The UK Fluid Power Sector In 2024: Looking Back On A Challenging Year With An Optimistic Eye On The Future

As we approach Christmas 2024, it’s fair to say that the past year has been a challenging one for the global hydraulics industry. High interest rates, stagflation, and continued global supply chain volatility have strained market dynamics worldwide, with repercussions for businesses operating in the UK. However, amid these challenges, the fluid power sector in the UK is demonstrating a strong commitment to technological innovation and resilience, carefully planning investments and technologies to drive future growth and overcome current challenges.

 

Click Here To View Our Hydraulic Product Range

The Weight of Economic Pressures

The fluid power sector is integral to the success of hundreds of businesses in the ‘physical economy’, encompassing construction, agricultural, and manufacturing applications, as well as – increasingly – renewable power, as well. Many hydraulics manufacturers have, therefore, been severely impacted by the economic pressures of the past few years. In particular, high interest rates have increased the cost of borrowing for OEMS and have impacted the ability of end user businesses to invest in new hydraulic technologies and infrastructure.

The sector has also been impacted by elevated inventory levels. As a response to supply chain volatility and disruption, in 2023 many businesses responded by stockpiling materials and components, which this year has led to a slowdown in new orders in some parts of the sector. The current uncertainty about US import traffics and trade barriers is further complicating international supply chains for businesses that operate on both sides of the Atlantic.

The Silver Lining: Technological Advancements

Despite a challenging economic environment, however, the UK hydraulic sector has not stood still. Technological advancements in integrated solutions and electrohydraulics, in particular, are driving the capabilities and potential of a wide range of hydraulic systems. The latest generation of products from Gates, MP Filtri, Webtec and other market leading suppliers are improving the efficiency and performance of hydraulic components while also paving the way for more sustainable and environmentally conscious applications.

Electrohydraulic applications, for instance, combining elements of traditional hydraulic systems with electronic controls, are gaining traction due to their ability to enhance precision and reduce energy consumption. This year, a growing number of UK businesses and OEMs have integrated these systems into existing infrastructure, making operations more environmentally friendly and efficient. Innovations in sensor technology and data monitoring have also improved predictive maintenance for many fluid power systems, reducing downtime and extending the lifespan of individual components.

Opportunities For Growth In 2025

The new Labour government’s focus on growth and infrastructure projects presents a strong opportunity for the fluid power sector. With initiatives aimed at increasing residential and commercial construction across the country, there is the potential for increased demand for advanced hydraulic systems. Also, the ongoing push towards more green technologies aligns perfectly with the industry’s shift towards more energy efficient and sustainable solutions. Many fluid power industry stakeholders are optimistic about the UK’s ability to position itself as a global leader in the hydraulics market in the year ahead.

Despite the hurdles faced by many businesses, there is, therefore, cautious optimism within the UK hydraulic sector as we look towards 2025. While the economic recovery from the pandemic and inflation crisis may be frustratingly slow and gradual, the strategic adoption of new technologies and a focus on sustainability have proven to be successful drivers of growth in adverse conditions. With uncertainty far from over, it is important for industry stakeholders to remain agile, adapting their strategies to evolving market conditions and customer demands.

What Next?

For information about our services and how we can help you strengthen the efficiency, sustainability, and productivity of your hydraulic applications, please contact Hydrastar today by clicking here.


Image Source: Canva 

The Future Of Fluid Power: How Digital Technologies Are Driving Innovation In Pumps, Valves, And Motors

The integration of digital technologies such as AI, virtual prototyping, and data analytics into the design process has revolutionised the way that fluid power components are produced. From pumps with the capability to adapt their flow rates according to real-time demand, to ‘maintenance free’ valves that utilise past performance data to pinpoint failure risks and minimise wear and tear, fluid power components are becoming cheaper, more reliable, and more powerful with each passing year.

Continue reading “The Future Of Fluid Power: How Digital Technologies Are Driving Innovation In Pumps, Valves, And Motors”

How Modern Fluid Power Systems Are Used in Renewable Energy Projects

The renewable energy sector is growing at an exponential rate in the UK and internationally. Central to this growth is a range of modern fluid power systems, which are especially pivotal in hydroelectric and wind energy applications. In this article, we’ll explore the role of hydraulic and pneumatic applications in renewable energy and how your project can benefit.
Continue reading “How Modern Fluid Power Systems Are Used in Renewable Energy Projects”

The Outlook For Fluid Power Safety Standards In The UK 2024: What You Need To Know

At some point in mid-October 2024, the UK is expected to go to the polls for the first general election in five years. And whether Keir Starmer or Rishi Sunak get the keys to Number 10 when the results are announced, one thing is widely expected: the next five years will not see any slowdown in new safety standards and sustainability regulations coming out of Westminster.

Continue reading “The Outlook For Fluid Power Safety Standards In The UK 2024: What You Need To Know”

What Are The Most Important Safety Considerations In Hydraulic System Design?

When designing a fluid power application, engineers shoulder the immense responsibility of not only creating efficient machinery but also ensuring the safety of users and the general public. With hydraulic systems used in a vast array of applications, from aerospace technology to heavy machinery, neglecting safety can lead to catastrophic failures, injuring personnel and damaging valuable assets.

Continue reading “What Are The Most Important Safety Considerations In Hydraulic System Design?”

Single Ferrule vs Double Ferrule Hydraulic Compression Fittings: Pros, Cons, and Applications

Compression fittings are the nuts and bolts, quite literally, of hydraulic engineering: essential components that connect tubes or hoses to various components, such as valves, pumps, and actuators, in a hydraulic assembly. Their compression action forms a tight seal, which prevents leaks and preserves the integrity of the hydraulic fluid transmission.

Continue reading “Single Ferrule vs Double Ferrule Hydraulic Compression Fittings: Pros, Cons, and Applications”

3 Innovative Technologies Reshaping Hydraulic Engineering in 2024

Hydraulic engineering is, first and foremost, a practical discipline, and although many fluid power systems and processes have been successfully used in industry for decades, if not centuries, the sector is no stranger to innovation.

Continue reading “3 Innovative Technologies Reshaping Hydraulic Engineering in 2024”

How To Prevent Hydraulic Cylinder Side Load And Misalignment Problems

Two of the most common causes of damage and premature failure in hydraulic cylinders are side load and misalignment. These issues can cause significant wear and tear to your cylinders over time, often necessitating early replacement or repair, and sometimes leading to critical system failure. In this article, we’ll look at the main causes of side load and misalignment issues in hydraulic cylinders, their effects on operation, and practical tips on how to prevent them in order to minimise wear and tear.

Continue reading “How To Prevent Hydraulic Cylinder Side Load And Misalignment Problems”

Futureproofing Your Fluid Power Systems For Industry 4.0

Industry 4.0 is one of the most commonly used (and misused) catchphrases in the manufacturing and industrial sectors today. Originating as the name of a digitalisation initiative sponsored by the German government in 2011, industry 4.0 has subsequently spread internationally as a catchall phrase to describe the convergence of the physical and digital worlds by infusing digital automation and data management systems into manufacturing.

Continue reading “Futureproofing Your Fluid Power Systems For Industry 4.0”

How Hydraulic And Pneumatic Systems Are Driving UK Offshore Wind Farm Operations

Offshore wind-powered renewables are a burgeoning sector in the UK, with large coastal installations now contributing significantly to the national renewable energy stock. Central to the efficiency and functionality of these offshore installations are a range of advanced fluid power systems. These applications play a vital role in optimising the operations and maintenance of offshore wind farms, helping sustain their reliability in an exposed and frequently hazardous marine environment.

Continue reading “How Hydraulic And Pneumatic Systems Are Driving UK Offshore Wind Farm Operations”