Haws 8330 Stainless Steel Combination Eyewash Station & Drench Shower

Haws 8330 Stainless Steel Combination Eyewash Station & Drench ShowerStainless Steel Bowl Hand Activation Eye Facewash Spray Head Full Body Coverage Area Floor Mount 1 1 4" IPS Supply Inlet 1 1 4" IPS Waste Outlet Exceeds ANSI Standard Z358. 1 Optional Dust Cover: Haws 9102 The HAWS model 8330 is a corrosion resistant, all stainless steel combination shower and eye facewash with AXION MSR eye facewash and shower head. The unit includes an 11" stainless steel bowl, an AXION MSR stainless steel eye facewash head, an

• Stainless Steel Bowl
• Hand Activation
• Eye/Facewash Spray Head
• Full Body Coverage Area
• Floor Mount
• 1-1/4" IPS Supply Inlet
• 1-1/4" IPS Waste Outlet
• Exceeds ANSI Standard Z358.1

Optional Dust Cover: Haws 9102

The HAWS model 8330 is a corrosion-resistant, all stainless steel combination shower and eye/facewash with AXION MSR eye/facewash and shower head. The unit includes an 11" stainless steel bowl, an AXION MSR stainless steel eye/facewash head, an AXION MSR shower head with flow-control, stainless steel stay-open ball valves with stainless steel ball and stem, Type 304 stainless steel pipe and fittings, a stainless steel cast floor flange, high visibility striping, and a universal sign.
From the Manufacturer:

Haws Model 8330 stainless steel combination shower and eye/face wash features the medically acclaimed AXION MSR eye/face wash head assembly (patent pending). This revolutionary inverted flow design is the only product on the market that provides a Medically Superior Response consistent with all EMT, emergency room and doctors' office protocols by sweeping contaminants away from the vulnerable nasal cavity. Traditional eyewashes irrigate from the outside edge of the eye back toward the nose, where contaminants can then be flushed into the nasal cavity through the lacrimal punctum, nature's ocular cavity drain. AXION MSR also offers a new hydrodynamic shower design that minimizes the strong physical pressure that drives the water to the outer rim of normal showerheads, making the distribution equal across the entire footprint of the flow. Better use of the water flowing through the shower makes it more effective while providing a more comfortable environment by breaking the streams of water into(more...)