Log Burner for Hot Tub: Wood Hot Tub Heater and Stove Guide
A log burner for hot tub use transfers heat from burning logs into the bathing water through a purpose-designed stove or water heater. Buyers may also describe the same product as a wood hot tub heater, wooden hot tub heater, wood burning hot tub stove or a heater for a hot tub with log burner. The right design affects seating space, heat circulation, chimney position, maintenance and the complete garden footprint.
A wood hot tub heater should not be selected only from a headline kilowatt figure. Water volume, starting temperature, target temperature, heater geometry, pipe layout, fuel moisture, insulation and cover quality all affect real heat-up performance. A powerful stove fitted to the wrong tub, pipe route or water chemistry can still perform badly or fail early.
This upgraded guide explains external, integrated and submersible heaters; natural thermosiphon circulation; material and water-chemistry compatibility; realistic heat calculations; chimney and fire safety; replacement projects; winter drain-down and the limits of DIY conversion. It also clarifies how to compare a log burner for hot tub replacement with a complete hot tub with log burner system.
Best buying principle: choose the wooden hot tub heater around the complete hot-tub system—water volume, circulation, materials and site—not around the lowest stove price.
Log burner for hot tub, wood hot tub heater and wooden hot tub heater: search intent
The phrases log burner for hot tub, hot tub with log burner, wood burning hot tub stove, wood hot tub heater and wooden hot tub heater often describe related but slightly different buying needs. Some buyers want a replacement stove. Others want to compare a complete tub-and-heater package, or check whether an existing wooden tub can safely accept a new stove.
| Exact phrase | Likely buyer meaning | Best practical response |
|---|---|---|
| log burner for hot tub | Buyer is searching for a stove or heater component. | Explain heater type, connection layout, output, chimney and compatibility. |
| hot tub with log burner | Buyer may want a complete tub already designed around a wood stove. | Compare full system, seating, water volume, stove access and delivery. |
| wood burning hot tub stove | Buyer focuses on the stove that transfers fire heat into water. | Explain external, integrated and submersible stove designs. |
| wood hot tub heater | Buyer wants a heater for a wood-fired or wooden outdoor tub. | Clarify material compatibility, water chemistry and supported tub volume. |
| wooden hot tub heater | Buyer likely owns or is comparing a wooden-clad hot tub. | Check vessel material, liner, pipe centres, load, heat protection and drain-down. |
Wood hot tub heaters at a glance
| Decision | Practical direction | Confirm before ordering |
|---|---|---|
| External, integrated or submersible? | Choose from seating, footprint, plumbing and service access. | Exact tub layout and heater clearances. |
| How large is the tub? | Use actual water volume, not only the advertised number of users. | Normal fill level in litres. |
| Natural or pumped circulation? | Natural thermosiphon can work without a pump when correctly designed. | Connection heights, pipe diameter and route. |
| What water treatment is used? | Heater material must suit the water chemistry. | Steel grade, salinity, disinfectant and pH limits. |
| Replacement or new installation? | A replacement wood hot tub heater must match existing connections and condition. | Pipe centres, diameter, shell and chimney. |
| Year-round operation? | Possible with a suitable routine, but frost can damage trapped water. | Drain points, pipework and shutdown procedure. |
What is a wood burning hot tub stove?
A wood burning hot tub stove is a firebox and heat exchanger designed to transfer combustion heat into hot-tub water. Unlike a room stove, a log burner for hot tub use is built around continuous contact with water and must never be operated outside its specified water conditions.
| Heater component | Function | What to inspect |
|---|---|---|
| Firebox | Contains the burning fuel. | Distortion, corrosion, welds and ash. |
| Water jacket or heated body | Transfers heat into the water. | Leaks, scale and material compatibility. |
| Water connections | Allow flow between tub and heater. | Diameter, seals, height and support. |
| Stove door and air control | Manage loading and combustion. | Closure, hinges and heat damage. |
| Chimney connection | Carries combustion gases upward. | Fit, support, clearances and condition. |
| Drain or low point | Allows winter emptying where provided. | Accessibility and complete drainage. |
The terms hot-tub stove, wood-fired water heater, wood burner for a hot tub, log burner for hot tub, wood hot tub heater and wooden hot tub heater are often used interchangeably. Compatibility matters more than the marketing name.
External, integrated and submersible wood hot tub heater types
| Heater type | Advantages | Trade-offs |
|---|---|---|
| External heater | Preserves bathing space, gives direct firebox access and can be serviced outside the tub. | Requires ground area, pipework and frost planning. |
| Integrated heater | Creates a compact visual form and can preserve more seating than a fully internal stove. | Service access and ventilation must remain open. |
| Internal or submersible heater | Direct heat transfer and no external water hoses. | Uses bathing space and needs a secure guard. |
| Custom DIY heater | May appear flexible for unusual tubs. | High compatibility and safety risk if not purpose designed. |
The current heater products above include external, integrated and internal or submersible directions. Open each product page to confirm its current output, dimensions, material, connections and chimney package. A wooden hot tub heater should always be checked against the exact tub, not only the product photo.
External log burner for hot tub installations
An external log burner for hot tub installations stands beside the tub and connects through a lower cold-water line and an upper hot-water return. When the geometry is correct, density differences can create natural circulation without a pump.
| External-heater advantage | Practical effect |
|---|---|
| No stove inside the bathing area | More usable bench and leg space. |
| Accessible firing door | Logs and ash can be managed without reaching into the tub. |
| Replaceable component | The heater may be serviced independently from the vessel. |
| Flexible tub shapes | Can work with round, square and liner-based tubs when connections are compatible. |
| Visible pipework | Allows inspection but needs support, sealing and frost protection. |
External heaters should remain close enough for the specified circulation layout, but far enough to provide safe firing and chimney clearances.
Integrated wooden hot tub heater systems
An integrated wooden hot tub heater is incorporated into the hot-tub structure or equipment zone. It can create a cleaner exterior profile than a separate stove while avoiding the full seating loss of a submersible heater.
| Integrated-heater question | Why it matters |
|---|---|
| Can the firebox be reached easily? | Fuel loading and ash removal need a safe working position. |
| Can the heater body be inspected? | Leaks or heat damage should not remain hidden. |
| Is the compartment ventilated? | Heat must not build up around timber or equipment. |
| Can the chimney be removed or serviced? | Future maintenance must be possible. |
| Can water drain from the heater? | Trapped water creates winter damage risk. |
Internal and submersible wood burning hot tub stove options
An internal or submersible wood burning hot tub stove transfers heat directly into the surrounding water. It can suit compact traditional tubs, but it occupies internal volume and places a very hot appliance near bathers.
| Internal-heater requirement | Reason |
|---|---|
| Fixed protective guard | Prevents direct contact with the stove body. |
| Stable mounting | Stops movement when loading fuel or entering the tub. |
| Correct minimum water level | Prevents dry firing and overheating. |
| Safe chimney position | Keeps hot flue sections away from users. |
| Usable seating calculation | The heater reduces real capacity. |
| Cleaning access | Ash, soot and surrounding water area need maintenance. |
Submersible should not be interpreted as a portable camp stove that can be placed in any container. The hot tub with log burner, guard, chimney and water depth must be designed around it.
Heater-only purchase or complete hot tub with log burner?
A hot tub with log burner is normally easier to specify when the tub body, stove, circulation path, chimney, guard, fittings and drain-down routine are designed together. A heater-only replacement can work well, but only when the existing vessel, connections and water treatment are compatible with the new stove.
| Buying route | Best suited to | Main risk |
|---|---|---|
| Complete hot tub with log burner | New buyers who want a matched wood-fired system. | Choosing only by size or price without checking installation access. |
| Replacement wood hot tub heater | Owners with a sound existing tub and compatible pipe layout. | Old corrosion, frost damage or poor flow may repeat the failure. |
| DIY wood burning hot tub stove project | Experienced builders with proper vessel, plumbing and safety design. | Unsafe circulation, pressure build-up, unsuitable materials or hot-surface exposure. |
| Upgraded wooden hot tub heater package | Buyers adding stronger stove performance or better materials. | Connection centres, chimney parts and water chemistry may not match. |
How natural thermosiphon circulation works
In a correctly designed external-heater system, cooler water enters the lower heater connection. As the water warms, it becomes less dense and rises through the upper return. This movement draws more cooler water into the heater.
| Thermosiphon factor | Effect on circulation |
|---|---|
| Lower inlet below upper return | Creates the vertical difference needed for natural movement. |
| Large unrestricted pipes | Reduce resistance to flow. |
| Short pipe route | Reduces friction and heat loss. |
| No air locks | Allows the heater to remain fully flooded. |
| No closed valves during firing | Prevents dangerous restriction or pressure build-up. |
| Level heater installation | Supports correct flooding and drainage. |
- Do not reduce connection diameter without approval.
- Avoid high loops that can trap air.
- Do not install a valve arrangement that can isolate a burning heater.
- Support hoses or rigid pipes so their weight does not strain the heater wall.
- Confirm that the entire heater fills with water before lighting.
When a circulation pump is used with a wood hot tub heater
Some installations use a pump because the heater position, filter layout or pipe length cannot support reliable natural circulation. A pump does not correct an unsuitable wood hot tub heater or unsafe plumbing design.
| Pumped-system issue | What to confirm |
|---|---|
| Flow rate | Must remain within the heater’s permitted range. |
| Pump location | Should remain primed and serviceable. |
| Power failure | The operating procedure must address a burning fire with stopped circulation. |
| Flow direction | Must match the heater connections. |
| Filter resistance | A dirty filter can reduce heater flow. |
| Bypass arrangement | Must not allow accidental isolation or dry firing. |
How much output should a log burner for hot tub use have?
Manufacturer output figures can help compare heaters, but they do not predict heat-up time on their own. A log burner for hot tub use must deliver enough useful heat into the water to cover the desired temperature rise plus ongoing heat loss.
Litres of water × temperature rise in °C × 0.001163 = theoretical kWh added to the water.
| Example | Theoretical heat required |
|---|---|
| 700 litres heated from 10°C to 38°C | Approximately 22.8 kWh. |
| 1,000 litres heated from 10°C to 38°C | Approximately 32.6 kWh. |
| 1,200 litres heated from 10°C to 38°C | Approximately 39.1 kWh. |
| 1,500 litres heated from 10°C to 38°C | Approximately 48.8 kWh. |
Real fuel input must be higher because not all combustion energy reaches the water. Heat also escapes through the water surface, tub walls, pipework and chimney.
Why heater kW figures are not directly comparable
| Specification issue | Why comparison can mislead |
|---|---|
| Nominal versus useful output | Published values may describe different measurement methods. |
| Firewood moisture | Wet fuel reduces useful heat and combustion quality. |
| Combustion rate | The same stove can operate at different firing levels. |
| Chimney draw | Flue design and weather affect the fire. |
| Water flow | Poor circulation reduces safe heat transfer. |
| Heat loss | The same heater performs differently on two tubs. |
Use the heater manufacturer’s supported tub-volume range and installation requirements rather than choosing the largest advertised kW number.
Realistic heating time
Heating time depends on the required kWh, useful heater output and heat loss. A well-matched compact tub can heat much faster than a large exposed tub, but a universal time should not be guaranteed.
| Heating-time driver | Practical response |
|---|---|
| Cold winter fill water | Allow a larger temperature rise. |
| Large water volume | Choose the tub for normal occupancy. |
| Poor cover | Use the approved thermal cover during heating where permitted. |
| Strong wind | Choose a sheltered but safely ventilated position. |
| Wet logs | Store clean untreated firewood under cover. |
| Ash or soot build-up | Maintain the firebox and chimney. |
| Air in the water circuit | Fill and vent the system before lighting. |
Firewood and combustion
| Fuel practice | Why it matters |
|---|---|
| Use dry untreated logs | Supports cleaner combustion and predictable heat. |
| Do not burn painted or glued wood | Avoids hazardous fumes and deposits. |
| Use appropriate log size | Supports airflow and controlled loading. |
| Do not overfill the firebox | Prevents uncontrolled firing and door damage. |
| Keep ash from blocking air paths | Maintains combustion and protects components. |
| Store the main fuel supply away from sparks | Reduces fire risk around the tub. |
Stainless-steel grade and wooden hot tub heater compatibility
Stainless steel is widely used for hot-tub heaters, but the term does not identify a single material. A wooden hot tub heater may still contain stainless-steel heat-exchanger parts, and different grades respond differently to chlorides, salt, low pH and high disinfectant levels.
| Compatibility question | What to verify |
|---|---|
| What exact steel grade is used? | Do not assume every heater is suitable for saline water. |
| Will salt chlorination be used? | Chloride exposure can increase corrosion risk. |
| What disinfectant range is permitted? | Excess concentration can attack metal and seals. |
| What pH range is required? | Persistently low pH can accelerate corrosion. |
| Are dissimilar metals connected? | Galvanic interaction may need consideration. |
| How is the heater drained and dried? | Stagnant aggressive water can damage components. |
Confirm the heater’s written water-chemistry limits before using salt, chlorine, bromine or other treatment.
External pipework and connection planning
| Connection detail | Why it matters |
|---|---|
| Pipe diameter | Controls resistance and thermosiphon performance. |
| Connection centres | Must align with existing tub fittings. |
| Hose temperature rating | Pipework carries hot water near the stove. |
| Seals and unions | Need compatibility with temperature and treatment. |
| Pipe support | Prevents strain on heater and tub walls. |
| Drainability | Low points must empty for frost protection. |
When replacing a heater, photograph and measure every connection before ordering. Do not rely on the outside diameter of a hose alone; fittings and threads may differ.
Chimney and installation safety
A wood-fired heater combines fire, hot metal, smoke and bathers. The chimney and firebox need a safe working area, stable support and separation from combustible materials.
- Follow the exact heater and chimney instructions.
- Keep the firing door away from steps and emergency exit routes.
- Support the chimney so it does not load or twist the heater.
- Maintain suitable clearance from fences, roofs, pergolas and planting.
- Keep children and guests away from hot metal.
- Do not leave an operating heater unattended contrary to its instructions.
- Keep water above the required level while a fire remains active.
- Never close or isolate the water circuit around a burning heater.
Property-specific installation and local requirements should be checked rather than assumed from a generic online diagram.
Temperature control and avoiding overheating
A wood-fired system continues releasing heat while fuel and hot embers remain. It does not stop at a thermostat setpoint unless it forms part of a specifically designed controlled system.
| Control action | Purpose |
|---|---|
| Measure mixed-water temperature | Avoids relying on one hot or cold zone. |
| Stir or circulate the tub | Reduces temperature layering. |
| Stop adding fuel early | Allows remaining embers to finish releasing heat. |
| Keep the cover procedure correct | Prevents unsafe overheating or cover damage. |
| Maintain safe bathing temperature | Protects users from excessive heat exposure. |
| Supervise children directly | Prevents contact with heater and overly hot water. |
For complete vessel and construction comparisons, see wooden hot tubs.
Replacement wood hot tub heater compatibility
Replacing an old stove can be sensible when the tub, liner and plumbing remain in good condition. The new wood hot tub heater should not be selected only because it has similar-looking pipe outlets.
| Replacement check | What to record |
|---|---|
| Tub water volume | Normal litres at operating level. |
| Existing connection diameter | Internal and external dimensions plus fitting type. |
| Vertical connection spacing | Centre-to-centre measurement. |
| Heater position | Distance and level relative to the tub. |
| Chimney route | Diameter, height, support and clearances. |
| Water treatment | Chemicals, salt and normal pH. |
| Reason for failure | Corrosion, freeze damage, dry firing, leak or poor circulation. |
If the original heater failed because of unsuitable water chemistry, frost or blocked flow, fitting a new stove without correcting the cause may repeat the failure.
When to repair and when to replace
| Condition | Possible direction |
|---|---|
| Loose removable chimney part | Replace the compatible component after inspection. |
| Worn door seal or removable fitting | Service if the manufacturer supports replacement parts. |
| Leaking pressure boundary or cracked weld | Stop use and obtain professional assessment; replacement may be required. |
| Severe firebox corrosion | Replacement is usually safer than cosmetic repair. |
| Freeze-distorted water jacket | Do not operate until professionally assessed. |
| Unknown DIY modifications | Replace or redesign the system rather than relying on unverified repairs. |
Compare second-hand hot-tub considerations and wood-fired hot-tub prices when deciding between repair and a complete replacement.
Adding a wood burning hot tub stove to a DIY tub
A wood burning hot tub stove may be added to a custom tub only when the vessel, supports, water connections, circulation and hot-surface protection are designed for the project. A stock tank or decorative barrel is not automatically safe for hot water or direct connection to a wood stove.
| DIY risk | Why it matters |
|---|---|
| Unsuitable vessel material | Heat can deform, weaken or release unwanted substances. |
| Restricted circulation | Can cause boiling, steam and heater damage. |
| No pressure-relief path | A closed heated system can become dangerous. |
| Weak connection wall | The tub may crack or leak around fittings. |
| Unstable chimney | Creates fire and burn risk. |
| No protective guard | Users can contact hot metal. |
See the DIY wood-fired hot-tub guide, while recognising that a complete matched system is often simpler to commission and maintain.
Wood-fired versus electric heating
| Topic | Wood-fired heater | Electric heater |
|---|---|---|
| Heat source | Firewood. | Electricity. |
| Control | Manual fuel and airflow management. | Thermostatic control on compatible systems. |
| Preparation | Active lighting and tending. | Scheduled gradual heating. |
| Site requirements | Chimney, fuel, clearances and ash management. | Dedicated electrical supply and protection. |
| Off-grid potential | High for a simple thermosiphon tub. | Low without an independent power source. |
| Maintenance | Firebox, ash, flue and water jacket. | Element, circulation, controls and electrical system. |
Compare electric wooden hot tubs when automatic temperature management is more important than the fire-heated ritual.
For terminology and complete-system comparisons, also see wood-burning hot tubs.
Off-grid use
A natural-circulation wood heater can heat water without mains electricity. The complete tub may still require power for filtration, jets, bubbles, lighting or controls.
| Feature | Can remain non-electric? | Qualification |
|---|---|---|
| Wood-fired thermosiphon heating | Potentially yes. | Pipe geometry must support reliable circulation. |
| Manual fill and drain | Yes. | Requires a practical water source and discharge route. |
| Filtration | Usually no. | A circulation pump normally needs power. |
| Hydromassage jets | No. | A water pump is required. |
| Air bubbles | No. | A blower is required. |
| Lighting | Optional. | Solar or battery systems have their own limitations. |
Use the off-grid hot-tub guide to compare complete systems.
Winter operation and drain-down
Water trapped in a heater or external connection can freeze, expand and split the metal or fittings. A powerful stove does not protect an unused system from frost.
- Follow the exact heater’s winter procedure.
- Drain the heater, hoses, valves and low points fully before freezing periods when required.
- Do not light the stove if ice may obstruct circulation.
- Do not assume a filter pump protects every heater passage.
- Keep drain fittings accessible after landscaping.
- Inspect the heater after any suspected freeze event before reuse.
Maintenance schedule
| Frequency | Typical task |
|---|---|
| Before each firing | Check water level, circulation path, chimney and clearances. |
| After use when cool | Remove ash as required and inspect for leaks. |
| Regularly | Check pipe supports, seals, stove door and chimney joints. |
| Seasonally | Inspect corrosion, welds, firebox, chimney and water jacket. |
| Before winter shutdown | Drain every vulnerable water passage. |
| After long storage | Refill, vent and leak-test before lighting. |
Unusual smoke, restricted flow, boiling sounds, leakage or distortion should be investigated before the heater is used again.
Complete log burner for hot tub project cost
Current heater prices load dynamically below Trustpilot. The complete log burner for hot tub project may also include chimney parts, pipework, fittings, heat protection, foundation work, installation, delivery and replacement of incompatible tub connections.
| Cost area | What to compare | Common omission |
|---|---|---|
| Heater | Type, output, material, connections and included chimney. | Comparing stove-only and complete packages. |
| Pipework | Diameter, heat rating, unions, valves and support. | Reusing undersized old hoses. |
| Chimney | Compatible sections, support and weather cap. | Assuming an old flue fits. |
| Site work | Non-combustible base, clearances and access. | No safe firing position. |
| Installation | Plumbing, commissioning and leak testing. | Treating connection as a simple DIY swap. |
| Water compatibility | Treatment limits and possible system changes. | Ignoring salt or chloride exposure. |
Common wood hot tub heater mistakes
| Mistake | Likely consequence | Better approach |
|---|---|---|
| Choosing only by advertised kW | The heater is poorly matched to the tub. | Use water volume and supported application range. |
| Reducing pipe diameter | Weak thermosiphon flow and overheating risk. | Follow the specified connection layout. |
| Lighting before the heater is flooded | Dry firing and severe damage. | Fill and vent before every firing. |
| Installing shut-off valves that can isolate the stove | Dangerous trapped heat or pressure. | Use an approved open circulation design. |
| Assuming all stainless steel suits salt water | Premature corrosion. | Confirm grade and chemistry limits. |
| Ignoring freeze protection | Split water jacket or pipework. | Drain every low point. |
| Matching only the old pipe centres | Other compatibility problems remain. | Check volume, material, chimney and failure cause. |
| Using treated timber as fuel | Hazardous fumes and deposits. | Burn clean dry untreated logs. |
Wood hot tub heater compatibility checklist
- Confirm the actual hot-tub water volume.
- Choose external, integrated or internal wood hot tub heater placement.
- Check the log burner for hot tub supported application range.
- Record pipe diameter, fitting type and connection centres.
- Confirm natural or pumped circulation.
- Keep the heater fully flooded during operation.
- Do not create a closable or pressurised water circuit.
- Confirm the exact heater material and water-chemistry limits.
- Plan a stable non-combustible heater base.
- Provide safe firebox and chimney clearances.
- Protect users from every hot surface.
- Use clean dry untreated firewood.
- Plan ash removal and chimney inspection.
- Keep pipes and drains accessible.
- Create a complete frost and drain-down procedure.
- Identify why an old heater failed before replacing it.
- Compare heater-only costs with a complete hot tub with log burner project.
- Confirm current production and delivery timing for the selected heater.
Frequently asked questions about wood-fired hot-tub heaters
What is a log burner for hot tub use?
It is a purpose-designed stove and heat exchanger that transfers energy from burning logs into hot-tub water. It may also be called a wood hot tub heater or wooden hot tub heater.
Is a wood burning hot tub stove the same as a wood-fired heater?
The terms are commonly used for the same product category, although individual designs can be external, integrated or internal.
Is an external heater better than an internal heater?
An external heater preserves bathing space and is easier to access. An internal heater reduces the outside footprint but uses space inside the tub.
What is a submersible hot-tub heater?
It is a heater installed within the water area behind a protective barrier, with a chimney extending safely above the tub.
How many kW should the heater have?
There is no universal figure. Use water volume, temperature rise, supported tub range, climate, insulation and intended heat-up time.
How long will the heater take to warm the tub?
Heat-up depends on litres, starting temperature, heater performance, firewood, cover and weather. A fixed time cannot be guaranteed.
Can an external heater work without a pump?
Yes, when the heater and pipe layout are designed for reliable thermosiphon circulation.
Can I close valves while the heater is burning?
No valve arrangement should be allowed to isolate or pressurise a burning heater. Follow the exact approved plumbing design.
Can I replace an old heater with a different model?
Possibly, but water volume, pipe size, connection spacing, material, circulation and chimney must all be checked.
Are all stainless-steel heaters suitable for salt water?
No. Confirm the exact steel grade and the manufacturer’s chloride, salinity, disinfectant and pH limits.
Can I add a wood heater to a DIY tub?
Only when the vessel, water circuit, supports, chimney and hot-surface protection are designed for the heater. A decorative container is not automatically suitable.
Does a wood-fired heater need electricity?
Natural-circulation heating may not. Pumps, filters, jets, blowers, lights and controls may still need electricity.
What happens if the heater is lit without enough water?
The heater can overheat, distort or fail. Confirm the required water level and complete flooding before lighting.
How should the heater be protected in winter?
Follow the model-specific procedure and drain all vulnerable water passages and low points before freezing conditions when required.
Should I buy only a heater or a complete hot tub with log burner?
A replacement heater can suit a sound existing tub. A complete hot tub with log burner is usually more practical when the tub, plumbing or structure also needs major work.
Match the log burner to the tub and circulation system
Start with water volume, heater position, pipe layout and water chemistry. Then compare output, material, chimney and maintenance as one complete wood burning hot tub stove or wooden hot tub heater system.
Albert and his team at TimberIN were professional and helpful all the way through, and the tub was delivered exactly as planned. It looks great and works very well. I opted for an electric water heating system and this works well, but we have not yet resolved how to control the temperature automatically.
We are over the moon with our new tub. It was delivered by the nicest delivery guys, it was easy to assemble and within a few hours it was hot enough to use. Already in just over 24 hours the kids have had great fun and the adults have enjoyed sitting under the stars. Another amazing attribute to these high quality tubs is that you can literally put them anywhere. Even the smell of burning wood wafting over adds to the overall experience. The price is amazing and we will no doubt be buying another for our holiday cottage business very soon. Thank you.
Thanks Albert and please make sure you praise your delivery guys too they represent your company perfectly. So efficient and polite.
Hi Albert Hot tub installed and already used by family and friends. Good experience dealing with yourselves and would highly recommend your company All the best Gary