pure form but now this method has been obsolete owing to the new technologies. Today, majority of sulphur is developed as a byproduct from sulphur containing contaminants from petroleum and natural gas. Commercial use of sulphur is carried out in fertilizers, due to high requirements in plants and in the manufacturing of sulphuric acid, an important chemical used in the industry. Various other use of elemental sulphur is found in fungicides and insecticides.
In the year 2010, global production of sulphur was at 67.80 million tones and that of pyrites was 6.1 million tones. Countries such as the U.S., Canada, Russia, China, Japan and Saudi Arabia were the major producers of sulphur. Finland and China were the major producers of pyrites. Elemental sulphur is obtained from the ores by conventional mining method i.e. Frasch method. It is also obtained as a byproduct from processing of sour natural gas, tar sand and sour crude refining. Sulphur recovered from refining processes accounts to 98% of world elemental sulphur production.
In Frasch method, majorly concentric pipes are used. The outer most pipe contains superheated water, that melts the sulphur and the inner most pipe is completely filled with hot compressed air which is used to create pressure and foam. Sulphur foam is then ejected through the centre pipe. Sulphur produced from Frasch process is 99.5% pure and it further needs no purification. Sulphur production from Frasch method for commercial scale was first carried out in Mexico and Brazil. Elemental sulphur is mined in Poland, Russia and China.
Sulphur is used to carry vulcanization process for rubber. It reacts directly with methane to generate carbon disulphide which is used to manufacture rayon and cellophane. Sulphur is mostly used as a precursor to many chemicals. Majority of the sulphur is transformed to sulphuric acid, which is vital to the world economy. Production and consumption of sulphuric acid is an indicator of a nation's industrial development. The prime use of the sulphuric acid is in the manufacturing of Phosphatic fertilizer. Various other applications of sulphuric acid include wastewater processing, mineral extraction and oil refining. Sulphur compounds are utilized in the manufacturing of fungicides, agrichemicals, dyestuffs and detergents.
For silver based photography, ammonium thiosulphate and sodium are used as fixing agents. Sulphites obtained from burning sulphur are used to bleach paper. It is used as preservatives in processed fruit products and dried fruit and as light producing medium in the rare lighting fixtures called as sulphur lamps. The sulphur lamps are very efficient lighting system in which light is produced by sulphur plasma.
Increasing investments and developing economies are the some of the key drivers of the global sulphur market. However, high cost to extract sulphur from the mining processes can prove to be fatal for the sulphur market. Owing to rapid industrialization taking place in Asia Pacific region large number of opportunities are there for sulphur market.
Some of the key players in the business of Sulphur are Ohio Sulphur Mining Company, Freeport Sulphur Company, Texas Gulf Sulphur Company and Merafe Resources Ltd among others.
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Micro Pump Market Would Register a Healthy Growth Rate During the Forecast 2017 - 2025

Micro pump refers to the pumps having functionality dimension in micro meter range. Micro pumps are specially used in microfluidic research and they are one of the most developed microelectromechanical system (MEMS) device. Micro pumps operates on different principle compared to existing traditional pumps including centrifugal and axial pumps.
The Micro pump market across the globe is expected to show a substantial growth with a double digit increase in CAGR by the year 2019. There is a significant increase in the Micro pump market because of their improved accuracy, potential cost, size, reliability and robustness in comparison with the existing pumps.
The key drivers of micro pump market include improved accuracy compare to traditional pumps, less power consumption and their cost. Some of the factors restraining the market growth are complex design and small scale integration. Growing applications in biotechnology, micro chemical systems, chip integrated cooling system has introduced new opportunities in the micro pump market.
The Micro pump market can be segmented into categories such as types, application and geography. By type the market can be segmented into mechanical and non-mechanical devices. By application the market can be segmented into biomedical pharmaceutical and drug delivery, environmental monitoring and security applications including others. The market is segmented geographically into Europe, North America, APAC and Rest of World (RoW).
Some of the key players in the Micro pump market are Xiamen AJK Technology Co. Ltd., Micropump Inc., ET technology Ltd., Xavitech AB and many more.
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Monday, 25 December 2017

Sonobuoy Market is Anticipated to Grow i is anticipated to account for US$ 844.9 Mn by 2024

In a new report titled “Sonobuoy Market: Global Industry Analysis and Forecast 2016 – 2024”, Persistence Market Research analyzes the performance of the global sonobuoy market over an eight-year period and provides insights on the key factors and trends likely to influence the market during the forecast period (2016 – 2024). The global sonobuoy market is anticipated to grow from US$ 518.4 Mn in 2016 to US$ 844.9 Mn by 2024, expanding at a CAGR of 6.3% in terms of revenue during the forecast period (2016-2024). In this report, the global sonobuoy market is tracked in terms of value and is calibrated to obtain market revenue estimates.
Sonobuoys are acoustic sensors built on the principle of Sound Navigation and Ranging (SONAR) system, for detecting the presence of submarines, sunken ships, oil and gas deposits, etc. They are carried in a Sonobuoy Launch Container (SLC) in ships and aircraft for pneumatic or free-fall launch. They are built with hydrophones or transducers for converting sound signal to an electrical signal and transmitting it to the patrolling aircraft or ship. On the basis of operation, they are classified into passive and active sonobuoys. Sonobuoys are manufactured in sizes A and B. Size A sonobuoys have dimensions of 4.75” x 36”, whereas size B sonobuoys have dimensions of 6.875” x 60”.
Increasing need amongst emerging economies to strengthen their anti-submarine operations and to monitor their natural resources are major factors driving the growth of the global sonobuoy market. Demand for sonobuoys is strongly associated with the growth of anti-submarine warfare market. Moreover, demand for passive sonobuoys is expected to increase because of the fact that it performs detection and tracking without notifying the target object about its presence, and this is expected to reflect in the revenue forecast.
However, stringent regulations, high costs associated with deployment and monitoring of sonobuoys, technical limitations, etc. are major challenges expected to be faced by market players in the global sonobuoy market during the forecast period.
To understand and assess the demand and opportunities in this market, the report is categorically split into four major sections, namely market analysis – by type, by application, by size, and by region.
The section – market analysis, by type, comprehensively analyzes the market on the basis of type and presents an in-depth analysis of the market in terms of value for 2016-2024. In 2015, the passive sonobuoy segment dominated the global sonobuoy market, followed by the active sonobuoy segment. The passive sonobuoy segment is anticipated to expand at the fastest CAGR of 6.5% over the forecast period in the global sonobuoy market in terms of revenue, followed by the active sonobuoy segment.
The section – market analysis by application, analyzes the global sonobuoy market on the basis of application and the data is provided in terms of value for 2016-2024. The detection & tracking segment is expected to expand at the highest CAGR of 6.7% in terms of value during the forecast period. In terms of market share, detection & tracking segment accounted for a major percentage of the revenue share of the overall market in 2015 and is expected to dominate the global sonobuoy market throughout the forecast years, followed by safety & security segment.
The section – market analysis by region, includes an in-depth country level analysis of all global regions namely, North America, Latin America, Europe, Asia Pacific, and Middle East & Africa by type, application, size, and countries; and provides market data in terms of value for 2016-2024. In 2015, the market in North America region dominated the overall global sonobuoy market, followed by the market in the Europe region. The sonobuoy market in North America region is projected to register the highest CAGR over the forecast period, followed by Asia Pacific and Latin America regions respectively.
Key players reported in this study on the global sonobuoy market include ERAPSCO, Radixon, and Thales Group, who have significantly increased their footprint in the global sonobuoy market over the years.
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Smart Machines Market to register a US$ 258.5 Bn by 2024

Persistence Market Research (PMR) delivers key insights on the global smart machines market in its upcoming report titled, “Smart Machines Market: Global Industry Analysis and Forecast, 2016-2024”. In terms of value, the global smart machines market is projected to register a healthy CAGR of 18.8% during the forecast period. This is attributed to various factors, regarding which PMR offers vital insights in detail.
On the basis of a component, the global smart machines market has been segmented into hardware, software, and service. Demand for smart machines is enhanced by increasing need to process and analyze big unstructured data among different sectors such as manufacturing, healthcare, aerospace, and defense. On the basis of machine type, the global smart machines market has been segmented into robots, autonomous cars, drones, wearable electronics and others.
On the basis of technology, the global smart machines market has been segmented into cloud computing, big data, internet of everything (IoE), robotics, cognitive technology and effective technology. Affective technology segment is expected to expand with a substantial CAGR over the forecast period. Various enterprises working on cognitive computing are facing glitches and errors in technology. This, in turn, is encouraging adoption of affective computing. Cognitive computing technology enables emotions linking to a robot, assisting the robot in making rational decisions and performing more complex tasks.
Smart machines are deployed to enhance networked resources and implement distributed intelligence in manufacturing industries. Integration of devices provides more accessibility. Smart machines can be easily connected to a broader network of connected devices, enabling users to share data on numerous devices. This ensures users to connect/access their devices from anywhere and anytime. This is expected to fuel demand for smart machines in various industries. The market in Australia is expected to witness substantial growth in adoption rates of smart machines over the next five years. Autonomous robots are expected to find applications in agriculture and commercial sectors to overcome the lack of labor in the country. Australia-based companies have also been investing significantly in advanced technologies such as IoT.
Smart machines are programmed to make intelligent decisions in a time efficient manner. They are built to learn from their interactions and their precision increases over time. Hence, new developments in operational intelligence are encouraging companies to adopt systems that are smarter and efficient. Narrative Science Inc., a company that offers analytical solutions uses its virtual assistant Quill, which is programed using natural language processing to provide relevant solutions.
This report covers trends driving each segment and offers analysis and insights of the potential of the smart machines market in specific regions. The markets in Europe, North America, and Asia Pacific are expected to register high growth rates between 2016 and 2024. MEA is a small but significant market for smart machines as governments in the Middle East countries are investing in this sector to digitize government services. The market in Europe is expected to gain substantial market share in terms of revenue. This is attributed to increasing demand for smart machines from the automobile and manufacturing industries in countries such as Germany and France. The APAC accounted for the highest market share in 2015 and is expected to gain 232 BPS by an end of 2024.
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Smartphones Market Reflecting a iOS segment is anticipated to account for US$ 584.9 Bn by 2024

Persistence Market Research delivers key insights on the global smartphone market in a new report titled, “Smartphone Market: Global Industry Analysis and Forecast, 2016–2024”. The global smartphone market is projected to register a healthy CAGR of 7.9% in terms of value and 5.8% in terms of volume during the forecast period 2016-2024. The report provides insightful information on the global smartphone market pertaining to the value chain, market trends, competitive landscape, market dynamics, and market estimation and forecast for the projected eight-year period. 
Rising disposable income increases the probability of consumer spending on media, entertainment, and networking and mobile communication; leading to higher potential sales of consumer electronics such as smartphones, tablets, laptops, and gaming consoles. The instances of smartphone adoption are very high among the urban population as compared to the rural population – and hence there is high demand for smartphones in developed regions (where the urban to rural population ratio is higher than developing regions). These factors have led to a sudden growth of the global smartphone market over the last few years and this trend is likely to continue in the coming eight years. 
The global smartphone market is expected to witness substantial growth over the forecast period owing to advancements in the electronic, telecommunication, and m-Commerce industry as well as the increasing penetration of the Chinese smartphone industry. Leading global smartphone manufacturers such as Apple Inc., Samsung Electronics Co., Ltd., Huawei Technologies Co., Ltd., Lenovo Group Limited, and LG Electronics Inc. are making strategic investments in the development and production of their own application processor (AP) to differentiate their offerings and maintain increased market share and margins.
There is also a rising trend of m-commerce particularly among the working population, and this has increased the demand for smartphones with top-notch features supporting m-commerce. Growing internet penetration, increasing marketing activities by vendors, and rising subscription in social media are some of the other key factors driving the growth of the global smartphone market. In the tug of war over customer acquisition and retention, brands are resorting to aggressive marketing and sales strategies to woo the new generation of smartphone wielding young professionals with attractive pricing, enhanced features, and multiple user options. 
The global smartphone market is segmented on the basis of Operating System (Android, iOS, Windows, Blackberry Operating System, Other (Sailfish, Tizen, and Ubuntu)) and Distribution Channel (OEM, Retailer, e-Commerce). On the basis of operating system, the iOS segment is anticipated to account for US$ 584.9 Bn by 2024, registering a substantially high CAGR of 9.1% over the forecast period with a relatively high value share of 59.8%. The Android segment is expected to follow closely with a value share of 47.6% and a CAGR of 6.7%. In terms of volume, the Android operating system is estimated to account for the largest market share of 69.3% in the global smartphone market by the end of 2016 and is expected to increase to 70.0% by 2024.
The Android segment is estimated to account for 50.7% value share in 2016 while the iOS segment is estimated to account for a revenue share of 46.2% in 2016. In terms of value, the Android segment is likely to register a high CAGR between 2016 and 2024 and this can be attributed to an increase in the demand and supply of reasonably priced android smartphones. The Blackberry Operating System segment is estimated to be valued at US$ 7,563.1 Mn in 2016 while the Windows Operating System segment is estimated to be valued at US$ 8,819.9 Mn in 2016. 
On the basis of distribution channel, the e-Commerce segment is expected to show a significantly high growth rate of 9.3% followed by the OEM segment with a 7.9% growth rate by the end of 2024. The e-Commerce segment is estimated to be valued at US$ 175.3 Bn in 2016. The OEM segment is estimated to be valued at US$ 221.2 Bn in 2016 while the Retailer segment is estimated to be valued at US$ 218.1 Bn in 2016. As compared to the other segments, the OEM segment is expected to exhibit a relatively high attractiveness index over the forecast period. In terms of value, the global smartphone market is likely to project a healthy incremental opportunity during the forecast period. 
The report covers the global smartphone market across seven key regions namely – North America, Latin America, Western Europe, Eastern Europe, Asia Pacific Excluding Japan (APEJ), Japan, and the Middle East and Africa (MEA). On the basis of region, APEJ is estimated to be the largest market for smartphones, accounting for 33.7% value share of the global smartphone market in 2016. The APEJ region is projected to remain dominant throughout the forecast period.
There is a rapid growth of infrastructure and economic development in several countries in the APEJ region and this is expected to boost the growth of the smartphone market in this region. An increasing inflow of low priced high-end electronic components and products in APEJ is another key factor significantly impacting the smartphone market in the region. MEA is projected to be the fastest growing market over the forecast period, with a growth rate of 13.3%. The MEA region has witnessed rapid urbanization over the last few years and this has subsequently led to an increase in the number of consumers willing to purchase high-end smartphones. A rise in the disposable income and increasing demand for consumer electronics has led to a growing adoption of smartphones in the MEA region and this trend is expected to continue during the forecast period. 
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