Locking Gas Shock HY4

Locking Gas Shock HY4

Usually Gastac gas spring has two types of locking gas shock HY4,26mm and 28mm the pressure tube,the same piston rod diameter 10mm,we called a locking gas shock HY4.

Compression Direction: In the compression direction (when the locking gas spring is being pushed in), the locking is described as rigid up to a mechanical load limit. This means that, regardless of the force applied to compress the locking gas spring, it will remain rigid until it reaches this load limit.

Extension Direction: In the extension direction (when the locking gas spring is being pulled out or extended), the locking remains rigid until a limit is reached, the limit for rigid locking in the compression direction is described as being 4.8 times the F1-force. This is a specific numerical value that indicates the gas strut’s capability to withstand external loads in the compression direction.Once the applied force falls below this filling force-dependent limit, the separating piston (a component of the locking gas spring) starts moving in the direction of the gas chamber.

This locking gas spring is suitable for applications that require strong, rigid locking against additional loads or weights.

Locking gas shock HY4 application and advantage:

In medical and healthcare settings, beds and stretchers often have tilt adjustment features. These features allow healthcare professionals to position patients at specific angles for various medical procedures, treatments, and examinations. For example:
Massage Beds: Tilt adjustment in massage beds allows therapists to position clients at different angles to provide various types of massages, such as reflexology or aromatherapy, more comfortably.
Treatment Beds: Tilt adjustment in treatment beds is valuable for medical procedures, such as dialysis or surgery, where different patient positions may be required for optimal access and comfort.
Transport Beds (Stretchers): In ambulances and hospitals, stretchers with tilt adjustment can safely transport patients in a tilted position, ensuring their comfort and medical stability during transportation.

In heavy machinery used in construction and agriculture, tilt adjustment in the steering column is essential for the operator’s comfort and control. This feature allows operators to adjust the angle and position of the steering wheel to a comfortable and ergonomic position, especially for prolonged periods of operation. For example:
Construction Machinery: Operators of excavators, bulldozers, and cranes benefit from tilt-adjustable steering columns to maintain optimal visibility and control while working in various conditions and angles.
Agricultural Machinery: Farmers operating tractors, combines, and other agricultural equipment rely on tilt-adjustable steering columns to adapt to different field and crop conditions.