traction gas spring apply to door
  2026/06/27| View:138

Traction Gas Spring Applications for Doors

A traction gas spring, also known as a tension gas spring, is designed to provide a pulling force rather than a pushing force. It is commonly used in door systems that require controlled closing, counterbalancing, or automatic return.

Common Door Applications

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Industrial Equipment Doors

Traction gas springs are widely used on:

  • Machine safety guard doors

  • Equipment access doors

  • Inspection doors

  • Maintenance panels

They help keep the door securely closed while allowing smooth opening and controlled closing.

Electrical Cabinet Doors

Tension gas springs assist in opening and closing electrical enclosure doors, reducing operator effort and preventing sudden door movement.

Tool Box and Storage Doors

Installed on:

  • Tool box lids

  • Storage compartment doors

  • Utility boxes

  • Service access panels

The gas spring provides controlled pulling force to improve safety and convenience.

Vehicle Door Applications

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Traction gas springs are commonly used for:

  • Bus luggage compartment doors

  • Truck toolbox doors

  • RV storage compartment doors

  • Service vehicle access doors

They help counterbalance the door and provide smooth, controlled closing.

Benefits of Using a Traction Gas Spring for Doors

  • Provides controlled pulling force

  • Prevents sudden door slamming

  • Improves operator safety

  • Reduces noise and vibration

  • Extends hinge and door service life

  • Requires little or no maintenance

  • Available in various force ratings and stroke lengths

Typical Industries

  • Industrial machinery

  • Electrical equipment

  • Automotive and commercial vehicles

  • Agricultural machinery

  • Medical equipment

  • Marine equipment

Traction gas springs are an ideal solution wherever a door, cover, or access panel needs reliable pulling assistance and controlled motion. Manufacturers such as Changzhou Juteng Gas Spring Co., Ltd. can customize traction gas springs with different forces, strokes, end fittings, and materials to suit specific door applications.