A Variety of Engine Room Inclined Ladders
Overview
Its main features include:
Stability: The strong structure ensures the safety of the staff when going up and down the ramp.
Non-slip design: reduces the risk of staff slipping in wet or greasy environments.
Durability: able to withstand the harsh working environment in the engine room.
Appropriate tilt Angle: easy for the staff to go up and down, while not taking up too much space.
In ship maintenance and operation, the engine room inclined ladder plays an important role:
Improve work efficiency: enable staff to quickly reach the location of equipment that needs to be maintained and operated.
Ensure safety: Provide stable access to reduce the risk of accidents.
Convenient equipment transportation: easy to carry tools and equipment.
Type chart
| Type | Step type | Height H | Inclination α° | Ladder width B | |
| A | Af | square steel | 500~2800 | 55 60 65 | 450 600 750 |
| B | Bf | steel mesh plate | |||
| C | Cf | pressure welded steel grating plate | |||
| D | Df | square steel | 2900~6500 | 600 750 | |
| E | Ef | steel mesh plate | |||
| F | Ff | pressure welded steel grating plate | |||

Step structural drawing

