The Freeway T20 Mobile Shower Chair provides essential bariatric-capable shower seating for up to 200kg with an antimicrobial powder-coated frame (MRSA, E. coli, Salmonella, Listeria resistant) and a seamless moulded polypropylene seat for maximum surface hygiene. Available as free-standing or assistant-propelled with high-performance castors. Seat: 440 x 400mm, height 460mm. Fixed arms. 5-year metalwork warranty. NCL-HMC100.
| Specification | Detail |
|---|---|
| Maximum User Weight | 200kg (30 stone) |
| Seat Dimensions | 440mm (W) x 400mm (D) |
| Seat Height from Floor | 460mm |
| Overall Width | 550mm |
| Overall Height | 900mm |
| Seat Material | Moulded polypropylene - seamless; one-piece |
| Arms | Fixed |
| Frame Coating | Antimicrobial powder coat - MRSA, E. coli, Salmonella, Listeria |
| Variants | Free-standing; assistant-propelled (high-performance castors) |
| Metalwork Warranty | 5 years |
| Reference | NCL-HMC100 |
The T20 Mobile Shower Chair is a medical device. The 200kg SWL must be confirmed against the resident's weight. Fixed arms must be confirmed structurally sound at each inspection; a cracked or deformed fixed arm should result in the chair being taken out of service until repaired. Where the assistant-propelled variant is in use, all castors must be confirmed locked before the resident transfers onto or off the chair. The 5-year metalwork warranty covers the frame and tubing; covers, seats, and accessory items are not covered by the metalwork warranty period and must be inspected separately. CQC Regulation 12 compliance requires equipment records and training documentation.
Why is the moulded polypropylene seat clinically preferable to an upholstered seat for infection control?
An upholstered seat - even with heat-sealed seams - has a fabric cover that is porous at the weave level, even if it is impermeable at the seam; the textile surface of the cover fabric can harbour microorganisms within the fibre interstices at a level that is not fully eliminated by surface wiping, particularly after repeated exposure to body fluids. The cleaning chemical must make contact with the organism to neutralise it, and organisms sheltered within the fabric's surface texture may not receive full chemical contact during a wipe-clean decontamination event. A moulded polypropylene seat has a smooth, non-porous, non-textile surface; there are no fibre interstices for organisms to shelter in, and the wipe-clean decontamination achieves complete surface contact with the entire seat surface when performed correctly. This makes the PP seat more reliably decontaminated by standard wipe-clean procedures, which is particularly relevant for chairs used in shared care settings where the chair may be used by residents with different infection statuses across the same day, and for residents who are themselves at elevated infection risk. The PP seat's hygiene advantage does come with a comfort trade-off for extended use: the smooth plastic surface is cooler and firmer than an upholstered seat and provides no insulation against the shower water temperature; for residents who spend extended periods on the shower chair, an upholstered seat's comfort properties may be the higher clinical priority.
When should the free-standing variant be selected over the assistant-propelled variant?
The free-standing variant (no castors) is appropriate when the shower enclosure is designed for the shower chair to be placed in a fixed position before the resident transfers onto it and to remain in that position throughout the session; this is typical of standard shower cubicles with limited floor space where there is no room for the chair to be wheeled in and out, and where the chair is simply stored in the shower space. The free-standing variant is also appropriate when the shower space has a wet room floor configuration where smooth wet tiles could allow a castor-mounted chair to drift during the session if any castor brake were not fully engaged, and where the absence of castors provides a more inherently stable platform. The assistant-propelled variant with castors is appropriate when the care routine requires the resident to be transferred to the shower chair outside the shower space (for example, in the bedroom) and wheeled to the shower room before showering, which improves efficiency by allowing the dressing and preparation activities to happen in the better-lit and more spacious bedroom; or when the shower room is used for multiple sequential residents during a care shift and the chair needs to be repositioned efficiently between sessions rather than carried. The occupational therapist's assessment of the shower room configuration and the care routing for the specific resident should determine which variant is more appropriate.