Wall Mounted Eyewash Station ESW020MS

Permanent Fixed-Point Emergency Eye and Face Flushing

The ESW020MS is installed directly at the chemical hazard point — always charged, always at full flow capacity, always ready. Unlike portable units that require filling, positioning, and carrying to the incident location, the wall-mounted ESW020MS activates the instant it is needed with zero preparation. In chemical exposure emergencies where the first few seconds determine treatment outcomes, this permanent, always-ready availability is the most critical safety advantage a fixed eyewash station provides.

Aerated Nozzle Technology — Effective Decontamination Without Additional Trauma

The stainless steel filter mesh nozzles deliver an aerated water stream that blends air into the flow — creating a softer, broader coverage flush that rinses the eye surface thoroughly without the discomfort and additional tissue trauma of direct high-pressure water contact. This gentle-yet-effective flushing action is essential for encouraging the casualty to maintain contact with the eyewash stream for the full required treatment duration, maximising decontamination effectiveness.

Complete Stainless Steel 304 for Maximum Chemical Resistance

Every component of the ESW020MS is manufactured from stainless steel 304 — pipe, fittings, valve, bowl, nozzle mesh, and push plate. This comprehensive material specification delivers outstanding resistance to the corrosive atmospheres, chemical splashes, and moisture exposure that are constant features of industrial chemical handling environments. No plastic components to degrade, no chrome plating to peel, no surface corrosion to contaminate the water flow — just consistent, hygienic, long-service performance.

Instant Single-Action Push Plate Activation

Chemical exposure incidents are high-stress, disorienting events where a casualty may be in significant pain and operating with severely compromised vision. The ESW020MS’s large, clearly positioned push plate activates full water flow with a single instinctive forward press — no handles to locate, no valves to identify, no operational sequences to remember. Immediate, instinctive activation when clarity of thought is most compromised is a fundamental design requirement for emergency safety equipment.

Consistent Pressure-Regulated Flow Performance

Operating between 250 and 400 kPa, the ESW020MS delivers a consistent minimum 11.4 L/min flow rate regardless of fluctuations in the facility’s mains water supply pressure. Reliable, regulated performance ensures the unit meets its specified flow rate every single time it is activated — not just under ideal supply conditions — providing dependable decontamination performance in real emergency situations.

Covers Eyes, Face, Neck and Arms

The ESW020MS’s bowl geometry and nozzle positioning accommodate flushing of the eyes, face, neck, and arms — providing broader decontamination coverage for splash incidents that affect multiple body areas simultaneously. A comprehensive first-response capability that addresses the full range of upper-body chemical exposure scenarios from a single compact unit.

Compact Wall-Mounted Profile for Flexible Facility Placement

Weighing just 3.4 Kgs with a packing footprint of 360 × 360 × 155 mm, the ESW020MS installs neatly against any structural wall without consuming floor space or creating obstruction in work areas. Its minimal profile allows placement in confined laboratory spaces, narrow industrial corridors, tight processing areas, and any location where floor-standing equipment is impractical — putting emergency eyewash capability exactly where it is needed.

Low Maintenance Stainless Steel Reliability

Stainless steel 304 construction requires significantly less maintenance than plastic or chrome-plated alternatives — resisting mineral staining, bacterial surface buildup, and material degradation over extended service periods. Regular weekly activation testing and monthly nozzle mesh inspection are the primary maintenance requirements, keeping the ESW020MS in full emergency readiness with minimal facility resource commitment.