Future Market Insights (FMI) offers a 9-year forecast of the global ultrasonic pulse velocity tester market from 2018 to 2027. In terms of the overall market value, the global ultrasonic pulse velocity tester market is estimated to record a moderate CAGR during the forecast period. This market study showcases the global market trends and dynamics across six business regions: North America, Latin America, Europe, APEJ, Japan, and MEA that influence the existing nature and the future status of the global ultrasonic pulse velocity tester market during the forecast period.
This market report offers a detailed analysis of the ultrasonic pulse velocity tester market and provides insights on different factors driving the demand for ultrasonic pulse velocity testers. The market study features an exhaustive analysis on the key challenges, trends, market drivers and the overall market structure. The market research report provides a comprehensive and complete assessment of the stakeholder imperatives and strategies for succeeding in the ultrasonic pulse velocity tester solution business. The report segments the market based on application, end user vertical, transducer frequency range and different regions globally.
The ultrasonic pulse velocity tester market is estimated to witness a steady growth rate during the forecast period. This growth is attributed to the simplicity and automation of the overall ultrasonic pulse velocity testing process and the ever-rising demand for laboratory-grade non-destructive ultrasonic testing equipment. The market report begins with an overview of the ultrasonic pulse velocity tester market in terms of its value. In addition, the overview section includes an extensive analysis on the ultrasonic pulse velocity tester market’s key challenges, trends, and drivers from the economy, demand and supply sides influencing the market. A detailed analysis has been presented for each segment in terms of the ultrasonic pulse velocity tester market size across various regions.
The next chapter in the ultrasonic pulse velocity tester market report features a detailed analysis of the ultrasonic pulse velocity tester market across different regional countries. It offers a market outlook for the forecast period 2018–2027, and showcases the forecast within the context of the global ultrasonic pulse velocity tester market. This section includes the latest technological offerings as well as key technological developments in the market. This market study discusses the key regional trends contributing to growth of the ultrasonic pulse velocity tester market, and analyses the intensity at which the drivers are influencing the market in each region. Regions and countries assessed in the global ultrasonic pulse velocity tester market report include North America (U.S., Canada), Latin America (Brazil, Mexico and the rest of Latin America), Europe (Germany, U.K., Spain, France, Italy and the rest of Europe), Japan, APEJ (China, India, Malaysia, Singapore, Australia and the rest of APEJ) and MEA (GCC Countries, South Africa, Israel and the rest of MEA). This report on the global ultrasonic pulse velocity tester market evaluates the current scenario and the future prospects of growth in regional markets across the globe for the forecast period 2018–2027. The year 2017 is considered as the base year, and the data has been provided for the remaining 12 months.
In order to determine the accurate forecast, we have begun the market study by sizing the present market that forms the basis of determining the market’s future growth. With regards to the characteristics of the ultrasonic pulse velocity tester market, we have considered the outcomes of different analysis types based on the technological trends.
As highlighted previously, the global ultrasonic pulse velocity tester market is segregated into a number of segments. All the market segments in terms application, end user vertical, transducer frequency range and region have been studied and later analysed in terms of basis points in order to fully understand the relative contributions of each segment to the ultrasonic pulse velocity tester market’s growth. This information is important for the identification and recognition of various key market trends in the global ultrasonic pulse velocity tester market.
Another key feature of this market report is the analysis of key segments in terms of segmental absolute dollar opportunity. This is otherwise overlooked while forecasting the market. Absolute dollar opportunity is critical in analysing the opportunity level that a manufacturer or a supplier can look to achieve, and it facilitates the identification of potential resources from sales as well as delivery perspectives in the global ultrasonic pulse velocity tester market.
The final section of the report includes a competition landscape that provides a dashboard view with respect to the categories of various providers in the value chain, and their intensity and presence in the ultrasonic pulse velocity tester market. The competition landscape is primarily designed to offer detailed and objective comparative assessment of the key players specific to a particular market segment in the ultrasonic pulse velocity tester supply chain and the potential players in the global ultrasonic pulse velocity tester market. Clients can gain segment-specific product vendor insights to identify the key competitors on the basis of an in-depth assessment of their success and growth capabilities in the marketplace. Detailed company profiles are included in the scope of the market report to evaluate their key offerings, recent developments, and their short-term and long-term strategies the ultrasonic pulse velocity tester market. Some key players profiled in the global ultrasonic pulse velocity tester market report are PCTE - Papworths Construction Testing Equipment; Controls S.p.A.; Roop Telsonic Ultrasonix; Stanlay; Canopus Instruments; Proceq Group; Impact Test Equipment Ltd.; James Instruments Inc.; Aimil Ltd.; Humboldt Mfg. Co.; Mitech Co., Ltd.; Cygnus Instruments; Olson Instruments Inc.; Qualitest International Inc.; and Novotest.
Non-destructive Strength Measurements
Void and Crack Detection
Infrastructure and Construction Testing
Material Science and research
By End Use Vertical
Aerospace and Defence
Chemicals and Petrochemicals
Concrete, Glass and Building Materials
Oil and Gas Refineries
Sewage and Water Treatment Facilities
Construction Engineering, Remodelling and Design
By Transducer Frequency Range
24kHz - 50kHz
Above 50kHz, upto 100kHz
Above 100kHz, upto 150kHz
Rest of Latin America
Rest of Europe
Rest of APEJ
Rest of MEA
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