Product Selection Differences for Gas Die Springs

Gas springs and die springs serve different purposes and have distinct characteristics. Here are key differences to consider when selecting gas springs:

1. Functionality: Gas springs are used for controlled motion applications, offering smooth and adjustable force throughout the stroke. Die springs, on the other hand, are used for heavy-duty applications requiring consistent and predictable force.

2. Load Capacity: Gas springs typically have a lower load capacity compared to die springs. Die springs are designed to withstand higher forces and are commonly used in applications with heavy loads.

3. Mounting Orientation: Gas springs can be mounted in any orientation, providing flexibility in installation. Die springs are typically mounted vertically and are oriented for compressive forces.

4. Adjustability: Gas springs offer adjustable force, typically through the use of nitrogen gas pressure. Die springs have a fixed force based on their physical characteristics and dimensions.

5. Durability: Gas springs are sealed units and are less susceptible to contamination, making them suitable for clean environments. Die springs are open-coil springs and can be affected by dirt and debris if not properly contained.

6. Cost: Gas springs are generally more expensive than die springs due to their design complexity and adjustable features.

When selecting gas springs, consider factors such as load requirements, stroke length, installation space, adjustability needs, and environmental conditions to choose the most suitable option for your application.