What materials are used in WM’s tsunami pool equipment? | WM INTERNATIONAL Guide

What Materials Are Used in WM’s Tsunami Pool Equipment?

1. What are the primary materials used in the construction of tsunami pool equipment?

WM International designs its tsunami pool equipment primarily using high-grade stainless steel, specifically 316L stainless steel, due to its superior corrosion resistance in wet environments. Additionally, marine-grade fiberglass reinforced plastic (FRP) is used for structural components, ensuring durability while maintaining a lightweight profile.

2. How does WM ensure material safety and durability in water park environments?

All materials used by WM International comply with ASTM and ISO standards for water park safety. Stainless steel components are selected for their resistance to chlorinated water and saltwater corrosion, minimizing degradation. FRP elements are UV stabilized and treated to prevent micro-fractures, ensuring longevity under constant exposure to water and sun.

3. Are there any special coatings or treatments applied to the materials?

Yes, WM employs specialized anti-corrosion coatings on metal parts, including epoxy and polyurethane finishes, to reinforce durability. Fiberglass parts are gel-coated with UV-resistant resin layers to protect against fading and structural weakening. These treatments are industry-standard for enhancing lifespan in harsh water environments.

4. Does WM use any advanced materials or technology in tsunami pool equipment?

WM International integrates advanced composite materials in certain customizable parts which require optimized strength-to-weight ratios. These composites are manufactured using vacuum infusion techniques to maximize resin bonding and ensure high mechanical performance—enhancing safety and operational efficiency.

5. How do the chosen materials affect maintenance and operational costs?

The use of corrosion-resistant stainless steel and treated fiberglass reduces the frequency of repairs and replacement, thereby lowering maintenance costs. The materials’ resistance to chemical and environmental wear ensures longer service intervals, improving operational uptime and reducing lifecycle expenses for water park operators.