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High-k and ALD/CVD Metal Precursors Market to See Incredible Growth During 2025


The worldwide high-k and automatic layer disposition (ALD)/chemical vapor deposition (CVD) metal precursors market is analyzed to be propelled by precursors that can be employed in multiple cross-platform applications. Such materials, for instance, germanium and tantalum, are studied to exhibit a long-term viability. The aggressive demand for multitudinous thin film materials in novel industrial applications could be ascribed to the fast-paced development of ALD technology. Metal-organic (MO) compounds are expected to be responsible for the paradigm shift in the market as they are likely to gain traction owing to their characteristics pertaining to reduced thermal stability.

 

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According to technology, the global high-k and ALD/CVD metal precursors market could be elaborately classified so as to understand the key areas of investment. Both high-k and metal precursors are expansively used in various applications.

The high-k and ALD/CVD metal precursors market is envisaged to create opportunities for vendors dealing with copper metallization procedures with the extensive research and development being worked upon. The high-k dielectric layers find a sweeping application in metal-insulator-metal (MIM) non-volatile memories and capacitors, organic thin film transistors in organic light-emitting diodes (OLEDs), dynamic random-access memory (DRAM), and other electrical components.

 

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The competition in the international high-k and ALD/CVD metal precursors market could pen down integrated infrastructure development as one of the critical parameters for attaining success. While the packaging of its trimethylglycine (TMG) and MO precursors is performed in Taiwan, The Dow Chemical Co. produces them in the U.S. Players in the market are foreseen to lay their mitts on the hot consumer demand arising from the inflating interest in patterning materials and 3D devices. Some of the top names in the world market are SAFC Hitech, Praxair, Air Products and Chemicals, Inc., and Air Liquide.


High-k and ALD/CVD Metal Precursors Market to See Incredible Growth During 2025

 

The worldwide high-k and automatic layer disposition (ALD)/chemical vapor deposition (CVD) metal precursors market is analyzed to be propelled by precursors that can be employed in multiple cross-platform applications. Such materials, for instance, germanium and tantalum, are studied to exhibit a long-term viability. The aggressive demand for multitudinous thin film materials in novel industrial applications could be ascribed to the fast-paced development of ALD technology. Metal-organic (MO) compounds are expected to be responsible for the paradigm shift in the market as they are likely to gain traction owing to their characteristics pertaining to reduced thermal stability.

 

Read Report Overview @

https://www.transparencymarketresearch.com/highk-aldcvd-metal-precursors-market.html

 

According to technology, the global high-k and ALD/CVD metal precursors market could be elaborately classified so as to understand the key areas of investment. Both high-k and metal precursors are expansively used in various applications.

The high-k and ALD/CVD metal precursors market is envisaged to create opportunities for vendors dealing with copper metallization procedures with the extensive research and development being worked upon. The high-k dielectric layers find a sweeping application in metal-insulator-metal (MIM) non-volatile memories and capacitors, organic thin film transistors in organic light-emitting diodes (OLEDs), dynamic random-access memory (DRAM), and other electrical components.

 

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The competition in the international high-k and ALD/CVD metal precursors market could pen down integrated infrastructure development as one of the critical parameters for attaining success. While the packaging of its trimethylglycine (TMG) and MO precursors is performed in Taiwan, The Dow Chemical Co. produces them in the U.S. Players in the market are foreseen to lay their mitts on the hot consumer demand arising from the inflating interest in patterning materials and 3D devices. Some of the top names in the world market are SAFC Hitech, Praxair, Air Products and Chemicals, Inc., and Air Liquide.


Patterning Material Market to be at Forefront by 2024

The global market for patterning materials is poised to register a steady growth rate over the course of the forecast period, fueled by the numerous applications they are used in. The emerging, yet highly lucrative, market for nanodevices is a key factor boosting the demand for patterning materials, along with an expanding integrated circuit market.

 

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The report identifies the major driving and restraining forces that impact the patterning materials market and offers sharp insights on its growth trajectory over the coming years. The main geographical markets have been highlighted and the trends that govern these regional markets have also been discussed at length. In a detailed section on the competitive landscape, the leading companies have been profiled, with a focus on their strengths and weaknesses, product portfolio, financial standing, and recent developments.

 

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The adoption of several development strategies on the part of market players has significantly benefited the patterning material market and an increasing number of companies have been focusing their resources on new technology or product development as well as expansions in smaller companies. A case in point would be Corvallis startup Inpria Corporation, who received a whopping US$7.3 mn investment from Samsung Venture Investment Corp., Intel Capital, and Applied Ventures in 2014.

 

The emergence of nanotechnology, brought on by the increasing demand for miniaturized components in electronics, is a major trend observed in the semiconductors industry and this is a key factor boosting the demand for patterning technology, materials, and instruments.

 

The patterning material market is also driven by technological advancements, a booming integrated circuit market, and a rise in the number of end-use industries. Players are likely to make the most of the opportunities presented by emerging economies where the demand for electronics such as tablets, smartphones, and laptops is rather strong. On the down side, however, costs incurred during the lithography process is likely to create a roadblock for many.

 

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The global market for patterning materials has been geographically segmented to include Latin America, North America, the Middle East and Africa, Asia Pacific, and Europe. North America accounts for a significant share in the worldwide market, fueled primarily by the U.S. A massive end-use application base in the country is the main reason behind its strong growth. The patterning materials market in Europe is expected to register a sluggish growth rate on account of the current Eurozone economic crisis that has disrupted the region.

 

Asia Pacific is a strong contender in the global market and is expected to exhibit rapid growth over the coming years. Countries such as China, New Zealand, Japan, Malaysia, Taiwan, India, Australia, South Korea, Vietnam, and Indonesia are some of the major markets in Asia Pacific thanks to thriving electronics, semiconductor, and packaging sectors

 

Companies mentioned in the report

 

Tokyo Ohka Kogyo Co., Ltd. (Japan), JSR Micro, Inc. (U.S.), Shin-Etsu Chemical Co., Ltd. (Japan), The Dow Chemical Company (U.S.), Honeywell Electronic Materials, Inc. (U.S.), Merck KGaA (Germany), Brewer Science, Inc. (U.S.), DongjinSemichem Co., Ltd. (China), Applied Materials, Inc. (U.S.), Sumitomo Chemicals Co., Ltd. (Japan), and Microchem Corporation (U.S.) are some of the prominent companies operating in the patterning material market.

 


Paraquat Dichloride Market to Record an Exponential CAGR by 2023

Paraquat dichloride is a chloride salt of paraquat and is known as 1, 1- dimethyl-4, 4’-bipyridinium. Paraquat dichloride is organic in nature and is classified as a viologen, which is a family of redox - active heterocyclic’s of similar structures. The name of the organic compound is derived from its para position of quaternary nitrogen. Paraquat dichloride, when ingested by humans or animals is very harmful in nature and is connected to the development of the Parkinson’s disease.

 

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The key application of paraquat dichloride is its use as an herbicide. The compound is a non-selective and quick acting herbicide and kills plant tissues directly on contact. The main characteristics that distinguish paraquat dichloride from other herbicides are that the compound kills various broad-leafed weeds and grasses. In addition, the compound also aids in eradicating established perennial weed. Moreover, paraquat dichloride is extremely fast acting and helps in getting rid of unnecessary weeds within seconds of application. Additionally, the organic compound is partially inactivated when it encounters soil. Due to these properties, paraquat dichloride is used extensively in the growth of no- till farming. In the recent present, the compound has been labeled as ‘restricted use’ due to its harmful properties.

 

Paraquat dichloride’s’ herbicidal properties are what have been driving its market. The demand for herbicides has increased in order to get rid of unwanted plants and weeds in forest areas, for reforestation, to clear weeds, which hamper the cultivation and the growth of crops among others. Due to its persistent nature it is very difficult to get rid of the chemical and thus it seeps into ground water and contaminate it, thus reducing the quality of drinking water. It is extremely phototoxic and land that has been treated with paraquat dichloride has caused astonishingly huge damage to crops, particularly tobacco and potatoes. Due to these factors, both the Ecological Effects Branch (EEB) and the Environmental Fate and Ground Water Branch of the U.S.

 

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The major market segments for Paraquat dichloride include North America, Europe, Asia Pacific and Rest of the World (RoW).The chemical is being used in the U.S. since 1963. In 1995, the EPA reregistered it as a restricted use product. Pestanal is being marketed in the U.S. on a large scale. Due to its numerous grasslands, agricultural and irrigation practices, Asia Pacific also has a large market for this product especially in emerging countries like India and China. The demand for this paraquat, dichloride is anticipated to increase largely in RoW due to the growing agricultural activities in countries like Brazil and Uruguay. However, since 2007 the European Union has banned the use of paraquat dichloride in certain countries. Hence, the demand for the compound is Europe not expected to increase by a large scale over the forecast period. One of the key companies manufacturing paraquat dichloride is Dow AgroSciences Ltd.


Calcium Acetate Market to See Incredible Growth During 2024

Calcium acetate is an organic salt of calcium and acetic acid. It is also known as lime acetate, brown acetate, or vinegar salt. Calcium acetate is a white, odorless, hygroscopic (in anhydrous form) crystalline solid that is soluble in water and insoluble in solvents such as ethanol, acetone, and benzene. Calcium acetate is commonly available in hydrate forms. The anhydrous form tends to crystallize in the presence of moist air. Calcium acetate is supplied in industrial grade and pharmaceutical grade formulations in the market. It has low to zero toxicity; however, prolonged exposure to skin and eyes or inhalation of dust may cause irritation. Calcium acetate releases highly flammable acetone gas when burned.

 

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Calcium acetate is primarily used as phosphate binder for the treatment of hyperphosphatemia (a condition where in a subject’s phosphate level in blood rise higher than the normal level) in the pharmaceutical industry. Calcium acetate is also used as an ingredient in anti-epileptic drugs and as laboratory reagent in the pharmaceutical industry. Furthermore, it is employed in the manufacture of lubricants, printing inks, resins, soaps, carbon black, among others, in the chemical industry. Calcium acetate is used in wastewater treatment plants in industrial and municipal facilities. It is also employed as a concrete accelerator in the building &construction industry. Calcium acetate is also used as a blowing agent by PVC foam manufacturers.

 

The calcium acetate market is primarily driven by high demand in pharmaceutical and water treatment applications. However, easy availability of substitutes for similar applications in the chemical industry might hamper market growth. Expanding industrial economies in Asia Pacific, Latin America, and Africa are expected to offer opportunities for growth of the calcium acetate market, especially in construction and consumer goods industries.

 

In terms of geography, Asia Pacific is the largest producer and consumer of calcium acetate. Industrial economies in the region such as China, India, Japan, Thailand, Taiwan, Indonesia, and South Korea are the major consumers of calcium acetate. Calcium acetate is primarily employed in wastewater treatment, pharmaceuticals, consumer goods, and chemical industries in these countries. China and India, two of the most populated countries in the world, are situated in Asia. These nations are rapidly growing into industrial hubs. Purchasing power parity and per capita disposable income is rising in these countries. This has booted the market for end-use products of calcium acetate such as detergents, soaps, and pharmaceuticals. North America is another major consumer of calcium acetate, especially in detergent and wastewater treatment applications.

 

Brazil, Argentina, Chile, and Venezuela account for major demand for calcium acetate in Latin America, especially in the manufacturing of lubricants in the chemical industry. South Africa and countries in GCC are anticipated to drive demand for calcium acetate in Middle East and Africa. Western Europe is a mature market and relatively slower in terms of growth. Eastern Europe is projected to be the emerging demand driver for the calcium acetate market in Europe in the next few years. Low scope of capacity expansion exists in developed regions of North America and Western Europe due to overcapacities, high land and labor costs, and stringent regulations. China, India, and countries in Eastern Europe offer the best prospects for capacity expansion to serve the local demand.

 

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The calcium acetate market is consolidated with major players exploiting economies of scales at the global level. Players operating in the calcium acetate market include Alfa Aesar (Johnson Matthey Group), Merck Millipore, Avantor Performance Materials, Solvay, Amresco LLC, and J.M. Loveridge Ltd.

 


Calcium Acetate Market to See Incredible Growth During 2024

Calcium acetate is an organic salt of calcium and acetic acid. It is also known as lime acetate, brown acetate, or vinegar salt. Calcium acetate is a white, odorless, hygroscopic (in anhydrous form) crystalline solid that is soluble in water and insoluble in solvents such as ethanol, acetone, and benzene. Calcium acetate is commonly available in hydrate forms. The anhydrous form tends to crystallize in the presence of moist air. Calcium acetate is supplied in industrial grade and pharmaceutical grade formulations in the market. It has low to zero toxicity; however, prolonged exposure to skin and eyes or inhalation of dust may cause irritation. Calcium acetate releases highly flammable acetone gas when burned.

 

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Calcium acetate is primarily used as phosphate binder for the treatment of hyperphosphatemia (a condition where in a subject’s phosphate level in blood rise higher than the normal level) in the pharmaceutical industry. Calcium acetate is also used as an ingredient in anti-epileptic drugs and as laboratory reagent in the pharmaceutical industry. Furthermore, it is employed in the manufacture of lubricants, printing inks, resins, soaps, carbon black, among others, in the chemical industry. Calcium acetate is used in wastewater treatment plants in industrial and municipal facilities. It is also employed as a concrete accelerator in the building &construction industry. Calcium acetate is also used as a blowing agent by PVC foam manufacturers.

 

The calcium acetate market is primarily driven by high demand in pharmaceutical and water treatment applications. However, easy availability of substitutes for similar applications in the chemical industry might hamper market growth. Expanding industrial economies in Asia Pacific, Latin America, and Africa are expected to offer opportunities for growth of the calcium acetate market, especially in construction and consumer goods industries.

 

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The calcium acetate market is consolidated with major players exploiting economies of scales at the global level. Players operating in the calcium acetate market include Alfa Aesar (Johnson Matthey Group), Merck Millipore, Avantor Performance Materials, Solvay, Amresco LLC, and J.M. Loveridge Ltd.

 


Boron Oxide Market to See Incredible Growth During 2023


Boron Oxide is a white, glassy and brittle solid commonly marketed under the name anhydrous boric acid. Boron oxide is also known as boric oxide, boron trioxide, diboron trioxide and boria. Boron oxide has several applications and used as a raw material or additive in different material production process. Boron oxide is used as a fluxing agent for glass and enamels. Boron oxide is also used as the main chemical from which downstream boron compounds such as boron carbide, boron halides, metallic borates, sodium borohydrides and borate esters are derived. It is used as an additive in the production of glass fibers and borosilicate glass. They also find use in the manufacturing of firebricks and castables, commonly used in refractory and require high temperature, abrasion, corrosion and chemical resistance. It is also used to manufacture specialty ceramics and glasses. Boron oxide also acts as an excellent solvent to metallic oxides at high temperature. This property is utilized to prepare special soldering and welding fluxes, to harden steel, to manufacture alloys of iron, manganese or nickel. It is also used to manufacture rare-earth magnets.

 

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The global market for boron oxide is multi dimensional and depends upon the demand from several end use industries. The largest application of boron oxide is in the manufacturing of borosilicate glass. Application of boron oxide in the manufacturing of E- class glass fibers is another large-scale application of the chemical. E- class glass fiber accounts for about 90% of the global glass fiber market and is extensively used in building & construction, transportation and industrial applications. Application of boron oxide in specialty ceramics manufacturing process is another major growth driver of the market. Use of boron oxide in manufacturing of bricks for refractory application has also witnessed steady growth in the recent past. Most of the end use industries of boron oxide have exhibited medium to strong growth and is estimated to propel the market in the foreseeable future.

 

In spite of a large array of applications, the market is slightly restrained by the gradual popularity of boron free glass fibers and flat glass. The rate of substitution is gradual and is a long term threat to the boron oxide market. However, opportunity exists in the surging electronics application. Use of boron oxide as soldering flux is a potentially large application and the growth in electronic goods and white goods provides attractive growth opportunity for the chemical.

 

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Some of the companies operating in the solder paste market are GFS Chemicals, Inc., The Chemical Company, HDG Chemicals Ltd., Acemler Chemco San A.S and Okandan Cam Sanayi Chemical Co. among many others.

 


Boron Oxide Market to Record Sturdy Growth by 2023


Boron Oxide is a white, glassy and brittle solid commonly marketed under the name anhydrous boric acid. Boron oxide is also known as boric oxide, boron trioxide, diboron trioxide and boria. Boron oxide has several applications and used as a raw material or additive in different material production process. Boron oxide is used as a fluxing agent for glass and enamels. Boron oxide is also used as the main chemical from which downstream boron compounds such as boron carbide, boron halides, metallic borates, sodium borohydrides and borate esters are derived. It is used as an additive in the production of glass fibers and borosilicate glass. They also find use in the manufacturing of firebricks and castables, commonly used in refractory and require high temperature, abrasion, corrosion and chemical resistance. It is also used to manufacture specialty ceramics and glasses. Boron oxide also acts as an excellent solvent to metallic oxides at high temperature. This property is utilized to prepare special soldering and welding fluxes, to harden steel, to manufacture alloys of iron, manganese or nickel. It is also used to manufacture rare-earth magnets.

 

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The global market for boron oxide is multi dimensional and depends upon the demand from several end use industries. The largest application of boron oxide is in the manufacturing of borosilicate glass. Application of boron oxide in the manufacturing of E- class glass fibers is another large-scale application of the chemical. E- class glass fiber accounts for about 90% of the global glass fiber market and is extensively used in building & construction, transportation and industrial applications. Application of boron oxide in specialty ceramics manufacturing process is another major growth driver of the market. Use of boron oxide in manufacturing of bricks for refractory application has also witnessed steady growth in the recent past. Most of the end use industries of boron oxide have exhibited medium to strong growth and is estimated to propel the market in the foreseeable future.

 

In spite of a large array of applications, the market is slightly restrained by the gradual popularity of boron free glass fibers and flat glass. The rate of substitution is gradual and is a long term threat to the boron oxide market. However, opportunity exists in the surging electronics application. Use of boron oxide as soldering flux is a potentially large application and the growth in electronic goods and white goods provides attractive growth opportunity for the chemical.

 

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Some of the companies operating in the solder paste market are GFS Chemicals, Inc., The Chemical Company, HDG Chemicals Ltd., Acemler Chemco San A.S and Okandan Cam Sanayi Chemical Co. among many others.

 


Bunker Fuel Market Professional Survey Regional Analysis Of The Market, Policy And News Analysis

Bunker fuel is utilized by shipping corporations for fueling their marine fleet. Distillate fuel and residual fuel are the two types of fuels commonly used in bunkers. Of the two, residual fuel dominates the bunker fuel market, with around three-fourths of the share.

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On the basis of seller, the bunker fuel market can be categorized into oil producers, large independent distributors, and small independent distributors. Large independent distributors held a significant share in the bunker fuel industry during the historical period. These distributors have multiple physical assets, such as blending facilities and storage terminals in major bunkering ports. This gives them a competitive advantage over small independent distributors.

Based on region, the bunker fuel market can be classified into Europe, North America, Asia-Pacific (APAC), Latin America, and the Middle East and Africa. Among all the regions, APAC held the largest share in the market during the historical period, owing to the presence of major shipping companies in the region, particularly in China, India, South Korea, and Japan. Moreover, increased exports from APAC to the European and North American countries are resulting in the high demand for shipping vessels, which, in turn, is positively impacting the growth of the bunker fuel industry.

The factors driving the market are the rapid increase in the bunker requirement for the storage of fuel and the increasing hydrocarbon resource development activities in offshore areas. With the rise in the demand for crude oil in emerging economies, the demand for tankers shipping crude oil has also increased. Thus, the increase in the number of these vessels continues to directly contribute to the bunker fuel market growth.           

With increasing oil and gas exploration activities, the bunker fuel market is expected to grow exponentially in emerging oil-producing regions, particularly in the Indo-Pacific region. New oil-producing regions have vast unexplored reserves, which are sufficient to meet the growing energy demand. Exploration of these untapped reserves will positively affect the demand for shipping vessels, which, in turn, will boost the growth of the market growth.

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The major trend witnessed in the global bunker fuel market is the shift toward cleaner and environment-friendly fuels used in bunkers. Owing to the rising need to tackle the environmental pollution caused by conventional fuels used in ship bunkers, various companies producing these fuels are investing on the research and development of cleaner fuels. This has clearly indicated the growing preference of shipping companies for eco-friendly fuels for operational activities.

The bunker fuel market is consolidated in nature, as the capital investment required to produce the fuel is huge. Hence, the market has a limited number of big players operating within. Some of the key players in the global bunker fuel industry are Gazpromneft Marine Bunker LLC, Aegean Marine Petroleum Network Inc., Lukoil-Bunker LLC, ExxonMobil Corporation, and Chemoil Energy Limited.


Top 6 Biggest Concerns to Think About When Implementing IoT

The Internet of Things can do great things for a business. When implemented properly, it can save you money, boost productivity, and make processes more efficient. However, there are also concerns that need to be addressed.

HIGH INVESTMENT COSTS

High investment costs are a concern because you must weigh the initial investment with the lifetime of savings that you will, ultimately, achieve. The implementation costs will vary based on the sensors that you need as well as the infrastructure that needs to be built.

The initial investment will vary considerably for every company based on size and what is already in place. For example, if you already have a substantial tech infrastructure, you likely won’t have to rebuild too dramatically. Bringing in a professional will give you a better understanding of the expense you are likely to incur.

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TECH INFRASTRUCTURE

The tech infrastructure to prepare you for the IoT needs to be capable of connecting to the internet in all aspects. Much of the equipment in server rooms isn’t inherently ready to connect to the Internet of Things. As a result, you may have to spend a substantial amount of money replacing or retrofitting your network so that you can accommodate the IoT technology.

Additionally, you will need a cloud-based network that is scalable, high-speed internet, and all the devices that will connect to provide you with the benefits.

SECURITY PROTOCOL

Security should be a top concern as you don’t want to expose your business to problems. You’ll have more employees using devices. Further, you may not have the layer of encryption and authentication that is needed to truly protect yourself.

There is a big security risk involved when you decide to focus on IoT communication. This means that you need to implement the right devices. It’s also critical that you train your employees on security and encryption so that they understand how the IoT running in the background is going to change the way they do things daily.

SCALABILITY

It’s important that the IoT is scaled properly for your business. In scaling an IoT footprint, you must look at what a network can handle in terms of the number of devices. Further, you must look at whether you’re using pre-existing devices, buying highly specialized ones, or exploring custom solutions.

Scalability must be translated to the company. Ultimately, you will want to add more departments, which can mean a larger number of devices as well as different types of sensors and software in order to streamline more processes.

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