As per TMR, the revenue generated by the global graphite electrodes market stood at US$ 10 Bn in 2017. The market is register sluggish 3% CAGR throughout the forecast period from 2018 till 2026. The development of the market is highly depended on increasing demand from the steel companies.

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On the basis of application, steel and non-fused material are the major segment of the global graphite electrodes market in 2017 and this segment is likely to remain the leading segment in terms of adoption. Furthermore, ultra- high power segment account for major share in the global graphite electrodes market. Geographically, Asia Pacific is likely to be the leading market for the global market for graphic electrodes owing to stringent regulation by the Chinese government. Among all the countries in Asia Pacific, China account for highest market share in Asia Pacific region due to manufacturing of EAF steel production in the country.

Increasing Demand for Electric Arc Furnace for Steel Production Boost Demand

High electrical and heat conductivity, low impurity content, high vibrational resistance are some of the key properties of the graphite electrode influencing the growth of this market in coming years. The other quality of graphite electrode such as high thermal resistance capability and thermal shock resistance which further helps in reducing the entire mass of the steel. The lower EPF production cost and flexibility are the key factor supporting the growth of graphite electrodes market in coming years. Furthermore, Chinese government regulation are being made to increase the production of steel. The use of steel by the end-user industries such as automotive, construction and defense and aerospace and infrastructure and oil and gas industries is another factor propelling the growth of this market in near future. The rising usage of electric arc furnace for the manufacturing of steel is one of the key factor propelling the growth of this market in coming years. The use of graphite electrodes for smelting process and steel refining is one of the important factor supporting the growth of graphite electrodes market in coming years.

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Utilization of Steel Scrap Likely to Upsurge Global Graphite Electrodes Market

Due to presence of large steel producing industries in developed economies, the steel industries is likely to have availability of high steel scrap. This is another factor propelling the growth of this market in near future. About more than 80% of the steel which are produced in electric arc furnace are made from steel scraps. The alternating production capacity of the steel craps could drive the demand of this market in near future.

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• An intelligent energy management system (EMS) is one of the recent emerging technologies. It not only manages energy consumption, but also helps in enhancing the enterprise-level operation and financial decisions for personnel management.
• Additionally, intelligent EMS can be considered an analytical tool that helps in collecting information on energy usage of a facility through monitoring, assessing, and visualizing of real-time energy consumption. The data collected by intelligent EMS usually helps enterprises make data-driven decisions that can be critical for sustainable growth and design advanced strategies about their overall energy consumption and reduction in operating costs.
• On the other hand, intelligent energy management systems deal with certain issues arising out of nonlinearities, such as behavior of power converters, enforcement of constraints encountered with different components of the system, and difficulty in selecting from among a set of sources available to produce energy
• The intelligent EMS technology is still undergoing the developing stage, with more predictive and adaptive controls forming the basis of energy management systems. However, as use of these systems gains worldwide adoption, it would be better to create a uniform standard model and coding system.

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Key Drivers of Global Intelligent Energy Management Systems Market

• Key drivers of the global market for intelligent energy management systems are increasing usage of smart grid services, aging electricity grid infrastructure, and increasing requirement for digitization of the power sector
• Moreover, increasing consumption in industrial enterprises, cost efficient production, high demand for energy from developing economies, and favorable government schemes and policies are other drivers of the global intelligent energy management systems market
• Growing concerns about emissions of CO2 and greenhouse gases across the world have shifted investments toward the renewable energy sector. This technological shift is estimated to promote growth of the global market for intelligent energy management systems during the forecast period.
• Rising awareness about energy conservation is estimated to boost the global intelligent energy management systems market during the forecast period

Restraints of Global Intelligent Energy Management Systems Market

• Lack of awareness among customers about utility of intelligent energy management systems to reduce energy costs is a key restraint of the global market. Most companies are not fully aware about the costing structure of intelligent energy management systems and long-term benefits of these systems.
• Financing for installations is another challenge, as vendors are unable to provide upfront costs and equity leasing firms are reluctant to enter the marketplace. Several initial costs related to intelligent energy management systems include ISO: 50001 certification investments and costs incurred for educating the energy team, employee training, and data collection.

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Major Developments:

• In October 2019, Intelligent Energy Limited announced to form a partnership with Changan UK Ltd and Alexander Dennis Ltd to incorporate high-power, low-cost, fuel cell systems into sport utility vehicles (SUVs) and buses. This grant is expected to help Intelligent Energy Limited in increasing its manufacturing capacity and to enable it to develop a fuel cell system supply chain in the U.K.
• Furthermore, Grid Edge has deployed its intelligent EMS technology with early adopters for customers throughout the U.K. and the company is actively forming partnerships with global companies in energy and building controls industries to scale their technology
• In March 2019, ENGIE announced investments in tiko, a Switzerland-based startup. Established in 2012, tiko has developed a unique technology for completely exploring the potential of household electric equipment such as heat pumps, water heaters, solar panels, batteries, and electric outlets. The tiko solution connects these devices to a platform and makes them controllable.

Key Players Operating in Global Intelligent Energy Management Systems Market

Some of the major players operating in the global intelligent energy management systems market are:

• Schneider Electric SE
• Rockwell Automation, Inc.
• Pacific Controls
• Mitsubishi Electric Corporation
• Johnson Controls, Inc.
• Honeywell International, Inc.

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• A dielectric fluid can be defined as a dielectric material in liquid state. Its key purpose is to prevent or rapidly quench electric discharges.
• Dielectric liquids are employed as electric insulators in high-voltage applications, for example, capacitors, transformers, high-voltage cables, and high-voltage switchgears
• Dielectric fluids are also used in different liquid-filled electric equipment to attain biodegradability, fire safety, oxygen stability, and high performance over a wide range of temperatures
• A dielectric fluid can be used in the wire electrical discharge machining (EDM) process, as it can act as a semiconductor placed between the energized wire and the work piece to maintain stable and controlled conditions for ionization in the spark gap
• A dielectric fluid performs several key functions in the EDM process. It cools heated surfaces of electrodes and exerts counter pressure onto the expanding plasma channel. Moreover, the fluid isolates the tool electrode from the work piece electrode for achieving high current density in the plasma channel.

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Key Drivers of Global Dielectric Fluid Market

• A major driving factor for the global dielectric fluid market is increasing use of transformers in various applications such as residential, commercial, and industrial. Moreover, in order to reduce short circuit and transmission losses during high-voltage transmission, liquid-immersed transformers are used. These transformers have mineral oil as an electric insulating medium.
• Rise in the demand for clean fuels and limited availability of naturally occurring uranium are expected to boost the demand for dielectric fluid across the globe
• Growth of the global aviation industry can also be considered a driver of the global dielectric fluid market, as dielectric fluid is used in the manufacture of several aerospace components
• Rising scope for use of dielectric fluid in the tool & die industry, the mold industry, regulators, hardware, and valves is expected to drive the global dielectric fluid market during the forecast period
• In the recent years, owing to several benefits of dielectric fluid such as low viscosity, rapid heat dissipation, high flash point, and oxidation resistance, the global market for dielectric fluid has expanded and the trend is anticipated to continue throughout the forecast period

Key Developments and Policies

• According to an article published in Automotive News Europe in October 2019, Shell had plans to introduce a hydrocarbon fluid
• In April 2018, Cargill presented its Envirotemp range of dielectric fluids at the 2018 IEEE PES T&D Expo. The Envirotemp FR3 fluid is a natural ester derived from renewable vegetable oils, which provides improved fire safety, long transformer life, and environmental benefits.
• In February 2017, Prolec GE developed VG-100 as a part of its efforts to expand its portfolio of eco-friendly products. VG-100 is a natural ester fluid made from soy seeds, which can be safely used in electric transformers. This patented dielectric fluid is 100% biodegradable, completely natural and non-toxic, and free from any additives or toxic compounds.

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Key Players in Global Ma Dielectric Fluid Market

Key players operating in the global dielectric fluid market are:

• 3M Company
• DuPont
• Cargill, Incorporated
• PROLEC GE
• M&I Materials Ltd.
• NYCO
• Repsol S.A.
• Shrieve Chemical Company

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• Wire and cable recycling refers to the process of converting wire and cable scrap into reusable material. It is an alternative for the conventional waste disposal, which can reduce greenhouse gas (GHG) emissions.

Key Drivers and Restraints of Global Wire & Cable Recycling Market

• Surge in the volume of wire and cable scrap has raised concerns about the environment, due to improper disposal of wire and cable wastes. This, in turn, is expected to drive the global wire & cable recycling market during the forecast period.
• Growing efforts to maintain sustainability of primary metal sources and increasing demand for copper from various industries, including electrical & electronics (E&E), automotive, and manufacturing, is projected to drive the global wire & cable recycling market during the forecast period. Furthermore, increase in efforts to reduce the production cost is also expected to propel the global market in the near future.
• Rise in investments in the construction industry led by improvement in the living standards, increase in the purchasing power, migration of people from rural to urban areas, and strong economic growth, in developing as well as developed countries, is anticipated to propel the global wire & cable recycling market during the forecast period
• However, improper waste disposal is expected to restrain the global wire & cable recycling market during the forecast period

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Electrical & Electronics Segment Expected to Hold a Major Share of Global Market

• The global wire & cable recycling market can be segmented based on application, metal type, and region
• In terms of metal, the global wire & cable recycling market can be divided into copper, aluminum, and others. Copper is predominantly used in the wire & cable industry owing to its high conductivity.
• In terms of application, the global recycled copper market can be divided into electrical & electronics, building & construction, power, communication, transportation, and others. Building & construction is one of the major end-users of wires and cables, due to increase in the demand for distribution of electricity from one point to another within electric appliances in residential establishments.

North America Expected to Hold a Major Share of Global Wire & Cable Recycling Market

• In terms of region, the global wire & cable recycling market can be divided into North America, Europe, Asia Pacific, Latin America, and Middle East & Africa
• The wire & cable recycling market in North America is projected to witness rapid growth during the forecast period. This growth can be attributed to increase in the volume of wire and cable scrap generated from residential and commercial establishments across the region.
• The wire & cable recycling market in Asia Pacific is anticipated to expand at a significant pace during the forecast period, due to the increase in investments in building and construction activities primarily in Japan, South Korea, India, and China backed by rise in migration of people from rural to urban areas
• The wire & cable recycling market in Europe is estimated to witness growth during the forecast period, due to surge in spending on the development of electric infrastructures. Wires are largely used in residential and commercial buildings to convey electric current to all power applications in a building or dwelling.
• The wire & cable recycling market in Latin America and Middle East & Africa is anticipated to expand at a sluggish pace during the forecast period. This growth can be attributed to increase in investments in the infrastructure sector in these regions. For instance, in 2019, Middle East & North Africa announced to invest US$ 209 Bn in the power sector in the next five years to fulfill the surging electricity demand, as countries in the region continue investing in renewable energy projects.

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Key Players Operating in Global Market

Leading companies operating in the global wire & cable recycling market include:

• REDOMA Recycling AB
• MTB Recycling
• Bolduc Metal Recycling Inc.
• The Angelus Corporation
• Andritz

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• Energy shortage is a major point of concern across the world. The best electrode materials are continuously being discovered along with making efforts towards development of advanced energy materials such as electrolytes, cell structures.
• In mobile electronics, continuous research and development is being carried out by manufacturers and researchers of semiconductor industries with the objectives of improving electrochemical performance of batteries, reducing their manufacturing costs, and expanding their application.
• High-tech advancements in 3D printing are changing the world and the technology is advancing rapidly, quickly becoming the basis of the next-generation 3D-printed energy architectures, wherein batteries and supercapacitors can be printed in virtually any shape.

Key Drivers and Restraints of Global 3D-printed Batteries Market

• Increasing demand for smaller yet more powerful batteries in mobile electronics is expected to boost the global 3D-printed batteries market in the next few years. To date, mobile device manufacturers have to choose from the commercially available battery shapes and sizes.
• Most batteries available earlier were in a cylindrical or rectangular shape. However, manufacturers are currently designing batteries according to their requirements to manufacture compact electronic devices, as researchers have developed a new method to 3D print lithium-ion batteries in virtually any shape.
• A majority of mobile devices, such as mobile electronics, smartphones, and other wearable devices, require long battery life. Almost every such device consists of electronic equipment with sensors, such as accelerometers and gyroscopes, to mention a few. Furthermore, using the wireless connection technology for mobile devices consumes a lot of battery.
• In order to overcome this issue, mobile devices are being incorporated with new 3D-printed batteries. The global 3D-printed batteries market is driven by the rising demand for compact batteries that can be fitted in electronic devices.
• Polymers used for 3D printing, such as polylactic acid (PLA), are not ionic conductors, which creates a major hurdle for battery printing. This factor may act as a restraint for the global 3D-printed batteries market.

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Incorporation of Graphene Material and Multi-walled Carbon Nanotubes in 3D-printed Batteries to Drive Global 3D-printed Batteries Market

• Conductivity and life of batteries can be increased by incorporating graphene or multi-walled carbon nanotubes into the anode or cathode, respectively. Manufacturers also have some other options for increasing the battery capacity, such as replacing PLA-based materials with 3D-printable pastes.
• Graphene is a strong material and it has several features that make it useful in the fields of electronics, power, nanotechnology, mechanics, and safety
• Researchers have used graphene to produce long-lasting batteries capable of providing power for 25% longer time as compared to normal lithium-ion batteries. Graphene-based batteries is likely to be a turnkey technology if compatibility can be achieved for flexible electronic products.
• Graphene batteries can be produced by using a 3D printer and a mixture of plastics and graphene in a nanoplatelet form, which looks like a black powder. This mixture comes in the form of filaments which need to be heated before being formed into any shape or size.
• Graphene based technology would be useful in conditions wherein various sorts of batteries are required, but space is tight. Hence, the introduction of graphene-based 3D-printed batteries is expected to drive the global 3D-printed batteries market during the forecast period, due to their flexible design and increased life.

North America to Lead Global Market for 3D-printed Batteries

• In terms of region, the global 3D-printed batteries market can be divided into North America, Europe, Asia Pacific, Latin America, and Middle East & Africa
• North America is likely to witness the maximum demand for 3D-printed batteries from 2019 to 2027. Major manufacturers of 3D-printed batteries have been investing heavily in the U.S., especially in the consumer electronics sector in the country.
• Leading manufacturers of 3D-printed batteries have extensive distribution networks along with deep product penetration. Electronic device manufacturers have become increasingly international in their activities since the onset of globalization.
• Asia Pacific is the most rapidly expanding region of the global market for 3D-printed batteries, due to presence of several semiconductor manufacturers in China, India, and Vietnam.

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Key Manufacturers Operating in Global Market

The global 3D-printed batteries market was highly fragmented in 2018. Key manufacturers operating in the global market are:

• KeraCel
• Neware
• Solvay
• Stratasys Ltd
• Materialise NV

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• Volatile organic compounds (VOC) generate suspended particulate matters and photochemical oxidants. There are several types of VOCs; for instance, benzene and toluene are emitted during the painting process in printing factories, which harm workers.
• VOC concentrator is an activated carbon or zeolite adsorption system designed to capture and destroy VOCs and hazardous air pollutants from industrial process exhausts
• Concentrator system consists of three main phases: adsorbing, where VOCs are captured; desorbing, where VOCs are heated and released; and thermal oxidation, where VOCs are destroyed

Key Drivers and Restraints of VOC Concentrator Market

• Increase in awareness about environment-related issues and implementation of stringent rules and regulations by regulatory authorities are key drivers for the VOC concentrator market. Due to the implementation of these rules and regulations, companies across the world are installing pollution control devices. Hence, the market for VOC concentrator is expected to grow at a significant CAGR during the forecast period.
• Rapid industrialization is another factor fueling the expansion of the VOC concentrator market. Significant increase in demand for automotive, aerospace, semiconductor, spray coating, and pharmaceutical industries is expected to drive the VOC concentrator market.
• Rise in demand for VOC concentrator from various industries, such as paint, automotive, semiconductor, electronics manufacturing, pharmaceutical, etc., is another driver for the global market. Easy maintenance, simplified operational controls, low operating and maintenance costs, compact size, and easy on-site installation are factors propelling the demand for VOC concentrator in various industries.

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Global VOC Concentrator Market: Segmentation

• In terms of end-user industry, the global VOC concentrator market can be segmented into automotive, aerospace, paint & coating, semiconductor, electronics, flexible packaging, pharmaceutical, and others. Automotive, and painting & coating industries are expected to dominate the VOC concentrator market during the forecast period due to a high demand for concentrator from these industries.

Global VOC Concentrator Market: Regional Segmentation

• Based on region, the global VOC concentrator market can be classified into: North America, Asia Pacific, Europe, Latin America, and Middle East & Africa
• North America dominated the global VOC concentrator market in 2018. This trend is projected to continue during the forecast period due to the presence of a large number manufacturing companies in North America. The U.S. dominated the North America VOC concentrator market in 2018 and is expected to continue its dominance during the forecast period, as the U.S. is one of the leading manufacturers of automotive, aerospace, semiconductors, electronics, etc.
• The VOC concentrator market in Asia Pacific is expected to grow at the highest CAGR during the forecast period. This can be attributed to rapid industrialization in developing countries, such as China, India, and Japan and significant increase in demand for VOC concentrator. China dominates the VOC concentrator market in Asia Pacific region. It is expected to maintain its dominance during the forecast period, owing to the expansion of various industries in the country.
• The VOC concentrator market in Europe is anticipated to expand significantly during the forecast period due to the implementation of stringent rules and regulations by regulatory authorities
• The VOC concentrator market in Latin America and Middle East & Africa is estimated to expand at a steady CAGR during the forecast period due to industrial development

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Key Developments

• In May 2019, CECO Environmental announced that it received a contract to help a fast-growing North American plastics company control emissions. CECO will handle the engineering design of a system that will capture and treat hazardous air pollutants through a packaged Venturi Scrubber and CECO Adwest Regenerative Thermal Oxidizer.
• Seibu Giken is strategically expanding its presence in South East Asia by opening new sales office in Bangkok and Thailand to increase sales and strengthen relationships with customers in the Southeast Asia region. These offices started operations in July 2018.
• In September 2017, Teledyne Tekmar introduced the Atomx XYZ Automated Purge and Trap concentrator with integrated auto sampler. The Atomx XYZ is the next generation Tekmar's Atomx VOC sample preparation system for automated analysis of VOC in soils and water samples.

Key Players Operating in Global VOC Concentrator Market:

• Seibu Giken
• CECO Environmental
• Teledyne Tekmar
• Taikisha
• Anguil Environmental
• TKS Industrial Company

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• Pipeline accessories refer to fittings and adaptors used to connect straight pipes or tube sections, adaptable to various shapes and sizes, for several purposes such as measuring and regulating the fluid flow. These accessories are often used in lightweight piping, primarily flexible piping to be supplied in coiled form.
• Pipeline accessories are ideal to transport liquid waste, liquid, and gas in domestic or commercial environments. They are a crucial components in piping and plumbing systems.

Key Drivers & Restrains of Pipeline Connecting Accessories Market

• Increase in investments in construction of inter- and intra-pipeline network to cater to the demand for energy is expected to drive the pipeline connecting accessories market during the forecast period. For instance, in August 2019, GAIL (Gas Authority of India Limited) announced to invest US$ 6.25 billion for construction of National Gas Grid and city gas distribution network across the country over the next five years. Pipeline accessories help remove the trapped air and prevent any malfunction of the process equipment, which is further expected to fuel the market.
• Rise in demand for transportation of fuel such as crude oil, gas, and petroleum products over large distances via pipelines, due to their cost-effectiveness and reliability, drives the demand for expansion of pipeline, which in turn is anticipated to propel the pipeline connecting accessories market.
• Availability of alternative modes to transport fuel is anticipated to hamper the market during the forecast period

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Steel Segment Expected to Hold Major Share of Global Pipeline Connecting Accessories Market

• The global pipeline connecting accessories market can be segmented based on type, material, and region
• In terms of type, the global pipeline connecting accessories market can be divided into air vent, sight glass, moisture separator, strainers, air eliminators, and others. The strainers segment is expected to expand considerably due to the ability of strainers to eliminate unwanted detrimental materials or elements from the pipeline that could harm the connected systems or devices.
• In terms of material, the global pipeline connecting accessories market can be classified into steel, copper, poly vinyl chloride, and ABS. Steel is extensively used to manufacture pipeline connecting accessories due to its low cost and mechanical properties such as durability, corrosion resistance, and machinability. Steel pipes are used in several residential and commercial applications to transfer propane fuel or natural gas. The copper segment is also anticipated to expand during the forecast period, as it copper offers high resistance to corrosion.

North America Expected to Hold a Major Share of Global Pipeline Connecting Accessories Market

• In terms of region, the global pipeline connecting accessories market can be divided into Middle East & Africa, Latin America, Asia Pacific, Europe, and North America
• The pipeline connecting accessories market in North America is expected to expand at a significant pace during the forecast period. This expansion can be attributed to a surge in the demand for pipeline infrastructure from the upstream sector to transport their products. Furthermore, ongoing investments in exploration & production of conventional & unconventional sources of energy is a key factor driving the market.
• This market in Asia Pacific is anticipated to expand at a significant CAGR during the forecast period, due to an increase in spending for the expansion of pipeline networks. Furthermore, surge in investments in construction of city gas distribution facilities is projected to propel the market.
• The pipeline connecting accessories market in Europe is also projected to expand during the forecast period, due to a rise in the demand for imported gas. As per BP stats, net pipeline gas import accounted for 82% of total gas import across Europe in 2018.
• The pipeline connecting accessories market in Middle East & Africa and Latin America is projected to expand at a sluggish pace during the forecast period owing to an increase in capital expenditure in subsea projects, which fuels the demand for pipeline infrastructure to transport fuel

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Key Players Operating in Global Pipeline Connecting Accessories Market

Leading companies operating in the global pipeline connecting accessories market include:

• Uniklinger
• Pro-line Fittings Inc.
• LoneStar
• Pipeline Products India
• GEM
• Canada Pipeline Accessories
• Keckley Company

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• Engineered coated fabric is a blend of technical fibers or textiles that is coated with different polymers such as fiberglass, polyamide, or polyester. The selection of coating material and fabric depends on the requirement of the end-use application. Engineered coated fabrics are technically coated and manufactured by using modified fabric manufacturing techniques. They are used in unconventional engineering applications.
• Engineered coated fabrics include industrial textiles, braided items, 2-D fabrics, 3-D fabrics, belts, aerospace automotive textiles, and high-performance textiles
• These fabrics are widely used in technically advanced high-end applications such as train bellows, aerostats, fuel storages, air bags, evacuation slides, gaskets, seals, machine clothing, upholstery, hospital seats, and medical accessories. Engineered coated fabrics are usually customized according to requirements of customers.

Key Drivers of Global Engineered Coated Fabrics Market

• The global engineered coated fabrics market is anticipated to expand at a significant rate during the forecast period
• Expanding automotive and aerospace & defense industries and rising demand for lightweight products are key driving factors for the global engineered coated fabrics market
• Ongoing research and development activities to develop high-performance applications and advanced technologies are augmenting the demand for engineered coated fabrics in various applications
• Rapid urbanization and industrialization in developing economies is expected to drive the transportation industry. This, in turn, is likely to drive the demand for engineered coated fabrics in these economies during the forecast period.
• Increasing sales of automobiles and rising demand for protective clothing in industrial applications are boosting the demand for engineered coated fabrics
• Engineered coated fabrics require quality check as well as legal documentation of processes and parts before their application in end-use industries. The documentation and quality check is a time-consuming process. Increasing government regulations and growing safety concerns related to materials may hamper the demand for engineered coated fabrics in the near future.

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Hot-melt Process Segment to Witness Lucrative Opportunities

• Based on process type, the global engineered coated fabrics market can be divided into calendaring, hot-melt, knife, and others
• Among process types, the calendaring segment holds a major market share. Calendaring is highly preferred for processing of rubber-based fabrics and it is considered an ideal process for handling heat-sensitive polymers.
• The hot-melt process segment is anticipated to expand at the maximum CAGR during the forecast period. This growth is attributable to increasing preference for the hot-melt process, as it requires low processing time.

Fiberglass the Most Preferred Substrate Type

• Based on substrate type, the global engineered coated fabrics market can be divided into polyester, aramid, fiberglass, polyamide, and others
• Fiberglass is anticipated to be the dominant segment of the global engineered coated fabrics market during the forecast period, followed by polyester, aramid, and polyamide segments, respectively
• Fiberglass is a highly preferred substrate for engineered coated fabrics due to its high-tensile strength and excellent heat and flame resistance property

Significant Growth Opportunity in Aerospace & Defense End-use Industry

• Based on end-use industry, the global engineered coated fabrics market can be divided into aerospace & defense, automotive, marine, oil & gas, and others
• Automotive is anticipated to be the dominant segment of the global engineered coated fabrics market, followed by the aerospace & defense segment, during the forecast period
• The aerospace & defense segment is estimated to expand at the maximum rate during the forecast period

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Key Manufacturers Operating in Global Engineered Coated Fabrics Market

The global engineered coated fabrics market is dominated by a few major players. It was fragmented in 2018. Expansion, new product launches, partnerships, and development of new technologies are key strategies adopted by major players to gain higher market share in the global engineered coated fabrics market.

Key manufacturers operating in the global engineered coated fabrics market are:

• Omnova Solutions Inc.
• Trelleborg AB
• Uniroyal Global Engineered Products Inc.
• Vintex Inc.
• Fothergill Group
• Graniteville Specialty Fabrics Inc.

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• Specialty lubricants are superior-quality lubricants that exhibit multi-functionalities. These are particularly produced using advanced technologies.
• Specialty lubricants essentially excel in the areas where traditional lubricants do not. For instance, friction-specialty lubricants are preferred when equipment is laden with excessive stress and conventional lubricants fail to ease operations.
• Most of the specialty lubricants exhibit unique characteristics such as low molecular weight, chemical inertness, hydrogen-free profile, reduced toxicity, higher thermal stability, enhanced lubricity, long shelf-life, and higher dielectric strength. These properties make specialty lubricants niche and value-added products.
• Perfluoropolyether (PFPE) based specialty lubricants do not provide solubility even at higher temperatures in chemicals including chlorine-based oxidants; oxygen, concentrated hydrogen peroxide; organic and inorganic oxidizing agents; nitric acid; and kerosene

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Key Drivers of Specialty Lubricants Market

• Specialty lubricants improve performance output with lesser fuel consumption, thus providing cost effectiveness
• Key factors driving the Specialty Lubricants Market include industrialization in emerging economies, rise in construction activities, and subsequently increasing demand for highly advanced equipment
• Demand for specialty lubricants is projected to be high in various industries in the near future, particularly due to their unique characteristics such as non-flammability, long life, good lubricity, and high dielectric strength
• Non-reactive lubricants, a category of specialty lubricants, exhibit exceptional chemical inertness to highly reactive oxidizers and fuels, reactive gases, strong acids, and alkalis. Non-reactive lubricants are engineered for application areas accustomed to lubrication difficulties caused due to exposure to chemicals, heat, solvents, corrosion, toxicity, and flammability.
• Demand for specialty lubricants is anticipated to be high in the chemical manufacturing industry owing to their suitability as sustainable processing fluids

Specialty Lubricants Market: Product Type and End-use Industry Segments

• Based on product type, the global specialty lubricants market can be divided into bio based, mineral oil based, and synthetic oil based
• Demand for synthetic specialty lubricants is estimated to be high in the near future. Leading manufacturers have been increasingly investing in specialty lubricants. For instance, Dow’s UCON fluids and lubricants are PAG-based synthetic portfolios that are suitable for turbine fluids, compressor fluids, hydraulic fluids, calendar lubricants, bearing and compressor oils, metal working lubricants, and lubricant concentrates.
• Dow’s SYNALOX water soluble chemistries are extensively used in formulations for chemical fiber spin finishes and industrial lubricants.?Water-based specialty lubricants provide improved wetting, low surface tension, and low foaming and improved penetration characteristics. These specialty lubricants are soluble in cold water, yet exhibit inverse solubility at elevated temperatures.
• Several industrial inert greases are based upon polytetrafluoroethylene (PTFE) base oils. Greases are blended with selected polytetrafluoroethylene (PTFE) thickeners, which provide chemically inert properties.
• Based on end-use industry, the global specialty lubricants market can be classified into chemical, transportation, aerospace & aviation, oil & gas, and others (including electrical & electronics and nuclear)

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Key Manufacturers Operating in Specialty Lubricants Market

The global specialty lubricants market was highly fragmented in 2018. Key manufacturers operating in the global market include:

• Exxonmobil Corporation
• Chevron Corporation
• Royal Dutch Shell
• Castrol Limited
• Total S.A.
• Dow
• CONDAT

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• Fire resistance is a property of materials or their assemblies, which prevents or retards the passage of excessive heat, hot gases, or flames
• Fire resistance of materials is measured in terms of fire resistance rating. Fire resistance rating is typically determined by measuring the ability of a passive fire protection material or material assembly to withstand a standard fire resistance test.
• A fire resistant mortar is a workable paste that dries to bind building blocks in various forms, which is used to prevent transfer of excessive heat; avoid fire accidents; and stop fire from further spreading
• The three important properties of fire resistant mortars are workability, bonding, and compressive strength. Workability implies that a fire resistant mortar spreads easily. Bonding implies that it offers strong bonding with the mixture. Compressive strength implies that a fire resistant mortar acts as a primary force of bonding.

Key Drivers of Global Fire Resistant Mortar Market

• Growth of the global fire resistant mortar market can be attributed to rising number of fire safety regulations, growth of the global construction industry, and increase in steel consumption globally. The market is likely to continue to witness significant growth in the near future, as fire resistant mortars have the ability to partially replace traditional construction materials such as sealants, putty, and coating sprays.
• Growth of the global retail industry is likely to have a significant positive impact on the commercial application segment of the global fire resistant mortar market during the forecast period
• From the safety point of view, fire resistant materials delay the spread of flames, toxic fumes, and smoke and provide people with the much-required time to evacuate the premises. This also gives fire engines and personnel added time to carry out rescue operations.

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Global Fire Resistant Mortar Market, by Application

• Commercial construction is expected to be the leading application segment of the global fire resistant mortar market during the forecast period. It is also expected to be the most rapidly expanding segment from 2019 to 2027, owing to increasing number of fire safety regulations and implementation of strict building codes during construction of offices, shopping centers, malls, hospitals, colleges, schools, universities, and hotels.
• Developing economies, such as Brazil and India, are projected to offer immense opportunities for various players operating in the fire resistant mortar market during the forecast period
• The thriving industrial sector and rapidly growing urbanization in developed as well as developing countries are expected to create significant opportunities for the global fire resistant mortar market in the next few years

Asia Pacific to Lead Global Market for Fire Resistant Mortars

• Asia Pacific is expected to hold a major share of the global market in the next few years, owing to increasing disposable income and growing awareness among people in the region. Rapid growth in population in countries such as China and India and increasing industrial activities led by favorable initiatives by governments are likely to drive the market in Asia Pacific in the next few years.
• The market in Middle East & Africa is anticipated to expand at a rapid rate from 2019 to 2027, due to increasing construction of skyscrapers and high-rise buildings in countries across the region

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Key Manufacturers Operating in Global Market

The global fire resistant mortar market was highly fragmented in 2018. Key manufacturers operating in the global market are:

• AkzoNobel N.V.
• 3M
• Sika AG
• BASF SE
• Hilti Group
• Morgan Advanced Materials

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