News

According to professional recommendations, the water temperature for infants in outdoor spa hot tubs should be between 37°C and 38°C. This temperature range is generally considered suitable for infants' skin and body temperature regulation systems.

When an outdoor spa hot tub is in standard mode, the system strives to maintain the set water temperature, which means the heater will activate frequently to compensate for heat loss. Energy-saving mode, however, does reduce electricity consumption by reducing the heater's operating time or power consumption.

There's no absolute answer; it depends on several key factors: · Will you continue to use your spa hot tub during the winter? · Are winters in your area severe enough to cause frequent freezing? · Can you guarantee reliable power and properly maintained equipment? · Can you afford to completely drain and winterize your equipment?

The chlorides and peroxides in pool shock have strong chemical activity. These ingredients may cause corrosion and damage to spa hot tub pipes, nozzles, heating systems and other equipment at high temperatures.

It is not recommended. Some ingredients in bath balls may cause the formation of a grease layer in the water, which will affect the heating efficiency of the spa hot tub. When there is an oil layer on the water surface, the heat may not be evenly distributed, making it difficult to regulate the water temperature stably.

Six weeks to three months after delivery (recovery period) During the six weeks to three months after delivery, the mother's body gradually recovers and the recovery process of the uterus gradually stabilizes. At this time, most mothers' physical strength, immune system, and hormone levels tend to be normal, and they can withstand proper body care and hydrotherapy activities.

——No, and it is not recommended to do so for a long time! The correct approach should include: · Always use the original heating system; · Regularly maintain the heater and filter; · Do not modify the circuit or directly cut off the power at will; · When changing water, a small amount of heating assistance can be used, but the temperature and injection method should be strictly controlled; · If there is a problem, contact the manufacturer or professional technician for repair in time to avoid secondary problems caused by artificial substitution operations.

7 aspects to judge whether the outdoor spa hot tub needs to be replaced or upgraded: The first aspect: structural integrity and changes in the material of the cylinder The second aspect: Are the electrical system and control module aging? The third aspect: Are the heating and insulation systems efficient and energy-saving? Fourth aspect: Is the spa experience still comfortable? Fifth aspect: Is the water quality management system efficient and hygienic? Sixth aspect: Is the cost of use and maintenance rising? Seventh aspect: Is the compatibility with modern equipment backward?

Suggestion: Ask yourself before installing an outdoor spa hot tub 1. Is it installed for your own enjoyment or for resale price increase? 2. Does your house layout and style support an outdoor spa space? 3. Are you willing to bear the subsequent maintenance, disinfection, electricity bills and other responsibilities? 4. Is there an actual demand for this facility in your market and region?

It is not recommended to use a humidifier for outdoor spa hot tubs · In most open environments, outdoor spa hot tubs do not require additional humidifiers. · If it is set in a semi-enclosed space, located in an extremely dry area, or has special needs, auxiliary humidity control devices can be considered depending on the specific situation.

Conclusion of typical energy efficiency of outdoor spa hot tub Modern high-performance outdoor spa hot tubs usually consume between 1000 and 2500 kWh of electricity per year, and the energy efficiency depends on multiple factors such as insulation structure, heating system efficiency, pump system design and user habits.

The reasons for the increase in noise of outdoor spa hot tub are: 1. Water pump failure or aging 2. Loose or blocked pipe system 3. Aging nozzle or internal scale 4. Blockage of blower air intake system 5. Resonance between shell and frame