Seamless, Built-in Protection
First and foremost, the value of integral waste & overflow comes with establishing a proper overflow-safe drainage pipeline for your bathtub. An integral overflow is an overflow where an opening is cut along the interior of the bathtub that is tied into the drain waste. In the event the water is left running, this system diverts excess water between the walls and sends it back down the tub drain.
Keeping your bathwater in the bath
If plumbing and installation is not a priority early on, it will cost you down the line. Much like a standard waste and overflow, an integral W&O reduces possible leak points and keeps your bathwater from overflowing, giving you peace of mind that your bathroom – and wallet – will be protected from damage.
Benefits for Install & Maintenance
Choosing integral waste & overflow makes the installation of an external overflow pipe and sanitary-t unnecessary, making for a quicker, easier install and saving you in labor costs. Since the overflow channel is built into the bathtub’s inner wall, it will never need to be accessed for servicing. You can even mount a tub filler directly over the overflow for a timeless, low-profile look.
The behind-the-scenes nature of this mechanism is a perfect option for those not wanting exposed piping, and why integral W&Os are quickly becoming a trend for modern bathroom design.
LINEAR INTEGRAL OVERFLOW
Hydro Systems offers two styles of integral waste and overflows – round and linear. Both options are available for our range of freestanding, drop-in, corner and alcove tubs, and come in a wide selection of finishes. For more information, please contact us.
The integral linear waste and overflow is standard on all Metro and Studio Collection freestanding tubs. Not only does the linear drain option give your bathtub a sleek look, this minimal slit adds an extra inch to your tub’s depth. It’s no wonder the linear option is growing in popularity, allowing you to soak even deeper into the warmth of your tub without increasing the overall height.