Applications
Aquatic Facilities
White Water Parks / Water Parks / Swimming Pools, etc.
• Harsh Chemical Environment: Aquatic facilities such as water parks, swimming pools, and white water parks are in constant contact with water and operate in extreme chemical environments where chlorine, used for water treatment, penetrates the concrete.
• The GFRP Solution: Epoxy GFRP (Glass Fiber Reinforced Polymer) rebar possesses perfect chemical resistance to chlorine, fundamentally preventing corrosion and eliminating chemical reactions with water. Its lightweight nature and ease of installation improve construction efficiency for complex curved surfaces common in aquatic facilities, providing an optimal solution that drastically reduces Life Cycle Costs (LCC).
• Harsh Chemical Environment: Aquatic facilities such as water parks, swimming pools, and white water parks are in constant contact with water and operate in extreme chemical environments where chlorine, used for water treatment, penetrates the concrete.
• The GFRP Solution: Epoxy GFRP (Glass Fiber Reinforced Polymer) rebar possesses perfect chemical resistance to chlorine, fundamentally preventing corrosion and eliminating chemical reactions with water. Its lightweight nature and ease of installation improve construction efficiency for complex curved surfaces common in aquatic facilities, providing an optimal solution that drastically reduces Life Cycle Costs (LCC).
Aquatic Facilities
White Water Parks
• Extreme Physical & Chemical Environment: White water parks feature complex, curved structures with rapid water flow. They are constantly exposed to both high water pressure and chlorine compounds used for disinfection.
• Causes of Degradation: High flow velocities and chlorine penetrate microscopic cracks in the concrete, inducing rapid electrochemical corrosion of internal steel rebar. This is the leading cause of concrete spalling and structural defects.
• Superior Durability: Epoxy GFRP rebar is chemically inert to chloride ions and moisture, completely blocking corrosion at the source. This ensures the long-term structural integrity of white water facilities, which are otherwise notoriously difficult to maintain.
• Efficiency & Value: Its lightweight and high-strength performance not only allow for greater freedom in complex channel design but also extend the facility's maintenance intervals, optimizing the overall Life Cycle Cost (LCC).
• Causes of Degradation: High flow velocities and chlorine penetrate microscopic cracks in the concrete, inducing rapid electrochemical corrosion of internal steel rebar. This is the leading cause of concrete spalling and structural defects.
• Superior Durability: Epoxy GFRP rebar is chemically inert to chloride ions and moisture, completely blocking corrosion at the source. This ensures the long-term structural integrity of white water facilities, which are otherwise notoriously difficult to maintain.
• Efficiency & Value: Its lightweight and high-strength performance not only allow for greater freedom in complex channel design but also extend the facility's maintenance intervals, optimizing the overall Life Cycle Cost (LCC).
Aquatic Facilities
Water Parks,
Swimming Pools
• Constant Chlorine Exposure: Water parks and swimming pools rely on continuous chlorine disinfection. This creates an environment where internal steel rebar is extremely vulnerable to chloride-induced corrosion.
• Structural Risks: When moisture and chlorine penetrate concrete through micro-cracks, traditional steel rebar corrodes rapidly. The resulting rust causes volumetric expansion, which is the primary cause of concrete spalling (peeling).
• Enhanced Longevity: Epoxy GFRP rebar offers absolute chemical resistance to chlorine compounds. By preventing any chemical reaction or corrosion, it guarantees the permanent durability of the structure.
• Operational Stability: It significantly extends the repair cycles for these difficult-to-maintain submerged structures. Furthermore, by preventing the leakage and rust staining associated with metallic rebar, it maximizes operational stability and optimizes total Life Cycle Cost (LCC).
• Structural Risks: When moisture and chlorine penetrate concrete through micro-cracks, traditional steel rebar corrodes rapidly. The resulting rust causes volumetric expansion, which is the primary cause of concrete spalling (peeling).
• Enhanced Longevity: Epoxy GFRP rebar offers absolute chemical resistance to chlorine compounds. By preventing any chemical reaction or corrosion, it guarantees the permanent durability of the structure.
• Operational Stability: It significantly extends the repair cycles for these difficult-to-maintain submerged structures. Furthermore, by preventing the leakage and rust staining associated with metallic rebar, it maximizes operational stability and optimizes total Life Cycle Cost (LCC).
