*May require 10-day lead timeThe Bradley 6437-730000 is a premium recessed foam soap dispenser designed for commercial and institutional facilities requiring reliable, high-capacity hand hygiene solutions. With its generous 50-ounce capacity and space-saving recessed design, this dispenser is ideal for high-traffic restrooms in offices, schools, healthcare facilities, and other commercial environments where maintaining proper hand hygiene is essential while maximizing available space.
Features and Benefits of Bradley 6437-730000 Foam Soap Dispenser
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Recessed Design: Seamlessly integrates into wall cavities, maintaining a clean aesthetic while preserving valuable bathroom space
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Large Capacity: 50-ounce reservoir reduces maintenance frequency and ensures consistent soap availability
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Foam Soap Compatible: Specifically engineered to dispense foam soap formulations efficiently and consistently
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Commercial Grade Construction: Built with durability in mind to withstand frequent use in high-traffic environments
Bradley 6437-730000 Specifications
| Model Number |
6437-730000 |
| Mounting Type |
Recessed |
| Soap Type |
Foam |
| Capacity |
50 ounces |
| Brand |
Bradley |
How Bradley 6437-730000 Works
This recessed foam soap dispenser installs directly into the wall cavity, creating a streamlined appearance while providing easy access for users. The unit dispenses a measured amount of foam soap with each activation, ensuring consistent hand washing experiences while minimizing waste. The large capacity reservoir is easily accessible for maintenance and refilling.
Why Choose Bradley 6437-730000?
The Bradley 6437-730000 represents an ideal solution for facilities seeking a professional-grade soap dispensing system that combines space efficiency with high capacity. Its recessed design helps maintain ADA compliance while providing a cleaner, more sophisticated appearance compared to surface-mounted alternatives. The reliable foam soap delivery system and substantial capacity make it particularly well-suited for busy commercial environments where dependable operation and reduced maintenance intervals are crucial considerations.
