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Industrial Coupling Market

An industrial coupling connects two shafts at their ends in order to transfer power. The main purpose of industrial couplings is to join two spinning pieces of machinery together, allowing for a certain degree of end movement, misalignment, or both. A coupling, in a more general meaning, is a mechanical device that connects the heads of adjacent parts. In general, couplings keep shafts from disconnecting while they are in use, but when a torque limit is exceeded, torque-limiting couplings may slip or separate. Appropriate industrial connection selection, installation, and maintenance can lead to decreased maintenance time and expense.
The two main kinds of coupling are mechanical bending and material bending. Rubber and other elastic materials can be stretched or squeezed, or their flexibility can be achieved by bending thin metallic discs or grids. Industrial couplings that flex material don't need to be lubricated, with the exception of grid couplings.
Mechanically flexing industrial connectors enable metal surfaces to roll, rock, or slide out of alignment. Lubrication is necessary for any metal mechanical flexing coupling. Transferring rotational momentum from one shaft to another as effectively as feasible is the main purpose of couplings. Another crucial role of a connection is its capacity to isolate a drive engine or drive shaft from the equipment it is driving. Furthermore, the coupling process reduces vibrations that are transferred between devices.

Key Players
Altra Industrial Motion Corp. (United States)
Ameridrives (United States)
Browning (United States)
Dodge (United States)
Fenner (United Kingdom)
G and G (Canada)
Guardian (United Kingdom)
Kor-Pak (United States)
KTR Systems (Germany)
Lovejoy (United States)
Martin (Canada)
Motion Industries (United States)
Renold (France)
Rexnord Corporation (United States)
Rotex (India)
Stafford (United Kingdom)
Zero-Max (United States)

Segmentation

•    By Type
o    Material Flexing Couplings
•    Jaw Couplings
•    Sleeve Coupling
•    Tire Coupling
•    Disc Coupling
•    Diaphragm Coupling
o    Mechanical Flexing Couplings
•    Gear Couplings
•    Grid Couplings
•    Roller Chain Coupling

•    By Distribution Channel
o    Retail
o    Online

• By Geography:

o North America

o Europe

o Asia-Pacific

o Latin America

o Middle East & Africa

Market Dynamics
Driver

Industrial couplings are required to connect and transfer power between various equipment components. The expanding automation trend and the overall expansion of industrial sectors are the main drivers of this need. The main purpose of a coupling is to transfer rotational motion as efficiently as possible from one shaft to the other. Another crucial role of a connection is the ability to disconnect a drive engine or drive shaft from the equipment that is being driven. Moreover, the method of connection minimises the propagation of vibrations between devices. Furthermore, some relative axial motion is possible using couplings like the coupling. The coupling mechanism effectively lowers the amplitude of vibrations. There is one type of grooved coupling that is superior in terms of m It has been established by numerous credible testing institutions and businesses that using mechanical coupling can potentially result in less vibration being transmitted. This is valid irrespective of the pipe's diameter. Furthermore, a connection lessens the transfer of vibrations, independent of the stiff or flexible coupling type employed.
In addition to all of the aforementioned benefits, the coupling is outstanding in terms of speed and convenience of installation and maintenance. It also provides dependability and security. Coupled systems are employed in a wide range of commercial settings, including as hotels and stadiums, because of these advantages. They are also placed in certain industrial locations.
keeping up outstanding vibration and noise reduction quality. Moreover, it facilitates expansion, deflection, and contraction over the course of the pipe system's life. It also makes the process of creating flexible designs easier.
The coupling process is excellent in managing rubber bellows. When a pump has three flexible connections installed on either side of it, rubber bellows are not usually required. This approach has the benefit of being both flexible and long-lasting. Consequently, there is a notable decrease of noise and vibration.

Restraints
Misalignment can result from a number of significant reasons that could limit the market, including pipe strain, bent shafts, and poor pump and motor installation. Understanding the misalignment circumstances of the application—whether axial, parallel, angular, or complex—is crucial for selecting the coupling. Flexible couplings work well in these conditions. However, even flexible couplings have their limitations, and underestimating the degree of misalignment may lead to loads exceeding coupling requirements. Excessive wear and premature bearing failure could arise from this. Numerous couplings, such as gear and grid couplings, require appropriate lubrication. Check the lubricant levels in these couplings twice a year, and flush them sometimes to remove any impurities that can cause an early coupling failure. While coupling performance might be severely impacted by selecting the incorrect coupling, pricing and delivery are usually the primary factors to be taken into account. Make sure you choose your couplings early in the design process to ensure that the coupling chosen is suitable for the functions required. If couplings are not properly maintained, they may fail too soon. The planned inspections should include dated maintenance checks that are documented, routine cleaning and lubrication, and visual checks for wear and fatigue.

Opportunity
Continuous advancements in coupling technology, such as the development of high-performance, maintenance-free couplings, help the market grow. Manufacturers could look into opportunities by developing industrial couplings with state-of-the-art materials that boost strength while decreasing weight. By offering speciality couplings designed for certain markets or applications, providers may be able to meet a variety of customer needs. Combining the concepts of Industry 4.0 with Industrial Internet of Things (IoT) opens up possibilities for smart connections that give predictive maintenance, data analytics, and monitoring features. If digital technology has taught us anything, it's that data transmission is getting more and more complicated. When you mix the truth that the Internet of Things exists with the devilish appeal of the possibilities, it's easy to see why some people are dreaming big. However, the question of where hype meets reality lies at the heart of the IoT conversation. The couplings business is divided over what lies ahead for the next few years.

Recent Industry Insight
On April 2020, TensionPro launches HYCOBOLT, the next generation hydraulic coupling bolt
On May 2021, Siemens launches force-guided coupling relays for safety-related applications
On February 2023, KNORR-BREMSE EQUIPS PASSENGER TRAINS WITH COUPLING SYSTEMS FOR THE FIRST TIME

Recent Acquisition and Merger
On Oct. 2023, CEJN acquires all shares of UK based company Smartflow Couplings Ltd
On April 2023, Tridon Europe Announces the Acquisition of Advanced Couplings Limited
On Dec. 2021, Acquisition of CARLYLE JOHNSON MACHINE COMPANY, LLC. by RINGFEDER POWER TRANSMISSION
On October 2020, The Carlyle Group to acquire Flender from Siemens AG
On Sept. 2023, Timken Acquires Des-Case, Adding Filtration Solutions to Industrial Motion Portfolio
On September 2022, Kongsberg Automotive merges Fluid Transfer Systems and Couplings business units

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Industrial Coupling Market

Report ID : 568

Category : Hardware-Software-and-IT-Services

No Of Pages : 120

Published on: July 2024

Status: Published

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