Research Study Offers Insights on Future of Electrical Overloads Market 2017 - 2025

Electrical Overloads Market: Understanding the concept of electrical overloads

Every festive season, people like to celebrate with an elaborate visual display. Candles, electric lights and firecrackers light up both the sky and the ground, mesmerising all those who happen to glance at them. During this time though, there are several reported cases of light displays suddenly going out. This can even be experienced occasionally in homes with something as simple as plugging in an electric heater, switching on a hair dryer, or dropping a snack into the toaster. All these are perfect examples of an overloaded circuit. The power needed to use a certain number of devices that are connected to the same circuit simultaneously may be far greater than the electrical wiring capacity, resulting in an electrical overload. One can be assured that an electrical overload in properly fitted electrical systems is highly unlikely to burn the house down. A so-called ‘overcurrent protective device’ automatically shuts off power at the main panel before any sort of lasting damage occurs. Typically, the device is a circuit breaker that trips. In legacy systems, the fuse could even ‘blow’ out.

Electrical Overloads Market: Circuit logic

The main panel can be considered the nerve centre of any electrical system. The main panel is a small grey metal box that is placed in an obscure location in a basement, garage or utility room. Three large wires power the main panel and while these may be visible outside if they are overhead, the wires are usually encased in conduit inside for providing an additional layer of safety, as they contain nearly limitless electrical power. Circuit breakers limit the power in the main panel to acceptable levels that can be safely handled and funnelled by wiring systems through branch circuits to various corners of the house. If the power demand on a single circuit exceeds the circuit breaker limit, the circuit breaker pops open and powers down the whole circuit, with a warning served to the occupant that there is an electrical overload or some other issue in the system.

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There are mainly two types of circuits within the main panel – general purpose and dedicated circuits. Dedicated circuits include those helping single appliances drawing massive power such as built-in microwaves, furnaces and garbage disposers. Other dedicated circuits powering laundry equipment and small kitchen appliances are also included. Most dedicated circuits should ideally be labelled at the main panel, yet few actually are. Dedicated circuits are even found occasionally in remodelled, older homes. General purpose circuits serve several outlets such as most receptacles and lighting within the home. Usually, any one of these circuits can be tapped for that extra dose of power or if another outlet needs to be added. If a receptacle is added to a high purpose use device such as an electrical heater or air conditioner though, an entirely new circuit may have to be put into place.

Electrical Overloads Market: Electrical overload solution

The solution to an electrical overload is quite simple in theory. A few plug-in devices connected to the overloaded circuit should be shifted to another circuit. The circuit breaker can then be flipped back on or even the entire fuse can be replaced before resuming all electrical activity. This isn’t as easy in practice though. First, electrical outlets on a different general-purpose circuit need to be located. The second step is ensuring that they can be reached conveniently. One should not resort to the quick fix solution of an extension cord as they are primarily designed for short-term use and not suited to a permanent wiring role. In the case of standard duplex receptacles, both the upper and lower receptacles must be tested, as they can sometimes be wired to different circuits. The receptacles must be powered on before any testing. This can be repeated for all circuits to know what’s what. It is not unusual to even find general-purpose outlets within dedicated circuits.

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Electrical Overloads Market: Adding a new outlet

To add a new electrical outlet to avoid electrical overload, a circuit with adequate capacity that has a convenient junction box has to be found. Lights or switch boxes can sometimes be quickly accessed in unfinished basements. Even the attic is a good place to look. Junction boxes near the access hole can be the first place to start searching, or even above ceiling light fixtures. The power must necessarily come directly to the light box. Any existing box has to be large enough to accommodate any additional cable as wires packed too densely within small boxes can easily overheat. It is typically faster and easier to create an entirely new circuit from the main panel, as opposed to finding and using existing circuits.

Electrical Overloads Market: Companies

A few companies in the electrical overloads market are Endo Kogyo, Akira Controls, Omson Hyrdo Solutions and Caflon Marketing Systems.

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Biocomposites Market Set to Witness Steady Growth through 2017 - 2025

Biocomposites are composite materials comprising resins and reinforced natural fibers. Reinforcing materials, which are in the form of fibers, sheets, or particles, are ingrained in the resin phase. The resins generated are derivatives of polymer, either renewable or non-renewable. They play an important role in protecting fibers from environmental degradation and mechanical damage. They also hold the fibers together and help transfer loads on it. Natural fibers derived from crops, waste paper, recycled wood, and regenerated cellulose or their byproducts are the primary components used for the generation of biocomposites. Biocomposites possess low density, resulting in higher tensile strength and stiffness with wide range of applications.

The biocomposites market is majorly driven by the increase in concerns about the environment. Depletion of natural resources such as crude oil and focus on reducing environmental pollution are other factors boosting the biocomposites market. Implementation of government regulations on the usage of environmentally-friendly products and safety & recyclable characteristics of biocomposites act as drivers of the market. Rise in demand for non-toxic and biodegradable materials also offers lucrative growth opportunities to the biocomposites market. Rise in usage of moisture & thermal resistant materials in the building & construction end-use industry is anticipated to propel the market for biocomposites. However, availability and quality of raw materials along with fluctuating in cost are likely to hamper market growth.

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Based on fiber type, the biocomposites market can be segmented into wood fiber composites and non-wood composites.  Either recycled or non-recycled, wood fiber composites are made out of hard wood or soft wood usually in the form of newspapers and magazine fibers. Non-wood composites comprise flax, jute, hemp, kenaf, sisal, or coir depending upon the application. Demand for non-wood fibers is high due to their physical and mechanical properties.

In terms of product type, the biocomposites market can be divided into hybrid biocomposites and green composites. Based upon different types of fibers embedded into a single matrix, hybrid composites can be made out of synthetic or natural fibers and can be randomly combined. Green composites are formed through a combination of natural fibers with biodegradable resins. They can be easily disposed without affecting the environment cycle due to their degradable and sustainable properties.

Based on polymer type, the biocomposites market can be divided into natural polymers and synthetic polymers. Natural polymers include polyhydroxyalkanoate (PHA) and polylactic acid (PLA). These are utilized for applications in packaging, molded goods, paper coatings, non-woven fabrics, adhesives, and films and performance additives. Synthetic polymers comprise epoxy and polypropylene (PP), which are employed in aerospace and automobile industries.

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Based on end-use industry, the biocomposites market can be segregated into transportation, building & construction, consumer goods, and others (marine, sports & leisure goods, electrical & electronics, and aerospace). The transportation segment accounts for significant share of the biocomposites market due to lightweight, impact resistance and non-toxic features of biocomposites. The building & construction segment has been expanding owing to the rise in demand for lightweight, moisture resistant, and low maintenance products. Bio composites are also widely used in construction and marine sectors owing to their rigid and molding capabilities.

In terms of geography, the biocomposites market can be segmented into North America, Latin America, Asia Pacific, Europe, and Middle East & Africa. Asia Pacific is anticipated to be the fastest growing market for biocomposites, due to the rapid industrialization and rise in demand in end-use industries such as transportation and building & construction in the region. North America and Europe hold key share, while Latin America and Middle East & Africa are projected to be the emerging hubs of the biocomposites market.

Prominent players operating in the global biocomposites market include FlexForm Technologies, TECNARO GmbH, Trex Company, Inc., Fiberon, LLC, JELU-WERK Josef Ehrler GmbH & Co. KG, and Meshlin Composites Zrt.

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2,4,6-Trinitrotoluene Market Projected to Gain Significant Value by 2017-2025

2,4,6-Trinitrotoluene is a yellow, odorless solid that does not occur normally in nature. It is commonly known as TNT and is used as an explosive in military shells, bombs, and grenades, in industrial uses, and in underwater blasting. TNT, or 2,4,6-Trinitrotoluene was adopted by the armed forces of Germany as an explosive material, to fill artillery shells in 1902. 

The explosives market has undergone significant changes in recent years. Manufacturers have come up with various innovative solutions in explosives for military, industrial, and mining applications. 2,4,6-Trinitrotoluene  easily melts at a reasonable low temperature. This further helps ammunition manufacturers to make it easy to pour into shells and bombs. 2,4,6-Trinitrotoluene is not too unstable, which helps manufacturers to safely handle its production . 2,4,6-Trinitrotoluene  does not explode spontaneously, as compared to other explosives. It has to undergo various processes in order to explode. It has to be detonated using a pressure wave from another explosive called a detonator. 2,4,6-Trinitrotoluene is mainly valued for its insensitivity property against shock and friction. It has a strong water soluble properties which neither absorbs nor dissolves in water, allowing it to be effective to be used in wet environments. 2,4,6-Trinitrotoluene is available in blocks of various sizes. It is commonly found in synergistic explosive blends, which comprises of Trinitrotoluene along with other ingredients such as ammonium nitrate, aluminum powder, barium nitrate, RDX, paraffin wax etc. 

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The global market for 2,4,6-Trinitrotoluene  is driven by the gradual recovery of the construction industry in most developed countries and expanding defense industry for ammunition products against the strong need for national security and counter terrorism strategies. The market is also driven by continuous innovation in explosive technologies and increase in focus on performance testing of explosives. The need for safer explosives to replace high energetic explosives and propellants to meet safety needs, is prompting the manufacturers of military & defense equipment to employ 2,4,6-Trinitrotoluene  on a large scale. Increasing mining operations in the U.S. and Asia-Pacific region is analyzed to be the key factor propelling the global mining industry market size over the forecast timeframe. Moreover explosives technology is an integral part of any mining process. This has led to the increase in demand for 2,4,6-Trinitrotoluene   for mining industry. 

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Based on application, the 2,4,6-Trinitrotoluene   market can be segregated into defense industry, construction industry, and mining industry. The defense industry is likely to witness an increase in usage of 2,4,6-Trinitrotoluene   during the forecast period due to the increase in national security and rise in terror-related activities. Whereas the demand in construction and mining industry is expected to remain slow in the coming years due to weak commodity and real-estate market. 
Based on geography, the global 2,4,6-Trinitrotoluene  market can be segregated into Asia Pacific, Europe, North America, and RoW. North America and Europe are the major markets for 2,4,6-Trinitrotoluene , led by the strong investment in the defense sector by the U.S. and European government. Asia Pacific is another prominent market for 2,4,6-Trinitrotoluene, due to the increase in terror-related activities and large investment by the government to provide national security to the countries. China, India and ASEAN countries are likely to provide better opportunities in near future.  

Major players operating in the global 2,4,6-Trinitrotoluene market are Nitro-Chem S.A, Eurencol, Austin Powder Company, and MaxamCorp Holding, S.L etc. These companies hold a significant share of the market. Thus, the 2,4,6-Trinitrotoluene market experiences intense competition.

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Power Electronics for Wind Turbines Market Estimated to Soar Higher During 2017-2025

Power electronics are solid state technologies employed for the conversion of electric power. Power electronics for wind turbines are used for the production, distribution, conversion, and efficient usage of electricity. Wind turbine is one of the emerging renewable energy technologies. There is a rise in demand for the usage of power electronics for wind turbines in the wind power stations and distribution networks. Wind turbines are generally installed both in the onshore and offshore locations where there is availability of good wind conditions. Power electronics are gradually becoming advanced and they bring in significant performance improvement in the wind turbines.

The power electronics for wind turbines market can be segmented based on their types and applications. Power electronics act as an intermediate between the wind turbines and the grid. Generators used in power electronics for wind turbines are of two types: doubly-fed induction generators and synchronous generators. Doubly-fed induction generators consist of a wound rotor, induction generator, and AC/DC/AC converter. They help in reducing the cost of the converter and the power rating. Apart from wind turbines, power electronics are also used in isolated networks and generator starters. While applying power electronic converters for wind turbines, manufactures generally opt for a solution-based double-level voltage source converter, combined with a doubly fed induction generator.

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A key factor driving the usage of power electronics for wind turbines is that power electronics can act as an alternate source of renewable energy derived from wind. Technological inventions are coming up in order to reduce production cost of wind turbines. In order to support or promote usage of power electronics for wind turbines, government subsidies and environmental litigations have been imposed in order to curb the level of pollution. In recent years, there has been an increasing need for renewable energy globally due to the rise in environmental concerns and changing climatic conditions. Wind power is a relatively well-explored technology, and can compete with other energy sources such as coal and oil & gas on several parameters. However, the high cost of production of electric power is poised to be a restraint for the power electronics for wind turbines market. Generation of energy is more dependent on the fossilized resources such as coal and oil & gas than on the renewable energy resources as wind and solar energy. A large area for wind energy generation is required for the wind turbines to rotate. In terms of consistency, wind energy has lot in common with solar energy, as the continuous flow of wind speed is required for generation of electricity.

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In terms of geography, countries in Asia Pacific such as India, China, Singapore, and Japan are the developing markets of power electronics for wind turbines due to rapid industrialization and urbanization in these countries. Government subsidies are also provided in order to curb pollution. As an alternative energy source to oil & gas, demand for power electronics for wind turbines is increasing significantly in North America. Countries in Europe such as the U.K., Germany, and France have high demand for the power electronics for wind turbines due to their environment-friendly energy norms imposed by these governments. The power electronics for wind turbines market is estimated to develop in the countries in Africa and Latin America after they recover from the economic slowdown.

Key market players in the power electronics for wind turbines market are General Electric, Inc., Vestas, Suzlon Energy Ltd, Guangzhou HY Energy, and Siemens AG, etc.

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Marine Propulsion Systems Market to Remain Lucrative During 2017-2027

Marine Propulsion frameworks is a standout amongst the most critical piece of the marine vessel. Marine drive is the framework used to create impel a ship crosswise over water. Where oars and sails are as yet being utilized as a part of littler pontoons, present day ships are driven by mechanical frameworks which comprises of an electric engine or motor handing a propeller over pump-planes.

The kind of drive framework utilized as a part of boats relies upon the prerequisite of vessel. Direct propulsion framework is the most favoured framework on ships. It has a propeller, which is associated with the essential motor utilizing shaft. Direct propulsion framework is regularly utilized by ships employing in bound waters and in zones wherein higher rates are not permitted.

Gear drive propulsion systems framework is most usually utilized now a days. It is related with a wide range of prime movers. The primary elements of the framework is that it decreases the quantity of unrests from the motor yield such that the framework can determine most extreme propeller effectiveness.

Electrical drive was the favoured one amid the times of Second World War. Be that as it may, these days most electrical drives have medium or rapid diesel motors as their prime movers.

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Marine Propulsion Systems Market: Market Dynamics

The subsequent increase of water-based logistics involving transportation of heavy duty vessels has been a major driver of the marine propulsion systems market. Growth in ecommerce sector is another driver associated with the Marine Propulsion Systems Market. The repair and maintenance of components are expected to be future opportunities, particularly in heavy duty engines segment. The major players associated with marine propulsion engine systems market will be concentrating on technological advancements in the existing products available. Naval fleet development by countries such as India, China and Russia is going to boost the market for marine propulsion engine market.

The global Marine Propulsion Systems Market is being hit by low oil prices. Low oil prices globally has been a restraining factor for the market and future is also bleak because the price of oil is going to be low and investment in oil related products will be weak.

Marine transportation is a necessary substitute of other modes of transportation such as roads rails and airways which are not feasible for the international trade. With the increase in the global trade marine propulsion engine market is going to get a boost on account of this. Also the increasing cost in air cargo transport systems is going to shift demand towards marine transportation which in turn is going to boost the demand for marine propulsion system market.

Marine Propulsion Systems Market: Market Segmentation

Global Marine Propulsion Systems Market can be segmented based on the product type, material and applications.

Global Marine Propulsion Systems Market based on output power rating is segmented as:

• 80-750 hp  (light-to-medium duty engines)
• 1000-5000 hp (light-to-medium duty engines)
• 5000-10,000 hp (heavy duty engines)
• Above 10,000 hp (heavy duty engines)

Global Marine Propulsion Systems Market based on combustion type is segmented as:

• 2-Stroke Engine
• 4-Stroke Engine

Global Marine Propulsion Systems Market based on fuel type is segmented as:

• Marine Diesel
• Dual Fuel
• Gas
• Heavy Fuel Oil

Global Marine Propulsion Systems Market based on application is segmented as:

• Boats
• Yachts
• Container Ships
• Cruise Ships
• Tankers
• Tugs
• Offshore

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Marine Propulsion Systems Market: Region-wise Outlook

In terms of production, North America, Western Europe and Asia Pacific together are expected to have a commanding share in the Global Marine Propulsion Systems Market owing to established infrastructure and technical know-how. In terms of consumption of marine propulsion engine, North America and Asia Pacific followed by other regions are expected to dominate the global Marine Propulsion Systems Market. North America with the increasing list of billionaires people are set to spend more money of expensive boats and yachts which is going to boost the market for marine propulsion systems market. Also the increase in global trade and increase in consumption power globally purchasing of container ships in countries like India, USA, China is going to boost the demand for marine propulsion systems market.

Marine Propulsion Systems Market: Market Participants

Examples of some of the players of Marine Propulsion Systems Market includes MAN Diesel & Turbo, Caterpillar, Doosan Infracore, Daihatsu Diesel Mfg. Co. Ltd., Yanmar Marine International B.V., Rolls-Royce plc., Dresser-Rand, Marine Diesel AB., Volvo Group and Deere & Company among others.

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Marine Ventilation Systems Market to Discern Steadfast Expansion During 2017-2027

Marine ventilation systems are of great importance in any marine vessel whether it is a cruise ship with full of luxury and comfort or any other ship which is used for transportation or a war ship to protect the water boundaries of a nation. Design of marine ventilation system is a critical step as it helps to maintain comfortable and effective operational conditions inside a ship by maintaining desired levels of humidity, temperature and other operational parameters. On any ship, the surrounding is very humid which degrades the quality of environment and thus impacting on a large scale on the efficiency people on board. Humid environment also corrodes engine parts and associated ship machinery. So to maintain the operational parameters on the ship as well as the performance of engine and other equipment; marine ventilation systems play an important role. Apart from cargo, military and general ships, marine ventilation systems become a point of differentiation in luxury and cruise ships as desired level of comfort is high in these ships.

Marine Ventilation Systems Market:Market Dynamics

Transportation and trade are one of the vital factors responsible for economic growth of the nation in the present era of globalization, which has shifted the focus of the nations to enhance its international investments and trade practices. Sea borne trade is largely impacted by global trade policies, which indirectly impacts marine ventilation systems market globally. The rise in water-based logistics activities has led to a continuous increase in sea traffic which has fuelled the demand for ships & cargos in the past few years and is expected to boost the shipbuilding industry in the forecast period which in turn, will create demand for marine ventilation systems market over the forecast period. In addition, growth in travel, transportation and leisure sector is also an important driving factor associated with the marine ventilation system market. Up gradation of existing fleet and repair and maintenance activities of ventilation components are expected to create future market opportunities in the marine ventilation systems aftermarket, particularly luxury cruise segment is expected to create significant growth opportunities.

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However, increasing complexities in custom designs leads to elevated cost of the marine ventilation system which acts as minor restraint to global marine ventilation system market impacting its growth in the forecast period. Significant opportunities exist in the market for technological advancement of products so as to provide better performance and enhanced features.

Marine Ventilation Systems Market:Market Segmentation

Global marine ventilation systems market can be segmentedon the basis of type of  vessel  as;

• Merchant marine vessel
• Navy Marine Vessel
• Yachts Marine Vehicle

Global Marine Ventilation Systems Market can be segmentedon the basis of area of applicationas;

• Engine room ventilation
• Cargo hold ventilation
• Deck ventilation system
• Galley ventilation systems

Global Marine Ventilation Systems Market can be segmentedon the basis of Distribution as;

• Centralized
• Decentralized
• Combined

Marine Ventilation Systems Market: Regional Outlook

Asia Pacific is expected to remain the most lucrative in the global marine ventilation systems in terms of market potential. It is driven by the demand from the ship building industries in this region. However, in terms of production North America, Europe, and Asia Pacific is expected to hold more than half of the market of marine ventilation system market. North America is expected to be a prominent market in terms of production and demand as well. Rest of the world market is estimated to account for a relatively small share of the marine ventilation system market.

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Marine Ventilation Systems Market: Market Participants

Some of the examples of market participants in the global Marine Ventilation Systems Market, identified across the value chain are,

• Heinen & Hopman
• Lindab
• Delta "T" Systems
• Marinco
• Drews Marine GMBH
• JEC Marine
• NADI Airtechnics Pvt. Ltd
• HORN International AS
• Lidomarine
• Witt India Pvt. Ltd.

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Temporary Fencing Panels Market Projected to Gain Significant Value by 2017-2027

A temporary fencing panel is a standalone structure utilized for the purpose of impeding the crossing of an established boundary. It is an ideal solution for the short term basis in outdoor sites and is created for various purposes, such as to provide safety for pedestrians, construction site locations and to keep children and pets in a designated area. All temporary fencing panels have support bases, such as blocks, base plates and counterweight or other fixing methods. Furthermore, temporary fencing panels are made of high-quality material, which is coated to the BS EN 10244-2 standard and can also be manufactured using SmartWeld 100 technology. The design of temporary fencing panels is different in height & weight and is tested under various conditions, such as impact tests, wind loading and stability.

Temporary fencing panels are known as temporary fencing hoardings or the construction hoardings when they are utilized at construction site locations. These are the alternative solution of permanent fencing, owing to its portability and flexibility. Temporary fencing panels are also utilized for the outside decoration of houses and gardens, owing to the availability of different designs and materials of panels.

Temporary Fencing Panels Market: Dynamics

Non-residential areas, such as exhibitions, concerts, special events and local council work sites, among others hold the prominent market share in the temporary fencing panels market and the demand for temporary and plastic fencing is increasing, which in turn, accelerates market growth. Temporary fencing panels are also in demand in residential areas for safety and security purposes, which is another factor fueling growth of the temporary fencing panels market.

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Some features, such as durability, reusability, low cost and negligible maintenance, increase the demand for temporary fencing panels, which in turn triggers growth of the temporary fencing panels market. Temporary fencing panels are required by government law in some countries, such as China and Australia during the construction of swimming pools and spas before they are filled with water or permanent fencing must be installed around the pool. This factor is an important driver for the temporary fencing panels market.

In the current scenario, temporary fencing panels are required in transformer stations, high-voltage equipment in open areas, machinery with potential dangerous pieces, industrial plants quarries, explosive factories, other wildlife parks, military facilities, prisons, aquatic centers and airfields.

Temporary Fencing Panels Market: Segmentation

The temporary fencing panels market can be segmented on the basis of end users, types, sales channel and material.

On the basis of end users, the temporary fencing panels market can be segmented as:

• Commercial
• Residential
• Industrial
• Others

On the basis of types, the temporary fencing panels market can be segmented as:

• Standard
• Round top
• Heavy duty round top
• Anti-climb

On the basis of material, the temporary fencing panels market can be segmented as:

• Metal
• Others

On the basis of sales channel, the temporary fencing panels market can be segmented as:

• Online retailers
• Bricks & mortar stores
• Direct sales

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Temporary Fencing Panels Market: Regional Overview

The global temporary fencing market can be divided into seven geographical regions, namely North America, Latin America, Western and Eastern Europe, Asia-Pacific region, Japan, Middle East and Africa. The Asia-Pacific market is projected to witness significant growth, owing to increasing infrastructure development, high disposable income and growing industrialization. The temporary fencing panels market is also expected to grow in North America and Western Europe, owing to awareness among people towards safety and a large number of manufacturing industries. Furthermore, the Middle East and Africa market is estimated to grow over the forecast period, due to increasing building and construction activities in these regions. Latin America and Eastern Europe are projected to grow with a relatively low CAGR.

Temporary Fencing Panels Market: Market Participants

Examples of some of the market participants identified across the value chain of the global temporary fencing panels market include:

• Security Fence Company
• Quickfence
• Jinbiao Wire Mesh Fence Co., Ltd.
• Anping County YongMing Wire Mesh Fencing Co., Ltd.
• Jacksons Fencing
• Screw Fencing PTY Ltd.
• Fortressfencing.co.nz
• Guangdong Golon New Material Co., Ltd
• Zaun Ltd.
• Zoyals International Metal Wire Mesh Co. Ltd.

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Transformer Testing Equipment Market Projected to Gain Significant Value by 2017-2027

Transformer testing equipment are utilized for the purpose of maintaining, inspecting and testing the functioning of transformer. The transformers need maintenance which has to be carried out at a fixed interval of time as well as when the transformers are underperforming. Transformer testing equipment are used for servicing, monitoring electrical & mechanical parameters and oil insulation of the transformer, for the safety of the systems and to avoid any damage. Transformer testing equipment help to ensure protection, reliability and longevity of transformer. Requirement of a transformer testing equipment is mainly important when anomalies and faults within the circuit or grid has to be detected before and after occurrence of complete transformer breakdown.

Transformer testing equipment market is expected to grow in forecast period, due to increasing need of safe and continuous transmission of electricity from the power generation plant to the end users and for this purpose the transformers is tested continuously in real time. Common types of transformer test equipment include- applied potential testing, mega ohmmeters, frequency analysis equipment and loss management equipment etc.

Transformer Testing Equipment Market: Market Dynamics

Growing industrialization and urbanization are responsible for increasing the demand of transformer which is expected to fuel the growth of transformer testing equipment market.Increasing energy demands has led to the growth of generation of electrical energy from both non-renewable & renewable sources, which has led to higher installations of power transformers in the global market. This is a key factor that accelerates the growth of transformer testing equipment market during the forecast period. Rising standards of living across the globe has driven the power transmission & distribution companies to prolong the network circuit in order to fulfill the demand of the each and every consumers.

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Skilled and trained technician is required for the maintenance and testing of the transformers as it is a high voltage electrical device. Additionally, the cost of transformers testing equipment is comparatively higher than the other electrical devices. This factor is anticipated to slow down the growth of transformer testing equipment market.

Transformer Testing Equipment Market: Segmentation

Transformer Testing Equipment market can be segmented on the basis of products, end-users and sales channels.

On the basis of products, it can be segmented as:

• Complete transformer  test system
• Transformer insulation testing
• Transformer resistance testing
• Turns ratio testing
• Current transformer testing
• High Power transformer test system
• Others

On the basis of end-users, it can be segmented as:

• Power generation stations
• Transmission & Distribution stations
• Steel plants
• Refineries
• Railways
• Others (Commercial offices & Residential societies etc.)

Transformer Testing Equipment Market: Regional Outlook

The Global transformer testing equipment market can be divided into seven geographical regions such as North America, Latin America, Asia Pacific Excluding Japan, Western Europe, Eastern Europe, Middle East & Africa and Japan. The transformer testing equipment market has a slow growth rate in the developed region such as Western Europe, North America and Japan, owing to maturity attained in the power demands and power grid network.The countries of Asia Pacific excluding Japan such as India and China has registered higher demands in energy requirement is main factor for the growth of transformer testing equipment market. Additionally, high demand of power, improvement in the urbanization of remote and rural areas coupled with increasing population is a key factor which is anticipated to the growth of the transformer testing equipment market. Electrification of railway lines in rural and urban areas of India is growing with very fast pace and trying to convert the entire railway network into electric railway network in three years is also an important driver which fuel the growth of the transformer testing equipment market, owing to more number of transformers to be laid down.

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Transformer Testing Equipment Market: Market Participants

Examples of some of the market participants in the global transformer testing equipment market identified across the value chain include:

• SMC int.
• Vanguard Instruments Company, Inc.
• Gyro Group.
• DV Power
• Vasavi Electronics
• Eltel Industries
• KOLEKTOR ETRA d.o.o.
• Doble Engineering Company (Esco technologies)
• Hubbell Incorporated
• Megger

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Superalloys Market Analysis, Forecast, and Assessment 2017-2027

Superalloys or high performance alloys are the metallic alloys that possess high strength, significant surface stability, corrosion resistance and creep resistance at high temperature. Superalloys are generally utilized in products and applications operating at high pressure, radiation, force and temperature under the impact of corrosive media. They have austenitic face-centered cubic (FCC) crystal with alloying element of cobalt, iron or nickel as a base. Presently, there is escalation in demand of superalloys due to its high-strength that can resist creeping and high temperature in various applications like aerospace and aircraft.

Superalloys are used in various application such as aerospace, oil and gas, industrial and gas turbine. Combustion chambers, shafts, blades of aircraft gas turbine, turbocharger and exhaust valve of reciprocating engines, bolts, fans and pumps of chemical and petrochemical industries, rocket engine parts of space vehicles, bolts, blades of steam turbine power plants are some of the prominent end-use products / applications where superalloys are extensively used. Furthermore, superalloys are widely used in automotive sector due to their capability to retain its strength at higher temperature. Additionally, due to their light weight, it helps in improving the fuel efficiency of automotive as well as aircraft. Superalloys can be nickel-based, iron-based and cobalt-based. Among these, the nickel based superalloys are highly preferred in aerospace sector as it can resist physical stress and extremely high temperatures, which in turn helps to maintain high surface stability. Industrial nickel-based superalloys contain alloying elements such as aluminum, chromium, titanium, tungsten, niobium, tantalum, cobalt etc. Some of the key players in the market are focused on development of cost effective light weight superalloys.  

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Superalloys Market: Market Dynamics

Increasing adoption of superalloys or high performance alloys in power and aerospace industry is expected to drive the growth of superalloys market over the forecast period. Moreover, increasing use of light weight components in automotive sector is also anticipated to upsurge the demand of superalloys across the globe. Additionally, excellent cryogenic temperature property, resistance to corrosion, oxidation resistant, high toughness and ductility are the properties of superalloys which are expected to fuel the demand of global superalloys market during the forecast period.

High cost of the alloy metals is one of the major factor which is anticipated to hamper the growth of superalloys market. Moreover, specialty machines are used to manufacture superalloys and high price of these machines is further expected to restrict the growth of superalloys market. Furthermore, lack of skilled labors coupled with complex process involved in maintaining these specialty machines is further anticipated to affect the positive growth of the global superalloys market in near future.

Superalloys Market: Segmentation

The global superalloys market can be segmented on the basis of base material and applications.

 On the basis of base material, the global superalloys market can be segmented as:

• Nickel-based superalloys
• Iron-based superalloys
• Cobalt-based superalloys

On the basis of applications, the global superalloys market can be segmented as:

• Automotive
• Oil and gas
• Aerospace
• Industrial

Superalloys Market: Region-Wise Outlook

During the forecast period, North America is expected to witness rich growth in superalloys market due to increased utilization of aircraft and prominent growth in aerospace industry in this region. Asia Pacific, in particulars, is estimated to witness growth in superalloys market owing to growth in automotive industries and existence of developing economics. Japan is anticipated to grow at a significant CAGR during the forecast period due to growing automotive industry and related industry in these region. Middle East and Africa is projected to support the growth of superalloys market due to rapid industrialization in upcoming years.

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Superalloys Market: Market Participants

Some of the market participants identified across the value chain of the global superalloys market include:

• Aperam S.A.
• AMG Superalloys
• Special Metal Corporation
• Haynes International
• Nippon Yakin Kogyo Co., Ltd.
• Special Metals Corporation
• Universal Stainless
• Superalloy International Co. Ltd.
• VDM Metals
• Aperam S.A.
• Allegheny Technologies Incorporated (ATI)
• Cannon-Muskegon
• ThyssenKrupp AG
• IMET Alloys
• Danyang City Kaixin Alloy Material Co. Ltd.
• Carpenter Technology
• NBM Metals

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Biaxially Oriented Polyamide Films Market Growth to be Fuelled by 2017-2027

Packaging plays a crucial role in extending the durability of goods. Biaxially oriented polyamide films are special structures which is made of polyamide resin, with high gas barrier and excellent tear and puncture resistance properties. It is especially used for frozen and vacuum packaging applications. The raw material used for producing biaxially oriented polyamide sheet is polycaprolaciam which is also known as nylon 6 or PA6. The material is melt and extruded out and made into films through vertical and horizontal stretching. Biaxially oriented polyamide films can be produced by both cast film process and blown film process with sequential and simultaneous orientation. Sequential process is expected to witness substantial growth due to high production rate, low cost and flexibility in the process while stretching. Additionally, biaxially oriented polyamide film is characterized by high quality printing, stiffness, strength, and excellent anti stretching technology.

Biaxially oriented polyamide films are used in various applications such as food industry, pharmaceutical, household products, electronics and printing & laminations. Among these, food packaging is expected to witness rich growth during the forecast period owing to growth in demand of frozen packaging, processed meat, cereals and cheese and dairy products packaging.

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Biaxially Oriented Polyamide Films: Market Dynamics   

Growing demand for flexible packaging due to the growth in pharmaceutical and food & beverages market are expected to be the major factors driving the consumption of biaxially oriented polyamide films over the forecast period. Additionally, high heat distortion temperature, good barrier to oxygen, chemicals and aroma substances, high flexibility and toughness, high transparency, thermoformability and mechanical strength are the properties of polyamide which are expected to fuel the demand of global biaxially oriented polyamide films market during the forecast period.

High shrinkage in molded section, high moisture absorption with dimensional instability, requires UV stabilization, mechanical and electrical properties influenced by moisture content, dissolved by phenols and subject to deterioration by strong acids and oxidizing agents are the major disadvantages of polyamide which are anticipated to hampers the growth of biaxially oriented polyamide films market over the forecast period.

Growing demand for balanced film with less shrinkage and better dimensional stability and increasing use of linear simultaneous stretching line technique are the emerging trend in global biaxially oriented polyamide films market over the forecast period.

Biaxially Oriented Polyamide Films Market: Segmentation

The global biaxially oriented polyamide films market can be segmented on the basis of product type and applications.

On the basis of product type, the global biaxially oriented polyamide films market can be segmented as:

• LISIM Simultaneous Stretching Type
• Mechanical Simultaneous Stretching Type
• Sequential Stretching Type

On the basis of applications, the global biaxially oriented polyamide films market can be segmented as:

• Food Industry
• Pharmaceuticals
• Household Products
• Electronics
• Printing & Lamination

Biaxially Oriented Polyamide Films Market: Region-Wise Outlook

During the forecast period, Asia Pacific is expected to witness rich growth in biaxially oriented polyamide films market due to growth in demand for pharmaceutical and food packaging. North America, in particulars is expected to witness growth in biaxially oriented polyamide films market due to growth in construction sector. Japan is anticipated to grow at a significant CAGR during the forecast period due to growing automotive industry and related industry in these region. Middle East and Africa is projected to support the growth of biaxially oriented polyamide films market over the forecast period due to rapid industrialization in upcoming years.

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Biaxially Oriented Polyamide Films Market: Market Participants

Some of the market participants identified across the value chain of the global biaxially oriented polyamide films market include:

• Changtian Plastic & Chemical Limited
• THAIPOLYAMIDE CO., LTD.
• DOMO Chemicals
• Cangzhou Donghong Packing Material Co., Ltd.
• Webpac
• Green Seal Holding
• KOLON Industries, Inc.
• Shanghai Zidong Chemical Material Co., Ltd.
• Unitika Ltd.
• TORAY INDUSTRIES, INC.
• DSM
• Sojitz Plastics America Inc.   
• FSPG HI-TECH CO., LTD.
• HYOSUNG
• JK Materials Co., Ltd.
• Toyobo

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