Gas struts are widely used to provide controlled lifting and movement in various applications, from car boots to industrial machinery. But can gas struts be used in both vertical and horizontal positions? Let’s explore their versatility and performance in these different orientations.
What is a Gas Strut?
A gas strut uses pressurised gas to create lifting, supporting, or damping force. It consists of a piston inside a sealed cylinder, commonly found in vehicles, furniture, and machinery to assist in lifting or controlling movement.
Gas Struts in Vertical Applications
Gas struts are most commonly used in vertical applications, such as:
- Car boots, tailgates, and hatches
- Adjustable office furniture (chairs, desks)
- Industrial equipment (hatches, doors)
In vertical use, gas struts perform optimally because gravity aligns with the pressure inside the strut, making them effective for lifting and supporting heavy objects.
Gas Struts in Horizontal Applications
Yes, gas struts can be used horizontally, such as for supporting lids, panels, or doors in furniture or machinery.
Advantages:
- They still provide smooth movement and controlled lifting, even in horizontal positions.
Challenges:
- Gravity affects weight distribution, potentially reducing lifting capacity and force. Extra care is needed to choose the right strut for horizontal applications to ensure adequate performance.
Ensuring Optimal Performance
1. Choose the Right Strut: Select the appropriate size, pressure, and stroke length for your application, whether vertical or horizontal.
2. Proper Installation: Ensure correct mounting and alignment for the strut to function efficiently, regardless of orientation.
Can Gas Struts Be Customised?
Yes, gas struts can be customised for specific applications, including horizontal uses. Custom solutions can be designed for weight requirements, pressure adjustments, and unique installation needs.
Conclusion
Gas struts can be used in both vertical and horizontal applications, with performance varying slightly based on orientation. While vertical use is optimal, horizontal applications are still feasible with proper selection and installation.