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How Should a Pool Structure Be?

Constructing pools requires adhering to certain key guidelines. Below are some essential points for building a pool:
Integrated Construction of Pool Floor and Walls: One important principle in pool construction is to pour concrete for the floor first, followed by the walls. Many traditional methods involve constructing the walls first and then the floor, which can lead to issues such as waterproofing problems and structural stability. Therefore, the floor should be completed first, and then the walls and rebar should be constructed. In other words, the walls should be built on top of the floor. Consulting a structural engineer can be beneficial for this process.
Designing the Structure Based on Water Volume and Weight: The pool design must account for the volume and weight of water exerted on the structure. Concrete has good compressive strength, but to enhance its resistance to bending and tensile forces, rebar is used for reinforcement. These rebar networks act as the structural skeleton, and the design should consider the pressure exerted by the water. Accurate sizing of rebar is crucial to ensure the pool can handle the weight of the water.
Accurate Rebar Sizing: In pools of various sizes, precise rebar sizing is critical. Incorrect rebar sizing can lead to pool settling and issues with waterproofing and structural damage.
Use of Maxilrad Nanomaterials: During concrete pouring, you can add 10 liters of Maxilrad nanomaterial or nano-silica gel per cubic meter of concrete. This addition enhances the flexural and tensile strength of the concrete and improves its resistance to chemical erosion.
Structural Integrity at High-Pressure Points: Another important aspect of constructing concrete pools is ensuring the structure’s integrity at high-pressure points, particularly at the junctions of two walls or between the wall and floor. These areas need reinforcement due to high pressure.
Simplicity in Design: In concrete pool construction, it is advisable to use simple structures and avoid creating height differences or irregular shapes. Such discontinuities can introduce weaknesses in the structure, which may require additional reinforcement.
Accuracy in Piping and Equipment Installation: Proper installation of piping, as well as inlets and outlets for water, is essential. Specialized professionals should be employed for installing and setting up pool systems.

Common Mistakes in Pool Construction:

  • Building walls before flooring
  • Using traditional materials such as brick, stone, and blocks, which may lead to issues with waterproofing and structural damage due to lack of cohesion

Conclusion:

Key considerations in pool construction include:
  • Type and size of rebar
  • Integrity and simplicity of the pool structure
  • Use of Maxilrad nanomaterials to enhance density and compressive strength
  • Use of Maxilrad nano additives to improve tensile and flexural strength