1 x MEDIPAL DISINFECTANT WIPE- CANNISTER OF 240 WIPES

1 x MEDIPAL DISINFECTANT WIPE- CANNISTER OF 240 WIPES.

Medipal Disinfectant Wipes use a high specification combination chemistry, effectively blending two disinfectant compounds, DDAC and Triamine, to produce a highly efficacious, broad spectrum, alcohol free disinfectant.

• Pack of 240 wipes.
• Medipal wipes are made from Tritex material which is 5 layers of material melt blown together – the disinfectant wipes are strong when pulled in both directions- making them more durable and stronger than other wipes.
• Another benefit of the Tritex material is that it is Hydrophilic- the technology of the wipe -locks in the moisture so the solution sits in the wipe until it is agitated and dispensed on the surface – you can see this if you feel the wipe it may feel dryer but then rub it on a surface and you will see the solution release.
• Medipal wipes are Halal certified, alcohol and phmb free – PHMB is a carcinogen.
• Medipal wipes are for cleaning & disinfecting ( 2 in 1 ).
• 1 Minute Medipal – the Medipal disinfectant kills MRSA, MSSA, Corona Virus and all enveloped viruses in 1 minute contact time.

Medipal Disinfectant Wipes are intended for cleaning and disinfecting surfaces of non-invasive medical devices within healthcare and care environments. Medipal Disinfectant wipes are proven to kill most microorganisms such as bacteria, yeasts and viruses.

The wipes have been independently tested to a range of European testing standards (EN) which includes EN16615.

• Tritex material is made by bonding layers of spunbond and meltblown polypropylene fibres together in a high heat process before a hydrophilic coating is applied. This material is 100% synthetic.
• The material offers high strength in both directions – across and along the wipe.
• Very low linting – low risk of leaving contaminating fibres on surfaces.
• Excellent solution retention – ensuring even wetness throughout the wipe.
• Efficient solution release – active wipe ingredients are transferred to the surface rather than being trapped in the wipe material fibres.