Description
Our safety door stays offer enhanced security and peace of mind. With a safety full-fixed design, these stays incorporate a safety lock mechanism, ensuring that the door cannot be closed unless the lock is released by pressing the button. Made from saltwater-proof SUS316 stainless steel, they provide excellent resistance to corrosion in various environments. Whether you need a left or right configuration, our safety door stays are a reliable choice for ships, vibration equipment, and outdoor applications.
Features:
- Safety full-fixed design with a lock mechanism for added security
- Requires lock release by pressing the button for door closure
- Constructed from saltwater-proof SUS316 stainless steel
- Gloss barrel polishing finish for a sleek appearance
- Strong load capacity of up to 392N
Specific use:
These safety door stays are specifically designed for use in ships, vibration equipment, and outdoor settings. They ensure the secure and reliable operation of doors, providing an extra layer of safety and protection.
FAQs:
Q1: How does the safety lock mechanism work?
A1: The safety lock mechanism prevents the door from being closed unless the lock is released by pressing the button, ensuring added security and control.
Q2: Can these door stays withstand harsh environments?
A2: Absolutely! These safety door stays are made from saltwater-proof SUS316 stainless steel, offering excellent corrosion resistance in various conditions.
Q3: What is the allowable load capacity of these door stays?
A3: These stays have a strong load capacity of up to 392N, making them suitable for a wide range of door sizes and weights.
Q4: Can I choose between left and right configurations?
A4: Yes, our safety door stays are available in both left and right types, allowing you to select the appropriate configuration for your specific needs.
Q5: Is it possible to release the lock individually for both left and right types?
A5: Yes, in the case of both left and right types, the lock can be released individually, providing convenience and flexibility in operation.
