Hypochlorous Acid, Alcohol Pads, UV Cabinets and Hand Hygiene Stations
This collection covers three routes to reducing microbial load: chemical disinfection of skin and surfaces, UV treatment of items placed in a cabinet, and hand hygiene at the point where people move between areas. It carries Briotech hypochlorous acid products, Medivena alcohol prep pads, a Jeio Tech UV cabinet and a range of hand sanitizer stands and holders.
The single most consequential thing to understand about any disinfectant is contact time. Every product is validated for a specific wet dwell time against specific organisms, and a surface wiped and immediately dried has not been disinfected, it has been cleaned. This is the most common disinfection failure in clinical settings, and it is invisible: the surface looks the same either way.
→ Part of PPE & Infection Control. Also see Hand Sanitizers, Air Purifiers & UV-C, Touchless Hand Dryers and Instrument Cleaning.
Hypochlorous Acid Products
Hypochlorous acid (HOCl) is the active species the human immune system itself produces in neutrophils, which is why it is tolerated on skin and mucous membranes at concentrations where other chlorine chemistry would not be. That tolerance is the whole reason it occupies a separate place from bleach-based products.
The Briotech topical skin spray for body, face and eyelid cleansing is formulated for direct skin contact, including the periocular area, which is a genuinely narrow tolerance window for any antimicrobial. Also stocked: pure hypochlorous and extra strength HOCl for applications needing higher concentration.
The practical limitation
HOCl is chemically unstable relative to conventional disinfectants. Concentration degrades with exposure to light, heat and time, which means storage conditions and shelf life matter more than they do for a quaternary ammonium product sitting in a cupboard. Check the manufacturer's storage guidance and expiry, and do not decant into unlabelled containers where age becomes unknowable.
A general sanitizer disinfectant is also available for routine surface work.
Alcohol Prep Pads
The Medivena One Care alcohol prep pads at 70% isopropyl, medium size, 200 per box and 50 boxes per case cover skin antisepsis before injection, venipuncture and minor procedures.
The 70% concentration is not a compromise between cost and strength, it is the effective figure. Alcohol needs water to denature proteins, so pure isopropyl is actually less effective than the diluted form, and concentrations around 70% are where antimicrobial activity peaks. Higher is not better here, which surprises people the first time they hear it.
The other point that gets skipped: alcohol works as it evaporates, so the site needs to dry before the needle goes in. Injecting through wet alcohol stings and does not give the pad time to do its job. Case quantities suit any clinic doing routine injections or phlebotomy, where consumption is steady and predictable.
UV Disinfection Cabinets
The Jeio Tech UVC-21 UV cabinet treats items placed inside it with ultraviolet light, providing a chemical-free option for objects that cannot be wetted or wiped.
Its limitation is straightforward and important: UV only treats surfaces it reaches directly. Anything shadowed, on an underside, in a crevice or covered by another item receives no treatment at all. Exposure time and distance from the lamp both affect the result, and organic soil on a surface blocks UV just as it blocks steam in an autoclave.
That makes UV a complement to cleaning and wipe disinfection rather than a replacement. Items should be clean before they go in, arranged so surfaces are exposed rather than stacked, and the cabinet should sit within a defined protocol rather than being treated as a one-step solution. See Air Purifiers & UV-C for room-level systems.
Hand Sanitizer Stations and Holders
Hand hygiene compliance is determined more by dispenser placement than by product quality, because the decision to clean hands is made in a few seconds while walking. A dispenser at the point of transition gets used; one around a corner does not.
Free-standing stands
The touch-free hand sanitizer stand removes the contact point entirely, which matters at an entrance where the purpose is not touching shared surfaces. The gallon stand in steel with locking suits public areas where a bottle would otherwise walk, and gallon capacity means fewer refill trips at a high-traffic door.
Wall holders and drip trays
Sanitizer misses hands. It runs down the wall, onto the floor, and creates a slip hazard directly under the dispenser while degrading the wall finish over months. Fixed drip trays catch it: the small holder with fixed drip tray and the large holder with fixed drip tray. The plain hand sanitizer holder suits lower-traffic positions.
This is a genuinely common reason a wall dispenser gets removed a year after installation, and it is entirely avoidable at the point of purchase.
Combination stations
Where hand hygiene is one step in a sequence, combined stations reduce it to a single stop: the multi-station, the tissue and sanitizer station, the mask and sanitizer holder, and the Start Here Finish Here station with sanitizer and wipes, which sequences the two so people use them in the intended order rather than guessing.
Frequently Asked Questions
What is contact time and why does it matter?
Contact time is how long a disinfectant must stay wet on a surface to achieve its validated kill claim. Every product specifies its own, and the figure differs by organism. A surface wiped and immediately dried has been cleaned, not disinfected. This is the most common disinfection failure in clinical settings and it is invisible, since the surface looks identical either way. Check the label contact time and keep the surface visibly wet for it.
What is hypochlorous acid and how is it different from bleach?
Hypochlorous acid is the active antimicrobial species that neutrophils in the human immune system produce, which is why it is tolerated on skin and mucous membranes at concentrations where sodium hypochlorite bleach would not be. It is a different chemical species from bleach, not a diluted version of it, and its skin tolerance is why it occupies a separate category rather than competing directly with bleach on surfaces.
Does hypochlorous acid have a shelf life issue?
Yes, and it is the main practical trade-off. HOCl is chemically less stable than conventional disinfectants, with concentration degrading through exposure to light, heat and time. Storage conditions and expiry dates matter more than they do for a quaternary ammonium product. Follow the manufacturer's storage guidance and avoid decanting into unlabelled containers, where the age of the solution becomes unknowable.
Why are alcohol prep pads 70% rather than higher?
Because alcohol needs water present to denature proteins effectively. Pure isopropyl alcohol is actually less effective than the diluted form, and antimicrobial activity peaks around 70%. Higher concentration is not better for this purpose, which is counterintuitive but well established. The 70% figure is the effective one rather than a cost compromise.
Should the skin be dry before injection after an alcohol wipe?
Yes. Alcohol acts as it evaporates, so the site needs time to dry for the pad to do its work. Injecting through wet alcohol also stings, which is a small thing that patients notice and remember. Allowing the site to dry is a few seconds that improves both the antisepsis and the experience.
What are the limits of UV disinfection?
UV only treats surfaces it reaches directly. Shadowed areas, undersides, crevices and anything covered by another item receive no treatment, and exposure time and distance from the lamp both affect the result. Organic soil blocks UV just as it blocks steam in an autoclave, so items must be clean before treatment. UV complements wipe disinfection rather than replacing it.
How should items be arranged in a UV cabinet?
Spread out with surfaces exposed rather than stacked or overlapping, so the light reaches everything intended to be treated. Items should be clean and dry going in. Treat the cabinet as one defined step within a protocol, with the exposure time and loading arrangement specified rather than left to whoever is loading it that day.
Why do hand sanitizer holders need drip trays?
Because sanitizer misses hands and runs down the wall onto the floor, creating a slip hazard directly beneath the dispenser and degrading the wall finish over months. A fixed drip tray catches it. This is a common reason a wall-mounted dispenser is removed a year after installation, and it is entirely avoidable by specifying a holder with a tray at the outset.
Where should hand sanitizer dispensers be placed?
At points of transition: entrances, room doorways, and the boundaries between areas. Compliance is determined more by placement than by product, because the decision to clean hands is made in a few seconds while walking. A dispenser directly in the path gets used; one around a corner or behind a door does not, regardless of how good the product in it is.
Why choose a touch-free dispenser?
Because a manual pump at an entrance is a shared contact surface touched by everyone entering, which works against the purpose of the station. Touch-free operation removes that contact point. At internal positions with lower traffic, a manual dispenser is often adequate and simpler to maintain, so the touch-free premium is best spent at entrances.
MediDepot Purchasing Advantages
- Price Match Guarantee: found the same catalogue number for less elsewhere? We will match the verified price.
- Equipment Financing: available on UV cabinets and larger infection control equipment.
- Extended Warranty: available on qualifying equipment.
- Military Discount: available for qualifying military medical facilities and personnel.
- Request a Quote: case pricing on prep pads, station placement planning and standing consumable orders.
Related Buying Guides
- How to Choose Disinfectants: Contact Time and Staff Safety
- Clinic Infection Control Supplies Checklist
- Physician Office Setup Checklist
- How to Verify Authorized Medical Equipment Sellers