Ha Long Bay Pier, Vietnam

To meet these requirements, the project adopted ZHUART® Deep Carbon Outdoor Bamboo Decking, covering a total area of 3,600 square meters across the main pedestrian zones of the pier. The material’s high density structure, achieved through deep carbonization and high pressure compression, makes it particularly suitable for coastal environments with heavy foot traffic and continuous exposure to moisture, salt air, and sunlight.

Project Challenges

The pier operates under intensive daily use, with constant movement of passengers, service vehicles, and equipment. At the same time, its location within a protected natural heritage area requires strict environmental standards. The flooring system needed to deliver long term structural stability, resistance to marine conditions, and a natural appearance that complements the seascape.

Why ZHUART^® Deep Carbon Bamboo

Exceptional Stability and Durability

High density bamboo fibers, enhanced through deep carbonization, provide excellent wear resistance, slip resistance, and impact strength. This ensures safety and performance under high frequency pedestrian and logistical traffic.

Resistance to Moisture and Corrosion

Through precise moisture control and advanced thermal treatment, the decking effectively resists deformation, decay, and corrosion caused by seawater, humidity, and tropical weather conditions, maintaining dimensional stability over time.

Environmentally Responsible Material

Manufactured from rapidly renewable bamboo, the product follows an environmentally responsible production process and meets E0 emission standards. It ensures minimal impact on surrounding water and soil, aligning with the ecological principles of a world heritage site.

Natural Aesthetic Integration

The deep carbon tone preserves the natural bamboo grain while blending seamlessly with the coastal setting. The warm, refined appearance enhances the visual continuity between the pier structure and Ha Long Bay’s iconic scenery.

Efficient Installation and Long Term Value

A clip fastening installation system improved installation efficiency by ~30% while reducing long term maintenance requirements. The result is a cost effective solution with strong lifecycle performance.