Gas spring 8/18 200N, stroke 100mm, length 245mm ST 100 200N V D8
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Gas spring 8/18 200N, stroke 100mm, length 245mm ST 100 200N V D8
Universal gas spring for various applications
This 200N gas spring is a reliable solution for many applications requiring controlled movement and damping. Its compact dimensions and precise operation make it ideal for use in industry, furniture, and specialized equipment. The spring design allows for smooth opening and closing, as well as maintaining position at specific points.
Design and parameters:
The spring is characterized by a piston rod diameter of 8 mm and a stroke of 100 mm. The total length of the spring is 245 mm. This combination of parameters ensures optimal fit for a wide range of applications. The use of high-quality materials guarantees durability and corrosion resistance, which translates to a long service life.
- Force: 200N – provides adequate power for lifting, lowering or holding weight.
- Piston rod diameter: 8 mm – standard size facilitating mounting and integration with existing structures.
- Stroke: 100 mm – the range of motion of the spring, defining the distance the piston can travel.
- Overall length: 245 mm – a dimension important when selecting a spring for a specific application, providing adequate mounting space.
Applications:
The gas spring finds application in many industries:
- Furniture: support for flaps, lids and doors in cabinets, beds and other furniture.
- Industry: automation of production processes, lifting and lowering of elements, damping of movement.
- Specialized equipment: medical, laboratory, agricultural – everywhere where precise motion control is required.
- Automotive: assisting in opening trunk lids or engine hoods (depending on the design).
Mounting the spring is relatively simple and does not require specialized tools. However, it is important to take appropriate safety precautions when working with spring elements. Selecting the appropriate spring force is crucial for the correct operation of the system – too little force may prevent lifting the weight, and too much may damage the structure or make operation difficult.

