XeteX Custom Air Handling Blog

Learn how XeteX helps this community center pool natatorium breathe better through innovative HVAC design, material selection, and energy recovery. 

This AVENTUS by XeteX project showcases one of three semi-custom split-DOAS units for the hospitality industry and provides 10 tons of high efficiency cooling. Unique features include a VRF air source heat pump (provided by...

Creating an optimal learning environment is essential for student success and staff productivity. With students spending approximately 178.6 days per year in school, maintaining a comfortable indoor climate during warm and cool...

Designed for a hospital, this XeteX custom air handling replacement unit features an all-aluminum design, two-section split construction, 159 tons of packaged DX cooling, 45K CFM, and hot water coils for year-round climate...

This innovative hospital HVAC roof top unit (RTU) provides year-round climate and humidity control, 100% outdoor air and high efficiency filters for indoor air quality, and a non-corrosive design for long lasting performance....

Specifically designed for a school, this AVENTUS semi-custom split-DOAS unit features a non-corrosive aluminum construction. It is engineered to provide 100% outdoor air and incorporates a sensible crossflow flat plate heat...

Specifically engineered to meet the rigorous demands of a military barrack, this XeteX custom indoor Energy Recovery Unit (ERU) is outfitted with an epoxy-coated flat plate heat exchanger, which ensures optimal performance and...

Designed specifically for an auto dealership, this semi-custom AVENTUS split-system Dedicated Outdoor Air System (DOAS) features 100% outdoor air.

This XeteX project features one of four custom indoor air handlers for a community center. Unique features include a knockdown unit construction to accommodate a 7’H x 6.5’W pinch point; energy-efficient enthalpy flat plate heat...

Designed specifically for a laboratory application, this XeteX custom Roof Top Unit (RTU) features a high plume lab exhaust fan, epoxy-coated coils and a non-corrosive aluminum construction.