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In Australia, emergency safety showers and eye wash stations must comply with AS 4775:2007 – Emergency Eyewash and Shower Equipment. This standard outlines requirements for performance, flow rate, activation, temperature, and accessibility. Many facilities also reference ANSI/ISEA Z358.1 for international alignment. All GalvinSafe^® safety showers and eye washes are designed and tested to meet these standards.

Safety showers and eye wash stations should be activated and tested weekly to ensure proper operation, clear water flow, and temperature safety. Regular testing prevents stagnation and confirms that valves, spray heads, and drains are functioning correctly. Galvin Engineering recommends a maintenance log and scheduled servicing for compliance and peace of mind.

Emergency showers and eye wash stations should be installed within 10 seconds’ walking distance (roughly 15 metres) from potential hazards, on the same level, and with unobstructed access. Locations should also have adequate drainage and visibility, with signage and lighting to ensure quick identification during an emergency.

GalvinSafe^® emergency decontamination equipment is built for Australia’s harshest conditions. Each unit uses corrosion-resistant materials such as stainless steel and DZR brass, ensuring reliability, longevity, and compliance with AS 4775. With over 90 years of engineering experience, Galvin Engineering delivers trusted water safety solutions for healthcare, education, industry, and research facilities.

Lead-free plumbing refers to products that contain no more than 0.25% lead in wetted surfaces, as required by the National Construction Code (NCC) 2022. This ensures safer drinking water and protects public health.

High colour contrast tapware features bold, easily distinguishable colours, usually red for hot water and blue for cold. It helps users quickly identify taps, improving safety and accessibility in homes, aged care, and healthcare facilities.

High contrast tapware reduces the risk of scalding injuries, supports visually impaired users, and promotes independence. Clear visual cues make it easier to distinguish hot and cold taps at a glance.

It is particularly useful in environments where safety and accessibility are critical, including aged care facilities, hospitals, rehabilitation centres, and homes with elderly or visually impaired residents.

Yes. Modern high contrast tapware combines safety with design, allowing bold handles or levers to integrate seamlessly into bathrooms while providing clear visual differentiation for users.

Luminance contrast is the difference in light reflection between surfaces. It helps users with low vision or cognitive impairments identify fixtures and navigate safely.

AS 1428.1 requires a minimum 30% luminance contrast between key bathroom elements like toilet seats, grab rails, and controls to ensure accessibility.

It improves visibility, safety, and independence for people with low vision, colour blindness, dementia, or sensory sensitivities.

Use Luminance Reflectance Values (LRV) to compare surfaces. A difference of 30% or more between adjacent elements meets compliance standards.

Basins are one of the most frequently used touchpoints in clinical settings, and poor design can allow bacteria to spread through splashing, stagnant water, or hard-to-clean surfaces. Basins with effective infection-control features help contain water, reduce contamination risks, and support safer hygiene practices.

Traditional basins often have hidden or hard-to-clean areas, allow water to splash onto surrounding surfaces, and may retain stagnant water. These factors can lead to bacteria buildup, biofilm formation, and contamination of nearby equipment or surfaces.

Both microorganisms thrive in warm, moist, and stagnant environments. Poor drainage, pooling water, and biofilm buildup inside basins and pipework can create ideal conditions for these bacteria to multiply and potentially spread through water droplets or contact.

The GalvinAssist^® Contour 21 Basin incorporates an advanced anti-splash feature called the Hydrofin, positioned precisely where the water stream meets the basin surface. This fin-like structure uses fluid-dynamic principles to guide water smoothly along the bowl instead of allowing it to rebound or disperse outward. Independent testing shows the Hydrofin can reduce splashing by more than 90%, significantly limiting the spread of droplets that may carry bacteria.

By controlling water movement at the source, the design prevents aerosolisation and reduces the risk of contamination reaching nearby benches, floors, equipment, or users. This not only supports a more hygienic wash station but also helps maintain cleaner surrounding areas, contributing to stronger infection control throughout clinical spaces.

The GalvinAssist^® Contour 21 Basin features SmartGuard+ surface technology, a specialised hydrophilic glaze that promotes rapid, even water runoff. By helping water drain quickly, the surface reduces residue, standing moisture, and the organic matter that microorganisms rely on to grow. Integrated into the glaze is an ionic silver antimicrobial additive, which helps inhibit bacteria and biofilm formation over the life of the product.

Unlike traditional basin finishes that often contain micro-pores, seams, or uneven textures where bacteria can collect, the Contour 21’s ultra-smooth, seamless surface minimises hidden areas and makes cleaning more efficient. This technology not only improves day-to-day hygiene but also enhances long-term infection control in high-demand clinical environments.