Hydraulic Springs & Pressings

Trusted Supplier of Springs & Pressings for the Hydraulics Sector

Hydraulics is the technology that uses pressurised fluids to create mechanical motion, based on Pascal’s principle, which states that pressure in a confined fluid is transmitted equally in all directions. Hydraulic systems generate significant force from small actuators, making them ideal for lifting and pressing tasks, especially in applications with space and weight constraints.

We design and manufacture high-quality hydraulic springs and pressings tailored to the unique demands of the hydraulics industry, ensuring reliable performance across applications.

Why Choose Us as Your Hydraulic Spring Supplier?

There are many reasons why customers across industries, including Hydraulics, choose us for high-quality components: 

  • Sector-Specific Knowledge: We have an in-depth understanding of hydraulics, so we know what requirements your components need to meet to perform their best. 
  • Decades of Expertise: Trusted across engineering and manufacturing sectors for over 50 years. 
  • Custom Solutions: Bespoke spring and pressing designs tailored to your hydraulic system. 
  • Precision Manufacturing: From torsion springs to tension springs, advanced CNC production, and rigorous quality control.  
  • Certifications and Compliance: ISO 9001 certified manufacturing for consistent quality and reliability. 
  • End-to-End Process: We make things simpler for you by having everything under one roof. From CAD design to tool making, we handle every stage.  

Hydraulic Springs

Springs’ primary purpose is to provide controlled force during the operation of valves, ensuring a seamless and responsive performance. These springs are engineered to maintain consistency under varying pressure conditions, which allows them to manage the dynamic actions within hydraulic circuits effectively. 

  • Design and Functionality: Our hydraulic springs are designed with specific parameters to accommodate a range of applications. They are crafted from high-quality materials that ensure longevity, even under extreme conditions. The unique geometry of these springs allows for optimal energy storage and release, giving precise control over valve movements. 
  • Pressure Regulation: One of the key benefits of our hydraulic springs is their ability to absorb sudden pressure spikes. This capability is critical for protecting sensitive components within hydraulic systems from damage. By dampening vibrations and oscillations, springs enhance user safety and overall performance. 
  • Applications: Whether used in mobile hydraulic systems or stationary industrial equipment, our hydraulic springs are designed to meet the demands of high-performance environments. 

Hydraulic Pressings

Hydraulic pressings are essential for effective sealing solutions, ensuring the integrity of hydraulic seals and fittings. They provide a reliable barrier against leaks, maintaining fluid regulation whilst also benefitting from: 

  • Precision Engineering: Our hydraulic pressings are precisely engineered to ensure effective sealing, with tight tolerances critical for the performance of hydraulic systems. 
  • Material Selection:We use specialised alloys that enhance resilience and compatibility with various hydraulic fluids, prolonging component lifespan and minimising wear. 
  • Versatile Applications: From agricultural machinery to high-pressure industrial settings, our hydraulic pressings provide reliable sealing solutions essential for consistent system performance. 

Your Partner in Hydraulics

With decades of expertise and a commitment to quality, our hydraulic springs empower engineers to achieve optimal fluid control and system reliability.  

If you require components that deliver precision, durability, and performance in hydraulic systems, request a quote today to discuss your requirements and explore our full range of tailored solutions. 

Frequently asked questions

What are the Industrial Applications of Hydraulic Springs?
  • Hydraulic Fluid: A liquid that transmits power, lubricates components and prevents corrosion. 
  • Pumps: Devices that move hydraulic fluid by converting mechanical energy into pressurised fluid flow. 
  • Actuators: Components like hydraulic cylinders (for linear motion) and hydraulic motors (for rotary motion) that convert hydraulic energy back into mechanical energy. 
  • Valves: Control the flow and direction of hydraulic fluid, regulating actuator movement. 
  • Reservoirs: Tanks that store hydraulic fluid, ensuring an adequate supply. 
  • Hoses and Fittings:Carry hydraulic fluid between components, keeping the system sealed and leak-free.

Hydraulic systems commonly use compression springs, tension springs, and other bespoke springs designed for valve actuation, pressure regulation, and vibration damping.

High strength steels, stainless steel, and specialised alloys are chosen for corrosion resistance, fatigue life, and compatibility with hydraulic fluids.

Yes, we offer bespoke spring and pressing designs to meet specific system requirements, including materials, dimensions, and load capacities.