Kingston Ultra Commercial HES Toilet (1.0 GPF) by Kohler
The Kingston Ultra Commercial HES Toilet (1.0 GPF) from Kohler is a high-efficiency, durable toilet designed specifically for commercial and high-traffic environments. Combining innovative water-saving technology with powerful performance, this toilet delivers reliable flushes while minimizing water consumption, making it an ideal choice for modern facilities seeking sustainability without sacrificing functionality.
Engineered with Kohler’s Hydro-Efficient Solutions (HES), the Kingston Ultra Commercial Toilet uses only 1.0 gallons per flush, significantly reducing water use compared to traditional toilets. Its robust construction ensures long-lasting performance even under heavy usage. The sleek design accommodates standard commercial settings, and the elongated bowl provides enhanced user comfort. Additionally, the toilet’s optimized trapway design and advanced flushing mechanism ensure efficient waste removal, reducing clogs and maintenance needs.
- High-efficiency 1.0 GPF flushing system for substantial water savings
- Durable vitreous china construction built for commercial use
- Comfort-height elongated bowl design
- Hydro-Efficient Solution (HES) technology for optimal flush performance
- Easy to clean and maintain with glazed trapway
- Compatible with standard commercial plumbing fixtures
- Office buildings and corporate facilities
- Educational institutions and universities
- Healthcare centers and hospitals
- Retail spaces and shopping malls
- Hospitality venues including hotels and conference centers
- Public restrooms and transportation hubs
As part of Kohler’s prestigious line of Toilets, the Kingston Ultra Commercial HES Toilet exemplifies the brand’s commitment to innovation, sustainability, and durability. This toilet is crafted to meet the demanding needs of commercial environments while supporting water conservation goals, making it a smart, eco-conscious choice for any facility aiming to optimize performance and reduce environmental impact.
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