PTFE Spray Guns Overview
The standard dispense gun has same relative size as the D.l gun with the addition of a long dispense/ pour snout extending from the spray head. By inserting the snout inside the neck of plastic or glass bottles, splashing is minimized. The larger version of this gun is also available.
D.I SPRAY GUNS N2 GUNS / DISPENSE GUNS
Wherever hostile environments exist (such as those in semiconductor fab plants), PTFE D.l WATER SPRAY GUNS are found mounted on wet benches and work process stations. Designed for D.l water spray, PTFE poly constructed sprayers have become the accepted industry standard. This because the gun may be exposed to corrosive acids thru operator handling.
In addition to our sprayers with threaded nozzles, TEQCOM now offers a hand sprayer with 1/8” Female NPT threaded cap for easy connection to custom spray patterns. Sprayers are sold separately or in assemblies. Private labeling is available.
TEQCOM’s PTFE NITROGEN GUNS deliver the optimum in anti-corrosion protection and long lasting duty wherever harsh chemicals are used in the vicinity of N2 dispensing/drying. Manufactured of PTFE and poly (like the companion piece . . . our D.l Water Spray Guns), they resist acid fume attack. Moreover, our N2 guns’ unique design eliminates costly nitrogen leaks (these leaks usually occur in conventional guns around the depress button). N2 Guns are available individually or as assemblies with our popular coiled hose.
DI RECIRCULATING HAND SPRAY
NON CONTAMINATING...
The Recirc has a fluid path free of all undesirables such as o-rings, o-ring lubricants, metal springs or porous materials. Further the Gun itself and all component parts coming into contact with the fluid are fabricated from high density TFE PTFE for total purity. In short there are no materials or objects in the fluid path to allow contamination.TRUE
RECIRCULATION...
When DI Water enters the Recirc it travels up the “pressure” orifice into the point-of-use spray head chamber. Upon arrival and if the Recirc is not in use Dl Water will travel back down the parallel “recirculation” orifice and eventually discharge to users Dl recovery or drain. By travelling this path bacterial growth is virtually eliminated as true recirculation exists.
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