914-241-1900
Engineered for Float Tank Conditions
Correct soundproofing, humidity control, and ventilation—no mold, no leaks, no noise bleed. We build float rooms the right way the first time.
Full-Service Buildout Expertise
From framing and waterproofing to electrical and HVAC prep, we understand exactly what float rooms need—and what most contractors miss.
Avoid Expensive Mistakes
Most float rooms fail due to improper materials or poor ventilation. Our guidance prevents rework, downtime, and unnecessary costs.
A Float Tank Is Only 20% of a Successful Float Room
Most rooms fail because the construction around the tank was never designed for sensory isolation.
Noise leaks, humidity damage, mold, and salt corrosion happen when people “just put a tank in a room and call it a day.”
Why Most DIY Float Rooms Fail — and How to Build One That Lasts
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Sound Control
Float tanks do not block sound.
If the walls, framing, insulation, and HVAC aren’t engineered for sensory isolation, every footstep, pipe knock, or door slam travels straight into the tank.
A successful float room starts with construction that prevents noise intrusion at the structural level.
Silence must be engineered — it doesn’t happen on its own.
2. Salt Management
Saltwater is unforgiving.
Drips, wet bodies, splashes, and vapor will corrode standard building materials, destroy flooring, blister paint, and ruin mechanical systems.
A float room must be built with salt-safe materials, proper drainage, and detailing that anticipates real-world user behavior.
Salt always wins unless the room is built to fight back.
3. Humidity & Ventilation
Float rooms produce spa-level steam and continuous moisture.
Without dedicated ventilation, vapor barriers, waterproofing, and controlled airflow, moisture spreads into adjacent rooms — causing mold, decay, and long-term structural damage.
Proper engineering eliminates condensation and keeps the space healthy for decades.
Moisture is the invisible destroyer — control it or lose the room.
4. Human Behavior in the Real World
Even well-designed float rooms fail when user behavior isn’t considered.
Wet footprints, dripping hair, long showers, loose towels, and other habits create predictable wear patterns.
Successful rooms plan for how people actually move, drip, forget, and behave — not how a blueprint assumes they will.
Design for the floater, not the fantasy.
A float tank is a piece of equipment.
A float room is an engineered environment.
You need both for a world-class experience.
Rooms Aren’t Built for Silence
Float tanks do not block sound. They only isolate light and gravity.
If your walls, doors, framing, and materials aren’t engineered for sound, every footstep, HVAC rumble, or door slam ruins the experience.
Salt + Human Behavior = A Mess
Saltwater drips, wet bodies, poor shower placement, and improper drainage cause flooding, slip hazards, and salt crystallization.
Designing for real-world floater behavior prevents all of this.
High Humidity Destroys Standard Rooms
Float rooms generate spa-level steam, condensation, and salt vapor.
Without proper ventilation, waterproofing, and drainage, the room will develop mold, corrosion, and long-term structural damage.