Sloan G2 Exposed Automatic Sensor Flush Valve for Water Closets - 3.5 gpf (3250404) - Image 1
SKU: 568-3250404
Brand: Sloan
Model: 3250404

Sloan G2 Exposed Automatic Sensor Flush Valve for Water Closets - 3.5 gpf (3250404)

The Sloan G2 Exposed Sensor Flush Valve (3.5 GPF) delivers hygienic, touchless flushing with a polished chrome finish, ideal for high-traffic commercial restrooms. Battery-powered and backed by a 3-year warranty, it ensures reliability for restaurants and hotels.

Key Features

  • 3.5 GPF water-efficient flushing for commercial restrooms, meeting modern sustainability standards while maintaining strong flush power
  • Polished chrome finish with exposed sensor design for easy cleaning and a premium look, ideal for high-end commercial spaces
  • Battery-powered operation (batteries not included) eliminates wiring, simplifies installation, and ensures reliable flushing without water pressure dependency
  • 3-year limited warranty on electrical and mechanical components, plus 1-year coverage on special finishes, providing peace of mind for busy restaurant and hospitality environments
  • Single-flush functionality with top spud connection compatible with most water closet systems, reducing installation time and complexity
Elevate your commercial restroom experience with the Sloan G2 Exposed Sensor Flush Valve, specifically designed for high-traffic environments like restaurants, hotels, and office buildings. This 3.5 GPF water-efficient model features a sleek polished chrome finish and a top-spud connection, ensuring seamless integration with existing plumbing systems. The battery-powered sensor technology eliminates contact, reducing the spread of germs and improving hygiene in commercial bathrooms, a critical concern for restaurant and hospitality businesses. With a 3-year limited warranty on electrical and mechanical components, this durable valve is built to withstand daily use while maintaining consistent performance, making it a smart investment for facility managers prioritizing longevity and efficiency.