Used DURITEC WET12 #9382384 for sale

DURITEC WET12
Manufacturer
DURITEC
Model
WET12
ID: 9382384
Alkali wet station.
DURITEC WET12 is a highly advanced wet station designed to resist corrosion and deliver long lasting performance in corrosive or wet environments. This wet station is perfect for hard-to-reach areas, and uses a three-stage filter equipment to remove dirt, grime, oil, and other contaminants from fluid flows. The base material of construction used on WET12 is made from superior grade stainless steel, which is strong enough to be resistant to corrosion and other damage brought on by harsh chemicals and environmental conditions. The housing features four inlet and outlet ports to allow for easy connection and integration of additional pieces of equipment, such as pumps, valves, and other components. The three-stage filter system used by DURITEC WET12 first uses a coarse filter media to remove large particles from the flowing fluid. It then progresses to a finer filter media to remove smaller particles and debris, and finally passes the fluid through a micron-level filter to ensure that even the tiniest contaminants are removed. Additionally, WET12 station contains several components designed to ensure a safe and secure working environment. The rotating cleaning arm has a finned end that will agitate particles and allow them to settle, thus ensuring that no sediment or particles are left behind in the unit. The built-in alarm machine will sound when the filters become blocked or clogged, alerting operators to the issue and allowing them to take action before a problem arises. In conclusion, DURITEC WET12 is a flexible and durable wet station capable of handling difficult conditions with ease. It is constructed from top-grade materials and has a three-stage filtration tool for greater efficiency and accuracy. Its built-in safety features ensure that operators are made aware of any potential issues, and the rotating cleaning arm will select and agitate particles, ensuring that no unwanted contaminants are left behind in the fluid flow.
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