Products

Energy-Efficient 0.3 HP Ice Bath Chiller For Small Ice Bath Tub Water Cooling

Our electric ice bath machine uses a sealed compressor‑based refrigeration circuit to hold water at a set temperature between 3 °C and 25 °C. Unlike manual ice baths, the chiller removes the need to source, haul, and dump bagged ice, and it keeps the water temperature steady throughout a session rather than letting it drift upward as ice melts.

How the 0.3 HP Model Works

The 0.3 HP Ice Bath Chiller is the smallest in the range. It cools gradually and draws a modest amount of power — comparable to a small bar fridge. It is designed for a single user and a tub volume of around 300 litres, making it practical for home bathrooms, apartments, or anywhere a compact, quiet chiller is preferred. Because it plugs into a standard household outlet, no dedicated circuit is required.

Commonly Used With

The 0.3 HP chiller is often used alongside a 1 person sauna room for contrast therapy — alternating between cold immersion and dry or steam heat. In home recovery setups, it may also be paired with a single‑person mild hyperbaric oxygen chamber, where the chiller is used before or after a pressurized oxygen session. For users who want an even colder, shorter exposure, electric cryotherapy chambers offer a dry alternative, though they serve a different purpose and are typically used in separate sessions.

For households that later need more cooling capacity or faster temperature recovery between uses, the 0.5 HP and 1 HP ice bath units provide a step up in cooling power and water volume support.

Certifications

The chillers carry CE and FDA certifications. The refrigeration circuit is sealed and tested at the factory before shipping.

Frequently Asked Questions

How long does the 0.3 HP model take to cool the water?

From room temperature, the unit typically reaches 10 °C in 2–3 hours depending on the starting water temperature, tub insulation, and ambient conditions. Adding ice at the beginning can shorten this time considerably.

Can I use the chiller with a tub I already own?

Yes, provided the tub has compatible inlet and outlet ports and falls within the supported volume. Adapters for different thread sizes can be supplied on request.


View as  
 
0.3 HP Ice Bath Unit with Seated Tub

0.3 HP Ice Bath Unit with Seated Tub

The Muke Intelligent 0.3 HP Ice Bath Unit with Seated Tub includes a main unit paired with a seated bath tub. Designed for individuals who frequently stand or sit for prolonged periods, it offers rapid and effective fatigue relief while accelerating muscle recovery. Suitable for single-person use, the system operates quietly with low power consumption yet maintains a stable power output; featuring precise, intelligent temperature control, it ensures a hassle-free and effortless experience.
0.3 HP Ice Bath Unit with Horizontal Bath Tub

0.3 HP Ice Bath Unit with Horizontal Bath Tub

Muke Intelligent has launched a 0.3 HP ice bath system featuring a horizontal tub and a main cooling unit. Designed for single-user operation, the 0.3 HP Ice Bath Unit with Horizontal Bath Tub delivers stable performance with quiet, energy-efficient operation, enabling rapid full-body cooling. It helps accelerate muscle recovery, alleviate pain and inflammation, and boost immunity, while an intelligent, precise temperature control system ensures a convenient and user-friendly experience.
0.3 HP Ice Bath Chiller Unit

0.3 HP Ice Bath Chiller Unit

For daily solo cold plungers, the Muke Intelligent 0.3 HP Ice Bath Chiller Unit is the quiet workhorse. Silent operation and low power consumption come paired with consistently stable output — perfect for individual use. The payoff? Faster muscle recovery, less pain and inflammation, and a stronger immune system. Precise intelligent temperature control keeps the whole routine smooth and effortless.
Looking for reliable 0.3 HP Ice Bath Chiller? Muke Technology offers wholesale & custom solutions, fast delivery, durable quality. Get a quote now!
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies.Privacy Policy
RejectAccept