Product Description:
Our aluminum gangways are constructed primarily from a
corrosion-resistant and saltwater-tested aluminum alloy. The wooden
deck plate is securely attached to the tubular beam made of special
aluminum extrusion. These gangways come equipped with anti-slip
nails to enhance foot grip as a standard feature. The guardrail
features a sturdy beam design, while the top truss design enhances
stability, load capacity, and offers support for the robust
aluminum handrail.
Customization options are available for both the length and width
of the gangways, allowing them to be tailored to specific
requirements.
Features:
UHMW Rollers at Bottom - Rollers allow for ramp movement due to water level fluctuation.
Skid-resistant surface ensures safety. The ramp includes 1.1m
height handrails and is constructed with a 6061 T6 marine-grade
aluminum frame and support for superior durability. Custom sizes
are available upon request, providing versatility and adaptability.
This ramp is designed to be robust and long-lasting, ensuring
reliable performance in various conditions.
Technical Parameters:
| Accessories | Bolts And Nuts |
| Corrosion Resistance | High |
| Color | Silver |
| Lifespan | 15-20 Years |
| Usage | Marine Floating Dock/Boat Access |
| Installation Method | Bolted |
| Loading Capacity | 400kgs/sqm |
| Handrail | 1.1m |
Applications:
The Marine Aluminum Gangways by Kaishin, model KS1000, are
versatile products suitable for a variety of application occasions
and scenarios.
Designed and manufactured in Guangdong, China, these gangways are
ideal for use in marinas, docks, waterfront properties, and other
marine environments. The aluminum gangways serve as Aluminum Alloy
Floating Pontoon, Aluminum Floating Bridge, and Marina Floating
Walkway solutions.
Support and Services:
The Product Technical Support and Services for the Marine Aluminum
Gangways product include:
- Installation guidance and support to ensure proper setup of the
gangway
- Troubleshooting assistance for any technical issues that may
arise during use
