Bastone Dual-Compartment Mobile Shower Building with Two Private Shower Rooms

Product Overview

Provide private shower facilities for jobsites, farms, ranches, campgrounds, event properties, commercial yards, and remote work areas with the Bastone Dual-Compartment Mobile Shower Building.

This compact prefab building contains two separate, fully enclosed shower rooms, allowing two individuals to shower privately at the same time. Each compartment provides approximately 11.4 square feet of published interior space and includes its own outward-opening entrance door.

Supplier-listed rain-shower fixtures provide overhead water coverage, while adjustable shower heads and diverter controls allow users to direct the water flow. Powered exhaust ventilation helps circulate air through the enclosed compartments during and after use.

The painted Q235 steel frame, two-inch insulated composite wall and roof panels, wear-resistant flooring, lifting lugs, and forklift pockets create a practical relocatable shower facility for appropriately prepared properties.

This is a plumbed shower building rather than a towable shower trailer or utility-independent bathing unit. It requires pressurized water, an approved gray-water disposal system, electrical installation, a suitable supporting surface, and properly planned hot-water equipment if warm showers are desired.

Key Features

• Two private shower rooms: Separate compartments allow two people to shower simultaneously.
• Independent entrances: Each compartment has its own outward-opening door for privacy and convenient access.
• Rain-shower fixtures: Supplier-listed overhead shower heads provide broad water coverage.
• Adjustable shower flow: Secondary shower heads and diverter controls allow users to adjust water direction.
• Compact footprint: Provides two private showers within an approximately 82-by-52-inch exterior footprint.
• Powered exhaust ventilation: Helps circulate air and remove excess humidity from the enclosed shower spaces.
• Insulated construction: Two-inch EPS composite wall and roof panels help slow heat transfer.
• Steel structural frame: Q235 steel forms the building’s primary supporting structure.
• Wear-resistant flooring: Textured flooring over rigid PVC board provides a practical wet-area surface.
• Outward-opening doors: Preserve more usable space within the compact shower compartments.
• Lifting lugs: Provide attachment points for professional lifting and placement.
• Forklift pockets: Support unloading and relocation with appropriately rated equipment.
• Relocatable design: Can be moved between properly prepared sites after all utilities are disconnected.
• One-year warranty: Covered by Chery Industrial’s supplier-listed limited warranty.

Specifications

All measurements, material descriptions, and performance figures are supplier-provided. The final written order should confirm the water inlet, drain configuration, electrical requirements, included fixtures, wind rating, snow rating, shipping weight, and supporting documentation.

Shower-Room Layout

The building is divided into two separate shower compartments. Each room measures approximately 36.7 inches by 44.6 inches and provides approximately 11.4 square feet of published interior area.

Each compartment includes:

• An independent exterior entrance
• An outward-opening door
• A shower fixture
• An overhead rain-shower head
• An adjustable secondary shower head
• A shower diverter
• Wet-area flooring
• Ventilation
• Gray-water drainage

The unit contains no toilet or handwashing sink.

The compact compartments are intended primarily for individual showering. Chery does not publish detailed measurements for shower clearances, thresholds, controls, grab bars, seats, changing areas, shelves, benches, or clothing-storage areas.

Users may need a separate changing or dressing facility if clothing cannot be kept dry within the shower compartment.

Water-Supply Requirements

Both showers require connection to an appropriately pressurized water supply. Chery specifies municipal water or water supplied by a suitable well-pump system.

The current official product page lists a ½-inch PEX water inlet. Because two showers may operate simultaneously, a licensed plumber should verify that the proposed water supply can provide adequate pressure and flow to both fixtures.

The water-supply plan should address:

• Available water pressure
• Available flow rate
• Simultaneous operation of both showers
• Supply-pipe sizing
• Backflow prevention
• Shutoff-valve locations
• Water quality
• Utility trenching
• Protection from vehicles and equipment
• Hot-water requirements
• Temperature regulation
• Freeze protection
• Required permits and inspections

Water lines, pumps, pressure tanks, backflow devices, mixing valves, trenching, insulation, heat tape, and plumbing labor are not included unless expressly identified in the final written order.

Hot-Water Requirements

A water heater is not listed as included with this shower building.

If warm or hot showers are required, the customer must provide a properly sized external or separately installed water-heating system. A licensed plumber and electrician should determine the appropriate arrangement.

Planning should consider:

• Expected number of users
• Simultaneous operation of both showers
• Desired water temperature
• Shower flow rates
• Water-heater capacity
• Recovery rate
• Available electrical service
• Available fuel supply
• Equipment ventilation
• Anti-scald protection
• Mixing-valve requirements
• Freeze protection
• Water-heater placement
• Required permits and inspections

Do not assume the shower building’s published 13–16-amp electrical specification can operate an electric water heater. Many electric water heaters require a dedicated circuit with substantially greater capacity.

Any reference by the supplier to a heating burner should be confirmed in writing. A heating burner or water-heating appliance is not identified as included in the current standard product listing.

Gray-Water Requirements

The two showers produce gray water that must be directed to an approved wastewater system.

The current supplier listing identifies a 1¼-inch PVC gray-water connection. The exact number and arrangement of drain outlets should be confirmed before preparing the site.

Gray water may need to be directed to an approved:

• Sanitary sewer connection
• Properly designed septic system
• Professionally sized external holding tank
• Approved gray-water treatment or disposal system
• Other facility accepted by the local authority

A gray-water holding tank is not listed as included.

The required drainage or tank capacity depends on:

• Number of daily users
• Shower duration
• Shower-head flow rate
• Simultaneous use
• Operating schedule
• Available tank capacity
• Pumping frequency
• Service-vehicle access
• Local wastewater regulations

Do not discharge shower water onto the ground, into a storm drain, or into an unapproved drainage area. Soap, shampoo, cleaning products, sediment, and other contaminants may be regulated even when no toilet waste is present.

The supplier page contains generic flushing and black-water specifications, but this model is currently identified as having zero toilets. The final order should confirm that no black-water connection is required for the shower-only configuration.

Electrical Requirements

Powered ventilation and other supplier-listed electrical components require a professionally installed electrical connection.

Chery publishes:

• A 110–220V electrical range
• A 13–16-amp breaker specification
• Three-core, 2.5-square-millimeter wiring
• Neutral, live and equipment-grounding conductors

The published voltage range does not necessarily mean every component can automatically operate at either voltage. The required operating voltage must be confirmed before electrical installation.

The customer must arrange for a licensed electrician to provide and complete the required wiring and final connection.

The electrical installation should address:

• Correct operating voltage
• Available circuit capacity
• Dedicated-circuit requirements
• Grounding and bonding
• GFCI protection
• Wet-location requirements
• Moisture-rated components
• Exterior conduit and cable protection
• Disconnecting means
• Fan and lighting controls
• Water-heater circuits, when applicable
• Local electrical codes
• Required permits and inspections

Do not operate the building through an improvised extension-cord arrangement. Because the interior contains wet shower areas, electrical equipment must be appropriately selected, positioned, protected, and installed.

Ventilation and Interior Conditions

Powered exhaust ventilation supports air circulation through the enclosed shower compartments. It does not guarantee a condensation-free, odor-free, mold-free, or climate-controlled interior.

Interior conditions depend on:

• Outdoor temperature and humidity
• Frequency of shower use
• Duration of each shower
• Water temperature
• Fan operation
• Door operation
• Cleaning frequency
• Drainage performance
• Direct sunlight
• Available shade
• Air circulation between uses

Run the ventilation system as appropriate during and after shower use. Leave doors open between uses only when it is safe and the building can remain secured.

Inspect hidden corners, seals, wall joints, ceilings, and flooring regularly for persistent moisture, mold, mildew, or deterioration.

Heating and air conditioning are not listed as included. Insulated panels slow heat transfer but do not keep the interior comfortable in every season.

Cold-Weather Operation

Chery publishes a minimum pipe working temperature of 14°F. This figure does not mean that water-filled plumbing can remain safely exposed when temperatures approach or fall below freezing.

Before freezing conditions:

• Shut off the water supply when appropriate
• Drain vulnerable water lines
• Drain shower fixtures
• Drain gray-water piping
• Winterize any water heater
• Protect exterior utility connections
• Insulate exposed pipes
• Follow the fixture manufacturers’ procedures
• Have a qualified plumber winterize the system when necessary

Do not pour hot water onto frozen pipes or fixtures unless a qualified professional confirms that the method is safe for the exact materials and installation. Sudden heating can damage some pipes, seals, fittings, and fixtures.

This building should not be advertised as freeze-proof or automatically suitable for year-round Kansas operation.

Structure and Weather Considerations

The shower building uses a painted Q235 steel frame with two-inch insulated composite walls and roof panels.

Chery’s current product page publishes a 40-mph wind-load figure. Because this is a modest rating, the building should not be represented as:

• Storm-rated
• Hurricane-rated
• Tornado-resistant
• Suitable for every exposed location
• Safe without anchoring
• An emergency shelter

Chery also publishes a snow-load figure of 125 pounds per square foot. Customers relying on this figure should obtain the applicable engineering report, test documentation, design criteria, and confirmation of local acceptance before ordering.

Site-specific planning should consider:

• Local design wind speeds
• Prevailing winds
• Wind exposure
• Snow and ice accumulation
• Foundation design
• Anchoring method
• Soil conditions
• Surface drainage
• Frost depth
• Nearby trees and structures
• Local structural requirements

The supplier identifies the panels as B2 and describes them as fire resistant, but the applicable testing standard is not stated. Do not represent the building as having a specific U.S. fire rating without supporting documentation.

This building is not a storm or emergency shelter.

Foundation and Site Preparation

Place the shower building on a firm, level, stable, and well-drained supporting surface capable of carrying the approximately 816-pound unit, its occupants, fixtures, utility connections, and normal operating loads.

Potential supporting surfaces may include:

• A properly designed concrete slab
• Concrete pads
• A structurally suitable paved surface
• An engineered equipment pad
• Properly designed concrete or steel supports
• Compacted ground where approved and suitable
• Another locally accepted foundation

Compacted soil alone may not be appropriate in areas with poor drainage, expansive soil, frost movement, erosion, or heavy vehicle traffic.

The site should provide sufficient clearance for:

• Both outward-opening doors
• Safe entry and exit
• Water connections
• Gray-water connections
• Electrical service
• Cleaning and maintenance
• Delivery equipment
• Forklift access
• Future relocation
• Separate changing space when needed

The finished supporting surface must be level. Foundation construction, grading, drainage work, anchors, steps, utility trenching, and site restoration are not included unless expressly stated in the final written order.

Anchoring

Chery recommends anchoring the building at all four corners.

The supplier suggests twist-and-lock anchors for some concrete installations and 20-to-28-inch ground anchors for some soil installations, with wire rope extending between the anchors and upper corners of the building.

These general recommendations do not establish that the anchoring system is adequate for every location. Required anchor type, embedment depth, cable strength, attachment points, corrosion protection, and installation method depend on:

• Local wind requirements
• Soil type
• Concrete condition
• Foundation construction
• Frost depth
• Exposure
• Building orientation
• Local codes
• Manufacturer engineering

Have the anchoring arrangement confirmed by a qualified installer, engineer, or local authority where required. Do not drill into or attach to the structure in a manner that could damage the frame, panels, utilities, or protective coating.

Accessibility Considerations

This standard dual-shower model is not represented as ADA compliant or wheelchair accessible.

Each compartment has a supplier-listed 33-inch-wide door and an interior measuring approximately 36.7 by 44.6 inches. The actual clear door opening, threshold height, interior turning space, shower entrance, controls, grab bars, seating, and transfer clearances are not published.

Public, commercial, employee, campground, and event applications may require an accessible shower facility in addition to this unit.

Before purchase, verify:

• Accessibility requirements
• Accessible-route requirements
• Doorway clear width
• Entrance thresholds
• Floor-level changes
• Shower dimensions
• Required grab bars
• Required shower seating
• Control and shower-head reach ranges
• Dressing-room requirements
• Signage
• Accessible parking
• Applicable building and plumbing codes

Do not market this building as wheelchair accessible unless the complete product and installation have been professionally verified.

Delivery and Unloading

The current supplier listing publishes package dimensions of approximately 82 inches by 52 inches by 92 inches and a shipping weight of approximately 816 pounds.

A forklift or equivalent appropriately rated machine is required for unloading. A crane may also be used when supported by an approved lifting plan and suitable rigging.

Before ordering, confirm:

• Delivery-address accessibility
• Road and driveway width
• Gate clearance
• Overhead clearance
• Turning space
• Ground firmness
• Forklift or crane capacity
• Qualified equipment operation
• Final placement route
• Utility locations
• Space around the prepared foundation

Do not assume ordinary residential liftgate service can safely unload or position the building.

Inspect the shipment for visible damage before the freight carrier leaves whenever safely possible. Photograph the packaging, panels, doors, roof, frame, fixtures, lifting points, and forklift pockets.

Lifting and Relocation

The building includes supplier-listed lifting lugs and forklift pockets. These features facilitate professional handling but do not eliminate the need for properly rated equipment and an approved lifting plan.

Only qualified personnel should lift or relocate the building.

Before moving it:

• Disconnect electrical service
• Disconnect water lines
• Disconnect gray-water piping
• Drain the shower fixtures
• Drain any water heater
• Remove loose supplies
• Secure both doors
• Inspect the frame and lifting points
• Inspect the forklift pockets
• Confirm the total lifting weight
• Establish a clear travel path
• Keep personnel away from the lifting area

Never lift an occupied building or move it while utility connections remain attached.

The term “mobile” describes a relocatable prefab building. This product does not include wheels, axles, brakes, lights, a hitch, or road-going certification and should not be represented as a towable shower trailer.

Appropriate Applications

This dual-shower building may be suitable for properly planned:

• Construction and contractor jobsites
• Farms and ranches
• Agricultural workplaces
• Equestrian facilities
• Campgrounds
• Outdoor event properties
• Wedding venues
• Municipal work areas
• Warehouses and industrial yards
• Seasonal attractions
• Recreational properties
• Remote workplaces with utility access
• Temporary facilities during renovations
• Disaster-recovery support sites with professionally planned utilities

Suitability depends on the exact site, expected number of users, utilities, wastewater arrangements, weather exposure, accessibility requirements, and local regulations.

Important Use Information

This product is a plumbed dual-shower building. It should not be represented as:

• A restroom or toilet building
• A towable shower trailer
• A recreational vehicle
• A utility-independent shower
• A unit with onboard fresh-water tanks
• A unit with an onboard gray-water tank
• A unit with an included water heater
• Automatically ADA compliant
• A freeze-proof shower building
• A climate-controlled structure
• A permanently code-approved building
• A storm or emergency shelter
• A facility requiring no installation

Although some supplier marketing uses the phrase “self-contained,” the unit is not self-contained in the utility sense. It requires external water, wastewater and electrical arrangements before operation.

Water tanks, wastewater tanks, pumps, pressure tanks, water heaters, utility lines, foundations, anchors, steps, electrical service, plumbing labor, unloading equipment, changing facilities, dispensers, and installation labor are not included unless expressly identified in the final written order.

Cleaning and Maintenance

Establish a cleaning and inspection schedule based on the number of users, shower frequency, water quality, and operating environment.

Regularly inspect:

• Shower heads
• Diverter valves
• Faucets and controls
• Water-supply connections
• Gray-water drains
• Pipe seals and fittings
• Interior flooring
• Wall and floor joints
• Door alignment and locks
• Entrance thresholds
• Exhaust ventilation
• Light switches and electrical components
• Composite wall and roof panels
• Steel-frame coating
• Foundation and anchors
• Lifting lugs
• Forklift pockets
• Exterior sealants
• Signs of corrosion
• Plumbing leaks
• Drainage restrictions
• Mold or mildew
• Persistent condensation
• Freeze-protection components

Use cleaning products confirmed as compatible with the shower fixtures, floor covering, rigid PVC board, painted steel, seals, and composite panels.

Keep shower floors as clean and dry as practical between uses. Textured or slip-resistant flooring does not eliminate slipping risks caused by water, soap, mud, ice, cleaning products, or debris.

Promptly address leaks, slow drainage, damaged wiring, failed ventilation, loose fixtures, damaged doors, corrosion, unstable anchors, damaged panels, or structural movement. Plumbing and electrical repairs should be completed by qualified professionals.