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Aqium Antibacterial Hand Sanitiser 1L

Aqium Antibacterial Hand Sanitiser 1L
Aqium Antibacterial Hand Sanitiser 1L
-8 %
Aqium Antibacterial Hand Sanitiser 1L
Aqium Antibacterial Hand Sanitiser 1L
Aqium Antibacterial Hand Sanitiser 1L
$14.99
$16.25
  • Stock: In Stock
  • Model: Ego

Always read the label and follow directions for use. If symptoms persist talk to your healthcare professional. This product may not be right for you. Read the warnings before purchase. Please refer to any health and product warnings below.

General Information

Washing your hands properly with water and a soap-free cleanser is one of the best ways to help avoid the spread of germs. But we don’t always have access to a cleanser and water. This is where antibacterial hand sanitisers like Aqium Antibacterial Hand Sanitiser comes in handy.

 

Aqium Antibacterial Hand Sanitiser is hospital strength and contains moisturisers to help keep hands soft, refreshed and hygienically clean.

 

Quick and convenient to use Aqium kills 99.99% germs* fast and is suitable for use when outdoors, while travelling, before food preparation, in hospitality, after nappy change and toilet use.

 

Aqium Antibacterial Hand Sanitiser is proudly Australian owned and made.

 

*Kills 99.99% of germs according to BS EN 1276.

 

Size: 1 L




KEY FEATURES

  • Contains 77% v/v alcohol.
  • Kills 99.99% of germs* fast.
  • Contains Glycerin, and pro-Vitamin B5 to moisturise the skin.
  • Non-sticky and air dries quickly.
  • Hospital strength formula.
  • Proudly Australian owned and made.

 

Warnings

For external use only. Do not swallow. Avoid eyes. Keep out of reach of children. If irritation occurs, wash affected area and discontinue use. Do not use on inflamed, broken or sensitive skin. Flammable.

 

Ingredients

Alcohol, Aqua (Water), Glycerin, Panthenol (pro-Vitamin B5), Acrylates / C10-30 Alkyl Acrylate Crosspolymer, Aminomethyl Propanol, Parfum.

 

Directions

Apply 1-2 pumps to palm. Spread and rub over back of hands and fingertips. Allow hands to air dry.

 

STORAGE AND DISPOSAL

Store Below 30 Degrees Celsius

 

SUSTAINABILITY

Sustainability Rating: Low to Medium

 

Here’s a breakdown of the sustainability of the ingredients listed:

  1. Alcohol: Ethanol is a common form of alcohol used in cosmetics. It is typically derived from renewable sources like corn or sugarcane. While production can be energy-intensive, ethanol made from sustainably grown crops can be considered eco-friendly.
  2. Aqua (Water): Water itself is a renewable resource, but water usage in cosmetics can contribute to environmental stress, especially in areas facing water scarcity. The sustainability of water as an ingredient depends on responsible sourcing and efforts to reduce water usage in production.
  3. Glycerin: Glycerin is often derived from plant oils such as soy or palm. Plant-based glycerin can be sustainable if it’s sourced from renewable and responsibly managed crops. However, glycerin from palm oil can contribute to deforestation if not sourced from certified sustainable sources (like RSPO-certified palm oil).
  4. Panthenol (Pro-Vitamin B5): Panthenol is a synthetic compound, but it can be derived from renewable resources. The environmental impact is relatively low compared to other synthetic ingredients, but sustainability depends on the production process.
  5. Acrylates/C10-30 Alkyl Acrylate Crosspolymer: This is a synthetic polymer used as a thickening agent. It is not biodegradable and may accumulate in the environment, contributing to microplastic pollution. Its sustainability is a concern because it is petroleum-based and not easily broken down.
  6. Aminomethyl Propanol: This is a synthetic pH adjuster. It is not considered biodegradable, but its environmental impact is generally low in small amounts as used in cosmetics. However, its production involves petrochemical processes, which are not sustainable.
  7. Parfum (Fragrance): Fragrance ingredients are often synthetic and may contain non-renewable petrochemicals. The sustainability of "parfum" varies depending on its composition. Synthetic fragrances tend to have a higher environmental impact due to their potential toxicity to aquatic life and non-biodegradability.

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