Product Description:

Our aluminum gangways are constructed primarily using a corrosion-resistant and saltwater-tested aluminum alloy. The wooden deck plate is securely attached to the tubular beam of unique aluminum extrusion. A standard feature includes an anti-slip nail that enhances foot grip. The guardrail design incorporates a rigid beam, while the top truss design enhances stability, load capacity and offers support for a robust aluminum handrail.

Notably, both the length and width of our gangways can be tailored to meet your specific requirements. The customizable nature of our gangways ensures they can be adapted to suit various applications and preferences. Whether it's for a commercial or recreational setting, these gangways offer versatility and durability.

Features:

Custom sizes can be provided upon request for this product, allowing for tailored solutions to suit individual needs.

The product is designed to be robust and durable, ensuring a long lifespan and reliable performance.

It features easy disassembly and storage, making it convenient to use and store away when not in use.

With corrosion resistance built into its design, the product is able to withstand harsh environments and maintain its quality over time.

Being environmentally friendly and recyclable, the product aligns with sustainable practices and reduces its impact on the environment.

Furthermore, this product is cost-effective, offering both high quality and value for money.

Technical Parameters:

Applications:

The Kaishin Marine Aluminum Gangways, model KS1000, are versatile and durable aluminum gangways suitable for a variety of product application occasions and scenarios. Crafted in Guangdong, China, these gangways are designed to meet the highest quality standards with ISO9001 certification.

Featuring adjustable legs for flexibility and stability, these gangways are constructed using high-quality aluminum material, ensuring longevity and corrosion resistance. The customizable color options allow customers to tailor the gangways to their specific preferences.

The Kaishin Marine Aluminum Gangways can be used in a wide range of scenarios, including but not limited to:

- Aluminum Floating Bridge: Ideal for creating safe and sturdy walkways over bodies of water, these gangways provide a reliable connection for pedestrians and vehicles alike.

- Aluminum Alloy Floating Pontoon: Perfect for marinas, docks, and waterfront properties, these gangways offer a secure and stable platform for boarding boats and accessing watercraft.

- Aluminum Floating Bridge: Whether for recreational use, commercial applications, or emergency situations, these gangways can be customized according to your specific requirements in terms of type and size.

Overall, the Kaishin Marine Aluminum Gangways are a versatile solution for various marine environments, offering durability, adjustability, and customization options to meet the diverse needs of customers.

FAQ:

1. How do I get an estimate? How do we get started?
- Please kindly send us an online quote request providing us with the drawing and details available, we will be able to get back to you with a quotation.

2. How long does it take to manufacture a full set of floating docks?
- All purchases of the floating dock project are built to order, please contact us to check with our sales representative for the current lead time.

3. Is the installation included with the purchase of a floating dock project?
- No. Installation is not included. However, installation instructions can be provided.

4. How do I know what type of installation is best for me, on my property?
- Every situation on every property is slightly different. We can provide a consultation to review your needs according to your local conditions. We will assist you in planning your floating dock project and customizing your dock with a great selection of dock accessories.

5. Can my floating docks be customized to a different size or configuration?
- Sure! Since all of our floating docks are built to order, they can be customized to fit your needs.