Find Your Perfect Misting System

• Performance: Just as sports cars offer enhanced performance and speed compared to sedans, a 1500 psi misting pump offers a more powerful and efficient cooling effect compared to a 1000 psi pump. The higher pressure allows for more extensive coverage and quicker cooling, similar to how a sports car can accelerate faster and handle better than a sedan.
• Efficiency of Cooling: In terms of cooling, the 1500 psi system, like a sports car with advanced engineering, provides a superior cooling effect suitable for larger or more demanding environments. The 1000 psi system, while effective, behaves more like a sedan which is reliable but not as powerful.
• Precision in Mist and Speed of Evaporation: Higher pressure in the 1500 psi system creates an ultra-fine mist that evaporates almost immediately, much like how a sports car's advanced features provide a smoother, more responsive driving experience. The 1000 psi pump, while producing a fine mist, does not match the precision or the quick action of the higher pressure system.
• System Complexity and Cost: Similar to how sports cars require more complex maintenance and come with a higher price tag due to their advanced capabilities and materials, the 1500 psi misting pump also demands greater investment in both initial setup and ongoing maintenance compared to the 1000 psi pump.
• Typical Applications: Just as sports cars are often used for specific conditions like racing or high-speed travel, 1500 psi pumps are ideal for large commercial or industrial settings where extensive cooling is needed quickly. In contrast, 1000 psi pumps are more versatile and suited for less intense applications, much like sedans are used for everyday driving.

Originally developed for outdoor cooling purposes, mistcooling systems have played a crucial role in providing relief to poultry, animals, and individuals working in outdoor environments. However, the versatility and effectiveness of misting systems have transcended their initial use, leading to their integration in various other applications such as greenhouse humidification, roof cooling, indoor special effects, and machinery cooling. 

Extensive studies have consistently demonstrated that misting systems not only excel in performance but also offer a cost-effective alternative to traditional air conditioning systems. By optimizing air conditioning efficiency, reducing operational costs, and enhancing working conditions, misting systems have the potential to drive business growth, improve productivity, and create a safer environment with fewer heat-related incidents and illnesses.

• Our extensive range of misting systems is tailored to suit a wide array of needs, catering to the requirements of residential, commercial, and industrial customers alike. 
• For residential applications, we offer a selection that spans from basic low-pressure systems starting at an affordable $20 to premium systems boasting 260 misting nozzles. In the realm of commercial and industrial use, we provide a variety of options including 2-5 GPM pumps, VFD pumps, and durable stainless steel misting pumps. 
• Each of our misting systems is conveniently packaged as a DIY kit, complete with push-lock fittings, a detailed list of components, and comprehensive installation instructions available in both written and video formats. 
• Furthermore, our dedicated technical and customer support teams based in Texas are on standby to address any installation queries or provide additional services as needed. 
• When deliberating on the ideal misting system for your space, factors to take into account encompass the area's length (with a guideline of 1 nozzle per 2 feet), ceiling height, number of open areas, automation requirements, as well as the specific application, budget, and size of the area in question. For a general video on placing your pump, click here.  For personalized assistance in selecting the most suitable system for your unique needs, do not hesitate to contact us at 281-633-0109 or via email at support@mistcooling.com.

• Refer to the Nozzle chart below to find information on water usage.
• Take a look at our video illustrating the difference in water usage between misting systems and our daily routines: Video

No. Although, they are both misting systems, they function differently, use difefernt delivery methods and the chemoicals in the mosquito misting systems would require difefernt nozzles as compared to the nozzles needed for outdoor cooling

Absolutely, all our misting systems and parts are guaranteed, and if you're still not happy, we have a hassle-free return policy.

• Warranty
• Return Policy 
  

Although our systems are designed for easy DIY installation, we also have a network of dealers who can assist with the setup if needed. Feel free to reach out to our sales team for more information on this option.

The best system depends on your specific needs, but typically, a system with a 1500 PSI pump that includes fine nozzles for evaporative cooling without excessive moisture is recommended for residential areas.  

The main difference between fog and mist lies in their density (how thick they are) and how far you can see through them:

Yes, Mistcooling.com offers a wide range of customizable options that cater to different needs and spaces, from residential to commercial. This flexibility is often greater than what many competitors offer.

A single 1500 PSI misting system can cool areas ranging from 500 to 5,000 square feet, depending on the configuration and number of nozzles installed. Custom setups can be designed to suit larger or uniquely shaped outdoor spaces.  

Regular maintenance includes checking and cleaning the nozzles to prevent clogging, inspecting the pump and filters, and ensuring the tubing and fittings are secure. Annual professional inspections are recommended to maintain optimal performance.  

A 1500 psi misting system requires a clean and reliable water source. This can be provided by standard municipal water systems, which generally deliver water at sufficient pressure. However, the system will likely need a booster pump to reach the high pressures required for effective misting.     

 Yes, you can use well water or collected rainwater, but it's important to ensure the water is filtered and treated if necessary. The presence of minerals and other particulates in well water might require more robust filtration to prevent nozzle blockage and wear on the pump.