Stainless Steel Urinal Troughs

Stainless steel is highly durable and resistant to corrosion, ensuring a long service life for the urinal troughs even in high-traffic or corrosive environments.

Stainless steel surfaces are non-porous and easy to clean, reducing the risk of bacterial growth and promoting better hygiene in washroom facilities.

Stainless steel is a recyclable material, making it an environmentally friendly choice for waterless or conventional flushing urinal troughs. Additionally, waterless urinals themselves contribute to water conservation efforts by eliminating the need for flushing water.

Stainless steel urinal troughs are frequently installed in commercial settings such as offices, shopping malls, restaurants, airports, and hotels. These environments often experience high foot traffic and require durable, easy-to-maintain washroom fixtures.

Stainless steel urinal troughs are prevalent in public facilities such as sports stadiums, concert venues, parks, and transportation hubs like train stations and airports. Their robust construction and resistance to vandalism make them suitable for these high-traffic areas.

Stainless steel urinal troughs can also be found in recreational facilities such as gyms, swimming pools, and community centres. Their resistance to moisture and ease of cleaning make them suitable for these environments.

Urine flows down the urinal trough due to gravity. There is no need for flushing water, which is why they are called waterless urinals.

Typically, at the bottom of the urinal trough, also known as the waste outlet, there is a cartridge installed. This cartridge acts as a barrier, preventing odours and gases from the sewer system from escaping back into the restroom.

Periodically, the cartridge needs to be replaced or replenished to maintain its effectiveness. This maintenance requirement is minimal compared to traditional flush urinals, which require water and more frequent cleaning.

By containing and directing waste effectively, the Closed Drainage System minimises the potential for odours and the spread of harmful bacteria, creating a cleaner and more hygienic washroom environment. Additionally, its design prevents the release of gases that can compromise indoor air quality.