Application

A: The right gas spring depends on several factors, including application type, required force, stroke, installation dimensions, mounting direction, and working environment. If you share your drawing, photos, or key dimensions, we can help recommend a suitable solution.

A: It is helpful to provide the application type, lid or panel weight, required opening angle, installation space, stroke, extended length, mounting points, and working environment. Existing gas spring photos or label details can also help speed up evaluation.

A: Sometimes yes, but different industries often have different requirements for corrosion resistance, cycle life, mounting style, damping, and safety. That is why application conditions should be reviewed before selecting a product type.

A: For outdoor, humid, or marine environments, stainless steel gas springs are often recommended to improve corrosion resistance and long-term reliability. The exact material choice depends on exposure conditions and application requirements.

A: A standard gas spring mainly provides lift support and controlled motion during opening and closing. A locking gas spring can also help hold the panel or structure in a selected position, depending on the application design.

A: Yes. Even if you do not have complete CAD drawings, photos, sketches, and basic installation dimensions are often enough to start a preliminary evaluation. We can then help you confirm the next step.

A: Our gas springs are tested to ASTM B117 for 500 hours of salt spray resistance and 150,000 durability cycles, ensuring strong corrosion resistance and long life across demanding applications.

A: Yes. We can review your industry, application type, movement requirements, environment, and installation conditions, then suggest a suitable product direction such as compression gas springs, locking gas springs, stainless steel gas springs, or dampers.

A: ASTM B117 is a widely recognized test for measuring the corrosion resistance of materials exposed to salt environments. Our gas springs undergo this test for 500 hours to ensure long-term performance in marine and coastal applications.

A: This refers to the durability testing of our gas springs, where they are cycled 100000 times to ensure they perform reliably under frequent usage and harsh conditions. This test simulates years of wear and tear, ensuring long-lasting quality.