Thursday, 2 April 2020

Water Softening Systems Market Trends 2025

According to a new market report published by Transparency Market Research titled “Water Softening Systems Market– Global Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2018 - 2026,” the global water softening systems market is expected to reach a value of US$ 7,537.6 Mn by 2026. In terms of value, the market is estimated to expand at a CAGR of 5.2% during the forecast period from 2018 to 2026. In terms of volume, the market stood at around 2,447.3 Thousand Units in 2017.
The Asia Pacific water softening systems market is projected to have the highest growth due to rapidly developing industrial infrastructure, increasing awareness of advantages of using soft water in the residential and commercial sector, and increased government spending on water softening activities in developing nations such as India and China. The North America market witnessed highest growth due to increasing awareness of using soft water among the consumers as 85% of North American households live in hard water areas and also due to growing research and development activities leading to product innovations and technologically advanced products.
Water softening systems are gaining popularity in North America and Europe because of its smart features such as Wi-Fi enabled water softening systems. Moreover, government initiatives in smart water treatment activities (as part of smart city projects) is anticipated to be a growth factor for the water softening systems market. However, one of the main challenges impacting the growth of the market is low penetration in rural areas which may prove to be a restraint in many developing countries in the short run. On the other hand, increasing demand for water softening systems in emerging economies and rising manufacturing activity across the globe are key opportunities for the growth of the water softening systems market. 
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In 2017, based on type, salt-based ion exchange softener accounted for market value of US$ 3,411.5 Mn in the global water softening systems market. Salt-based ion exchange softener water softening system accounted for larger share because this system completely removes contaminated hard water minerals instead of conditioning it chemically. According to flow rate, 05 GPM to 30 GPM flow rate water softening systems accounted for major share of US$ 1,505.5 Mn in terms of value in 2017, as this segment of water softeners are mostly used in residential and commercial applications. Increasing demand for water softeners in the residential and commercial sector is boosting the use of 5 GPM to 30 GPM flow rate water softening systems.
According to application, residential water softening systems were valued at US$ 1,710.4 Mn in 2017 since the consumption of water softening systems is more in the residential segment. Based on distribution channel, offline sales acquired the major market share in terms of value accounting for US$ 3,418.8 Mn in 2017. In terms of geography, North America accounted for the largest share accounting for US$ 1,646.2 Mn in 2017, followed by Europe. North America accounted for the largest share because the region is majorly affected by hard water, and it also sees increased research and development spending by manufacturers.
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Some of the key players profiled in the global water softening systems market are A.O. Smith Water Technologies, BWT Aktiengesellschaft, Culligan International Company, EcoWater Systems LLC, Pentair Residential Filtration LLC, Feedwater Limited, Fleck Systems, Harvey Water Softeners Ltd, Kinetico Incorporated, Marlo Incorporated, Monarch Water Ltd., Pelican Water Systems, Qingdao Haier Co., Ltd., Watts Water Technologies Inc., Evoqua Water Technologies, and Whirlpool Corporation.. 

Laser Welding Machine Market Growth and Outlook

The global market for laser welding machine is expected to develop at a rapid pace over the course of the given forecast period of 2019 to 2027. One of the primary growth factors for the market development has been increasing thermal stability offered by these laser welding machines. This stability also helps in cutting down the scrap from the elements and materials that come for welding. 
The utility of laser welding machines also aid in eliminating the use of chemical additives and glue from the operations of welding. The growing use of laser welding machines by the several end-user application industries such as electronics, automotive, jewelry, and medical among others is also contributing significantly in terms of driving the growth of the global market. It is expected that the demand for laser welding machines will grow even further with advancements in the manufacturing procedures, technological advancements, and product innovations.
Some key insights in the global market are given below:
  • Among all the types of technologies deployed in the global laser welding machine market, the technology of fiber laser welding machine is projected to develop at an eye-catching rate. The fiber lasers help in facilitating more efficient delivery of light on the target spot of the subject metal. These lasers do not need any kind of expensive or costly optical mirrors or other moving components such as disk lasers. The technology of fiber laser welding machine provide the ability to amplify and channeling of light through the fiber optic cable.
  • From a regional point of view, the global laser welding machine market is divided into five key regions viz. North America, Latin America, Europe, Middle East and Africa, and Asia Pacific. Of these, the global laser welding machine market is currently led by the regional segment of Europe. The market is expected to be continue its dominance in the coming years of the forecast period owing to the constant technological advancements and swift growth in the infrastructure development projects in the region.
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The global market for laser welding machine is expected to develop at a rapid pace over the course of the given forecast period of 2019 to 2027. One of the primary growth factors for the market development has been increasing thermal stability offered by these laser welding machines. This stability also helps in cutting down the scrap from the elements and materials that come for welding. The utility of laser welding machines also aid in eliminating the use of chemical additives and glue from the operations of welding. The growing use of laser welding machines by the several end-user application industries such as electronics, automotive, jewelry, and medical among others is also contributing significantly in terms of driving the growth of the global market. It is expected that the demand for laser welding machines will grow even further with advancements in the manufacturing procedures, technological advancements, and product innovations.
Some key insights in the global market are given below:
  • Among all the types of technologies deployed in the global laser welding machine market, the technology of fiber laser welding machine is projected to develop at an eye-catching rate. The fiber lasers help in facilitating more efficient delivery of light on the target spot of the subject metal. These lasers do not need any kind of expensive or costly optical mirrors or other moving components such as disk lasers. The technology of fiber laser welding machine provide the ability to amplify and channeling of light through the fiber optic cable.
  • From a regional point of view, the global laser welding machine market is divided into five key regions viz. North America, Latin America, Europe, Middle East and Africa, and Asia Pacific. Of these, the global laser welding machine market is currently led by the regional segment of Europe. The market is expected to be continue its dominance in the coming years of the forecast period owing to the constant technological advancements and swift growth in the infrastructure development projects in the region.
Laser Welding Machine Market - Introduction
A laser welding machine is used to join multiple pieces of different material together by using laser beam as a concentrated heat source. Numerous advancements in laser welding technology have resulted in a wide range of its applications.  Laser welding supports the joining of materials or components that requires high welding speed and low thermal distortion. Laser welding machines are being increasingly adopted in different growth sectors such as entertainment electronics, photovoltaic, and medical device technology.

Slip Rings Market Future Scenario

Slip rings are also known as rotary electrical joint, electric collector or swivel. Slip rings are used to transmit power and electrical signals from a stationary to rotating structure in an electromechanical device. Slip rings are increasingly being utilized to improve mechanical performance, streamline system operations, and eliminate damage prone wires from movable joints.
These rings can be customized as per requirement. Thus, these rings are extensively employed in various sectors such as marine, wind turbines, industrial, aerospace, and defense. As slip rings work for the Ethernet transmission, contactless transmission, and high current transmission with low maintenance, its quality determines the efficiency or performance of the system. Extensive utilization of slip rings in diverse industries such as steel, wind, marine, aerospace, elevator, solar, mobile, , and packaging offers significant opportunity to the slip rings market.
Slip Rings Market – Competitive Landscape
Moog Inc.
Founded in 1951, Moog Inc. is currently based in Elma, New York, U.S. The company specializes in the design and manufacture of systems integrator for precision motion and fluid control systems for various applications in aerospace and defense and industrial sectors. Moog Inc. operates through the following business segments: space and defense controls; aircraft controls; and industrial systems. The company offers wide range of aircraft controls, space and defense controls, and industrial systems and components. The company operates through manufacturing facilities located in the U.S., Canada, the U.K., the Philippines, Italy, Germany, China, India, Brazil, Lithuania, Costa Rica, Luxembourg, the Netherlands, Ireland, and Japan. It has business operations across Europe and Asia Pacific.
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Schleifring GmbH
Incorporated in 1974, Schleifring GmbH is based in Fürstenfeldbruck, Bayern, Germany. The company engages in the development, production, and sale of slip ring systems, wave-guide rotary joints, optical rotary joints, and contactless signal and power transmission. It offers modular slip ring systems, hybrid slip rings, coaxial slip rings, free inner bore, and open systems.
Cobham Plc
Established in 1934, Cobham Plc is based in Wimborne Minster, U.K. The company offers solutions to problems across commercial, defense, and security sectors. It operates through the following segments: communications and connectivity, mission systems, aviation services, advanced electronic solutions, and head office and other activities. The company’s services include aviation services; law enforcement and national security solutions; and motion control solutions. Cobham has operations across Europe and the Americas.
STEMMANN-TECHNIK
Founded in 1912, STEMMANN-TECHNIK is based in Schüttorf, Lower Saxony, Germany. The company specializes in the manufacture of systems and components for energy and data transfer in industrial and transport technology. STEMMANN-TECHNIK GmbH operates as a subsidiary of Westinghouse Air Brake Technologies Corporation.
MERSEN
Incorporated in 1937, MERSEN is presently based in Paris, France. It provides materials and solutions for extreme environments as well as in the safety and reliability of electrical equipment. The company designs innovative solutions to cater to its client's specific needs in order to enable them to optimize their manufacturing processes in diverse sectors such as energy, transportation, pharmaceutical, electronics, chemical and process industries. The company operates through two business segments: advanced materials and technologies and electrical components and technologies.

Pneumatic tools Market Trends and Future Growth

Pneumatic tools are powered by compressed air (as it works by the force of air); the force of air is provided by an air compressor. In other words, pneumatic tools are powered by compressed air, as it is the power of air pressure that helps the pneumatic tool to work. Pneumatic tools have a gas powered pump which continuously forces the air into a steel container till the air gets pressurized. In addition, a pneumatic tool is hooked to a pipe which is attached to a container with an air valve. Pneumatic tools are industrial machines that can be used for hours without stopping any work, as it has longer life than other types of tools and they are available in various sizes, dimensions, and patterns. Additionally, pneumatic tools are widely acknowledged in the market across the globe due to its advantages such as corrosion resistance, low maintenance, compact design, and longer service life.  Pneumatic tools are air compressed power tools powered by portable compressed carbon dioxide containers or cylinders.  
Pneumatic tools Market – Competitive Landscape
Leading market players are focusing on further innovative developments of pneumatic tools to overcome existing limits and enhance operational efficiency.
Atlas Copco
Established in 1873, Atlas Copco is a Swedish industrial company employing around 34,000 people. It manufactures industrial tools and equipment, and is headquartered in Nacka, Sweden. The company services, manufactures, develops, and rents industrial tools and air compressor construction systems. It operates in four main segments that include industrial technique, compressor technique, construction technique, and vacuum technique.
EATON Corporation Inc.,
Incorporated in 1911, Eaton is a U.S.-based multinational conglomerate and a power management company with around 99,000 employees. The company operates its business through two key segments: industrial and electrical. The industrial segment includes hydraulics group, aerospace group, and vehicle group. The electrical segment of the company comprises Electrical Americas & Rest of the World sub-segments, which include customers from institutional, industrial, government, information technology, commercial, utilities, residential, and original equipment manufacturer (OEM) sectors. Eaton’s operational headquarters is in Beachwood, Ohio (the U.S.). The company operates in almost 175 countries.
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Dom Pneumatic Tools
Incorporated in 1984, Dom Pneumatic Tools is a leading trader, manufacturer, and service provider of pneumatic accessories and pneumatic tools. The company manufactures products   that comprise pneumatic angle grinders, pneumatic die grinders, and air riveters.
Bosch Tool Corporation
Founded in 2003, Bosch Tool Corp is based in North America and is the global market leader for power tool accessories and power tools. Although, each year the company launches more than 100 new power tools globally. Furthermore, the company is the global leader in
providing innovative solutions in industrial gases and air compressors, energy efficient vacuum pumps, light towers, portable compressors and generators.
SMC Corporation
Established in 1959, SMC Corporation is a Japanese company, specialized in pneumatic control engineering to support industrial automation. The company develops a broad range of control equipment and systems, that includes actuators, directional control valves, and airline equipment, for supporting various applications.
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Some of the key players operating in the global pneumatic tools market includes Atlas Copco, Toku Pneumatic Co, Ltd., Makita Corporation, Delton Pneumatics, Bosch Tool Corporation, EATON Corporation Inc., Apex Tool Group, HITACHI Ltd., Stanley Black & Decker, Inc., Dom Pneumatic Tools, Paslode, SMC Corporation, and The 3M Company.

Global Schottky Barrier Diode Market: Regional Outlook and Future Scenario

Schottky Barrier diode can be characterized as an electronics part that is utilized at a boundless range for different applications ranging from control rectifier, power OR circuits, RF applications especially as a blender to identifier diode. It is likewise referred to by different names, for example, Schottky diode, Surface Barrier Diode, Hot Electron Diode, and Hot Carrier Diode.
Diverse metals utilized for Schottky diode are molybdenum, platinum, chromium or tungsten, and certain silicides (e.g., palladium silicide and platinum silicide). Semiconductors Used for Schottky barrier diode n-type semiconductor. The metallic part goes about as anode of the diode and n-type semiconductor goes about as cathode of the diode.
These diodes offer different points of interest when contrasted with consistent p-n intersection based diodes, when utilized as a part of diode based example and hold circuits. For example, it doesn't have any minority bearer charge lack which enables them to switch all the more rapidly, bringing about lower change time from the example to the hold advance, in a more exact example. Schottky diodes are being utilized as rectifiers in switch mode control providers to lessen levels of energy utilization. The schottky barrier diodes has demonstrated a rising growth in hardware, and semiconductor industry.
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The report offers distinctive perspectives into the analytics, various factors boosting market segments, leading trends, and the vendor landscape of the schottky barrier diode market. The study evaluates the degree of various levels of progress and ongoing models and services foreseen that would affect the market heading over the forecast period of 2018 and 2026.
Global Schottky Barrier Diode Market: Trends and Opportunities
Schottky diode has low forward voltage drop than straightforward diode. It goes between 0.3-0.5. Along these lines there is less wastage of vitality as warmth. Schottky diodes have higher proficiency, low capacitance and low profile surface-mount bundle. Because of these vital properties, these diodes are utilized as a part of numerous applications. These are utilized as a part of voltage bracing, exchanged mode control supplies and in test and hold circuits. Because of lower forward voltage drop, it is utilized as a part of sensitive applications. For instance, these are utilized as a part of stationary photovoltaic (PV) cells so as to keep batteries from releasing through the sunlight based boards around evening time. This is called blocking diodes. The different applications zones of schottky barrier diodes are consumer engine, telecommunication, automotive.
It has been noticed that the schottky barrier diode Market is augmenting its base swiftly over the globe. The various factors that are boosting up the general growth of the market may involve vigorous industrialization, consistent advancements, expansion in the demand, booming applications, rise of gadgets segment, developing economies, urbanization, innovative improvements, and ascend in the awareness levels among the end clients.
The global schottky barrier diode market is analyzed geographically by dividing it into regions of Asia Pacific, Europe, North America, South America and the Middle East and Africa. Among these, North America is foreseen to be the leading schottky barrier diode market over the forecast period because of expanding applications, novel innovations, swift development of electronic segment, and automation.

Soil Moisture Sensors Market - Global Industry Analysis and Trends 2024

Soil is important natural resource which has been disregarded in the past leading to adverse results. To help efficiently manage irrigation systems, it is imperative for farmers to measure soil moisture. This helps farmers to use lesser water for growing a crop, hence increasing the quality and yield of the crop by improving the management of soil moisture during plant growth. Soil moisture sensors are the device used by gardeners to measure the water content (volumetric) in soil. Direct gravimetric measure of the moisture in soil requires drying, removing and weighting of soil sample. However soil moisture sensors measure the volumetric moisture content in soil using properties of the soil like electrical resistance, interaction with neutrons and dielectric constant.
Soil moisture and measured property relation must be calibrated. The relation may vary due to environmental factors like soil type, electric conductivity or temperature. Soil moisture sensors are easy to use. The rainfall pattern, crop evapotranspiration rate, and soil type determine the amount and type of irrigation needed in the region to produce high yield. Due to unpredictable weather conditions it is difficult to maintain consistent crop irrigation. Excess irrigation leads to increase in cost of production which further leads to runoff, waterlogging and soil nutrients leaching which reduces yield. Hence measuring moisture content helps growers reduce negatives effects on environment.
Rise in adoption of modern agriculture techniques is the major driver for soil moisture sensor market. Increasing use of soil moisture sensors in residential complexes to maintain green lawns has led to the growth in soil moisture sensors market. Another major driver is the increasing use of scientific soil and crop analysis. Increasing demand to reduce the usage of critical water sources is also one of the major drivers of the soil moisture sensors market.
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Gradual shift in environmental regulations, climatic conditions and improved productivity are also the factors leading to the growth of the soil moisture sensors market. Some of the factors that are inhibiting the growth of the market are spatial reliability and variability. Another major challenge which has to be addressed is the lack of awareness about soil moisture sensors among farmers and gardeners. However advanced farming techniques, government incentives, and average selling price decline will generate opportunities for the market.
Soil moisture sensors market can be segmented based on type (water potential & volumetric), Application (residential, agriculture, landscaping, weather forecasting, sports turf, forestry, construction, & research Studies), & geography. Volumetric soil moistures sensors are categorized into TDT, Probe and Capacitance. Soil water potential sensors are categorized into gypsum block, tensiometer, and granular matrix. Increasing demand to manage golf turfs will lead to the growth of sports turf application.  
Main factor in sports turf maintenance is management of water content as it affects performance in terms of ball bounce and roll along with the grass growth, organic matter breakdown, and nutrient ability to move into the roots. Soil moisture sensors market is dominated by agriculture application. The reason for this major trend is the ability to monitor moisture content in soil in different fields and hence save water resources which are critical to avoid over irrigation.
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America leads the soil moisture sensors market and will continue to do so in future. The reason for America leading the market is big agricultural market in this region necessitating the use of soil moisture sensors. However during forecast period APAC market will grow.
Key players in the soil moisture sensors market are the Toro Company (U.S.), Delta-T Devices Ltd. (U.K.), AquaCheck (Pty) Ltd. (South Africa), the Decagon Devices Inc. (U.S.), IRROMETER Company, Inc. (U.S.), Sentek Pty. Ltd. (Australia), Stevens Water Monitoring Systems, Inc. (U.S.), and Acclima, Inc. (U.S.)

Ion Selective Electrode market - Global Industry Analysis and Forecast 2025

Ion selective electrodes (ISE) also known as specific ion electrode converts specific ion into an electrical potential, which is measured by a pH meter or voltmeter. An ideal ion selective electrode consists of a thin membrane from which intended ions can be transported. Polymer membrane electrodes are based on special organic polymer membrane and are used in electrodes to measure ions such as nitrate, calcium, and potassium and gas sensing electrodes have an internal solution and gas permeable membrane.
They are used in various applications for determining the concentration of various ions. Applications of ion selective electrodes in pharmaceuticals offers wide concentration range which is applicable to colored and turbid solutions. In agriculture it is used in soils, fertilizers, and plant material. It is also used in dairy products, fruit juices, drinking water, and other drinks and meat preservatives.
Ion selective electrodes are simple to use, inexpensive and have an exceptionally wide concentration range and wide range of applications. They are unaffected by sample color or turbidity and are non-contaminated. Under the most favorable conditions they can be used very easily and rapidly, for example, dragging behind a boat or simply dipping in lakes or rivers, these factors leads to growth of ion selective electrode market.
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However, ion selective electrode have limited shelf life and are fragile they can be fouled by other organic solutes or proteins, they sometimes respond to the uncomplexed ion activity, this leads to fall in the market growth. Moreover, opportunities exist for ion-selective electrodes in the field of environmental monitoring and of wearable applications. The sodium sensor belt consists of an ion selective electrode, which is selective to sodium, integrated into a platform that is interacted with the human being body at the time of exercise, due to this no sweat storage technology is required.
The Ion selective electrode market is segmented on the basis of type, application, and region. On the basis of type, the market is segmented into enzyme electrodes, ion exchange resin membranes, crystalline membranes, and glass membranes. In analytical chemistry enzyme electrodes represents significant advancement. These devices combine the sensitivity and selectivity of enzymatic methods of analysis with the speed and simplicity of ion selective electrode measurements. Enzyme electrode is based on the reaction of an enzyme reacting with specific substrate, these reaction occurs in special membrane, an example is glucose electrode.
Crystalline electrodes are made from insoluble ionically conducting inorganic salts and they have good selectivity. In terms of application market is subdivided into pharmaceuticals, food, and water. Ion selective electrode is used for food quality control, for example, Nitrate and nitrite in meat & vegetables, Chloride, sodium, nitrate, and nitrite in baby food, Fluoride & calcium in milk and other milk products, and cadmium in fish.
In Pharmaceuticals it is used for fluoride & pH of toothpaste and pH of hair shampoo. In pollution monitoring it is used in natural waters and in effluents. In terms of region market is subdivided into North America, Europe, South America, Asia- Pacific, and Middle East & Africa. Ion selective electrode market in Asia- Pacific drives a strong trend of research & development investments in service industries.

Collagen Market-By Source (Pig, Poultry, Cow, and Marine), By Product (Natural, Hydrolyzed and Gelatin), By Application (Cosmetics, Healthcare, Food and Beverage), and By Region-Forecast 2022-2031

SDKI Inc. published a new report on the collagen market on January 25, 2022.  This study includes the statistical and analytical approaches ...