Ultimate Bradley S27-328 Eyewash Ball Valve 1/2" 40% Off

Bradley S27-328 Eyewash Ball Valve

Discover the Bradley S27-328 Eyewash Ball Valve, a reliable and durable solution for emergency eyewash stations. Engineered with precision and crafted from high-quality stainless steel, this ball valve offers unmatched performance and longevity. With its 1/2 inch inlet pipe size, it seamlessly integrates into your existing eyewash system, ensuring a quick and efficient response in case of eye injuries.

Key Features and Specifications

The Bradley S27-328 Eyewash Ball Valve is designed to meet the highest industry standards. Its on/off valve function provides immediate control over the flow of water, allowing for a targeted and effective eyewash. The stainless steel construction not only ensures durability but also makes the valve resistant to corrosion and harsh environments. Compatible with the Bradley series, this valve is a versatile addition to any emergency eyewash station. Below are some of its key features:

Stainless Steel Material: Robust and resistant to corrosion, ensuring long-lasting performance.
1/2 inch Inlet Pipe Size: Designed for compatibility with various eyewash systems.
On/Off Valve: Offers immediate control over water flow for a targeted eyewash.
Bradley Series Compatibility: Ensures a seamless integration into your existing setup.

Practical Applications and Benefits

The Bradley S27-328 Eyewash Ball Valve is an essential component for any workplace or facility that values employee safety. Whether you operate in an industrial setting, healthcare facility, or educational institution, this valve provides a quick and effective solution for eye injuries. Its user-friendly design and reliable performance make it an ideal choice for:

Emergency Eyewash Stations: Ensuring immediate access to eyewash facilities in case of accidents.
Workplaces with Hazardous Materials: Protecting employees from chemical splashes and irritants.
Healthcare Facilities: Providing a safe and effective means of cleaning eye injuries in a medical environment.