FAQs

The fine mist produced by the nozzles is made from pure water, so there’s no harmful residue or chemicals. The fog creates an aesthetically pleasing, comfortable atmosphere for any environment.

Yes, MeeFog fountain fog systems are fully customizable to suit your design needs. Whether you want subtle mist or dramatic fog, we offer various options to control the intensity and duration of the effects, providing the perfect touch for your fountain.

Yes, but MeeFog systems are designed for minimal maintenance. With pure water and no fog juice to clean up, you won’t have to deal with the residue commonly found in other systems.

Unlike traditional fog systems that rely on gas or chemicals, MeeFog uses pure water and a high-pressure nozzle to create fog effects for fountains. This significantly reduces your operating costs. You won’t need to purchase fog juice, and the system’s energy-efficient design helps save on utility bills.

Yes. Our systems feature a flexible design that works perfectly in both indoor and outdoor environments. Whether you are beautifying a garden, a plaza, or a museum, our fog effects elevate any space with a mesmerizing visual impact.

MeeFog systems use ultra-fine, pure water droplets to create stunning fog effects for fountains. Our nozzles produce billions of droplets that are one-tenth the size of a single strand of human hair, providing a clean, residue-free experience. It’s an eco-friendly solution for beautiful, dynamic designs.

The cost will vary from project to project. Please get in touch with us to discuss your details, and our team will share a quote. You can also request a quote directly online.

The MeeFog system uses automatic control valves and instrumentation to adjust fogging flow based on ambient temperature, humidity, and turbine operating load. It can integrate with your existing turbine control system so fogging output tracks power demand and stays within OEM-approved operating boundaries.

Our system uses high-purity water, normally deionized or reverse-osmosis water, to protect turbine components and fogging hardware. The specified water quality limits dissolved solids and contaminants so nozzle performance stays intact, and there is no scaling or deposition in the inlet path.