Contribution of Hotel Pools to Tourism - Serapool

122 Frost Resistant Resistant to Thermal Shock. High Fracture Strength. Thickness 7,5 mm 1300N Thickness 7,5 mm 700N THE MEETING POINT OF SAFETY AND ELEGANCE BY THE POOL: PORCELAIN MONOBLOCK HANDLES … Pool sides can sometimes be much more lively than inside the pool. People can walk, sit and spend time on the poolside. For this reason, it is necessary to make sure that the pool edges have a solid and non-slip surface. Serapool's porcelain monoblock handles o er a safe use with its non-slip surface and durable structure, while providing a holistic elegance in harmony with the pool environment. Pool handles are not only a finishing touch around the pool, but also a stylish way to help protect your swimming pool and people's safety. Therefore, choosing pool handles as both a functional and attractive border is vital to having a safe and aesthetic swimming pool for your business. What Benefits Do Serapool Porcelain Monoblock Handles Provide for Pools? Durability and functionality Customers often turn to porcelain handles for pool decks because of their longevity, low maintenance requirements and versatility. These handles o er hoteliers peace of mind by guaranteeing that their poolside will remain not only beautiful but also functional for many years to come, e ectively reducing the need for frequent replacement or extensive repairs. Porcelain monoblock handles, which are fired at high temperatures and do not absorb water thanks to their non-porous structure, have a very robust structure with a thickness of 17 mm. Therefore, they last much longer than porous materials such as natural stone and marble. Porcelain monoblock handles, which are not a ected by frost conditions and harsh weather conditions, are also resistant to external factors and impacts and maintain their strength for many years. While the chemicals, salt and acids used in the pool cause reactions in porous materials such as natural stone, porcelain monoblock handles are not a ected by these reactions and are also resistant to thermal shocks.