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Chlorine is a very common disinfectant and is widely used in the water quality maintenance of swimming pools and hot tubs. Chlorine kills bacteria, viruses and other harmful microorganisms in water by releasing hypochlorous acid. The strong oxidizing property of hypochlorous acid can effectively destroy the cell wall of bacteria and the protein structure in the cell, thereby quickly killing bacteria.

There may be many reasons why a hot tub cannot heat up, such as: 1. Heater failure 2. Power problem 3. Thermostat failure 4. Pump failure 5. Filter blockage 6. Low water level 7. Heater overheat protection mechanism activated 8. Inadequate energy supply

When choosing a hot tub, the first thing to do is to read and understand its specs in detail. Each hot tub has different technical specifications that directly affect its performance, user experience, and maintenance costs.

Build a physical barrier around the hot tub, such as a fence, windshield or plant barrier, which can effectively reduce the direct impact of strong winds on the tub, thereby reducing heat loss. Especially when used in cold areas or in winter, the windshield design around the tub can significantly improve the insulation effect of the tub.

Swim Spas installed underground will be affected by soil pressure and groundwater level. In humid areas, when the groundwater level is high, it may affect the normal operation of the Swim Spa and even cause damage to the structure of the equipment.

If you want to save money and conserve energy, Connexus Energy in Minnesota recommends setting your hot tub thermostat between 100 degrees Fahrenheit and 102 degrees Fahrenheit, as recommended by the U.S. Consumer Product Safety Commission.

A hot tub's circulation system typically relies on a pump to keep the water moving, and if the water stops flowing, especially in cold temperatures, the still water will quickly freeze. Frozen pipes can cause pipe ruptures or pump damage, or in severe cases, even paralyze the entire system.

Each water pump powers a part of the nozzles. Increasing the number of water pumps can better distribute the pressure, making the water flow stronger and more uniform. For example, a bathtub with multiple water pumps can provide high-pressure water flow to multiple nozzles at the same time, greatly improving the massage effect.

Muscle tension is one of the main causes of back pain, especially tight back muscles caused by long-term poor sitting posture or overwork. Outdoor hot tubs can effectively relieve muscle tension in the back through a combination of warm water and hydromassage.

Maintaining the water in your hot tub is very important, especially when the water temperature is high. Improper use of chemicals in the water (such as chlorine, pH balance adjusters, minerals, etc.) can cause an imbalance in the water quality. Too much chemicals can make the water "slippery", which can cause foaming.

Generally, designers recommend leaving at least 50-60 cm of space between the bathtub and the wall to ensure that users can easily enter and exit the bathtub without restrictions. Such a distance not only facilitates the use of users, but also avoids the risk of bumps or slips caused by narrow space.

Five benefits of soaking in a hot bathtub in winter: 1. Warm the body and promote blood circulation 2. Soothe muscles and relieve joint pain 3. Improve mental health and reduce stress 4. Improve sleep quality 5. Enhance immune function