Online Catalog

Marquest Scientific Part No. ASGA-10: Aquis DI Water Spray Gun made of PVDF with a 1/4" Female NPT Inlet (Model ASG-01), paired with 1/4" OD FEP Coiled Tubing that is 12 inches when retracted and extends up to 10 feet (Model C2-FEP). Additionally, the kit includes Jaco PVDF Compression Fittings for 1/4" OD to 1/4" MNPT connections (Model JC3-22). The entire assembly is fully assembled and tested for quality assurance.

Product Image

Product Video

Data Sheet

• The AQUIS DI Water Spray Gun provides suitability for high purity and corrosive applications
• All wetted surfaces are injection molded high purity, virgin PVDF or precision machined, Modified PTFE
• The proven piston / poppet component, precision machined from modified PTFE, provides all the sealing functions while offering exceptional cycle life.
• No O-ring or elastomeric seals
• Removable/ reversible hanger component
• An interchangeable dispensing head is available for the standard spray head
• Self-draining spray head reservoir, eliminates stagnate water
• Available connection options include ¼” female NPT, 3/8” female NPT and 3/8” flare tube
• Other options include coiled or straight tubing of different sizes and materials and a completely re-circulating model

AQUIS DI Water Spray Gun provides for the dispensing of high purity & corrosive media. Applications include: Distilled, Deionized, RO, Ultra Filtrated Water and Chemical Dispensing. The design features a precision molded, all virgin high purity PVDF body, and a one piece multi-purpose sealing component precision made of Modified PTFE material which isolates the flow to a pure path while performing the off sealing function. The excellent flexibility of this sealing component provides exceptional cycle life.

All wetted surfaces are PVDF and Modified PTFE, eliminating any o-ring or other elastomeric seals. The Aquis DI Water Spray Gun is available with any of 3 inlet connections, ¼” Female NPT, 3/8” Female NPT or 3/8” Flare. Other options include coiled tubing of different sizes and materials as well as a completely recirculating model (See Model ARSG).