Dr. Thym Hard Surface Disinfectant-Ready to Use

Benefits of Dr. Thym Hard Surface Disinfectant-Ready to Use

This is a highly effective hard surface disinfectant, it is made entirely of specially selected plant-based ingredients. More than 98% of ingredients come from renewable sources, which make it biodegrade easily.

The product is ideal for killing germs and bacteria on hard and non-porous surfaces.

• Ready to Use
• Grapefruit and lemongrass fragrance
• Sustainable, biodegradable
• Contains essential oils that are perfect for disinfection

Great for all Disinfection Needs

You name it, Dr. Thym Hard Surface Disinfectant will disinfect it. Use this disinfectant on any surfaces where bacteria, fungi, and viruses may survive or multiply.

• Perfect for general areas such as; floors, countertops, sinks, toilet seats, garbage cans, doorknobs, and tables.
• Clinic disinfection, work-area disinfection, or at-home disinfection.
• Use on; examination tables, patient chairs, desks, equipment, workspaces, kitchen cabinets, showers, cutting boards, toys, telephones, and sports equipment.
• Use on hard surfaces such as; enamel, wood metal, concrete, plastic, PVC, mirror, or glass.

Directions for Use as

Disinfectant

1. Vaporise or apply using a clean wet cloth, saturate the surface
2. Leave in contact with the surface for 3 minutes.

Sanitiser

1. Vaporise or apply using a clean wet cloth
2. Saturate the surface
3. Leave in contact for 30 seconds.

Cleaner/Deodoriser

1. Vaporise or apply using cloth
2. Wipe with a clean cloth, dry if needed.

*Please refer to label for detailed instructions

Product Attributes

• Non-irritating for skin and eyes
• Non-toxic for inhalation
• No chlorine, synthetic fragrances, or ammonia
• Non-corrosive on metal, plastics, rubber, wood
• Strong cleaning efficiency
• Plant-based ingredients
• Manufactured in Canada

Storage: Store in original container, between 15°C and 30°C

Active Ingredient

Thymol (a component of thyme oil) 0.23% w/w

Other Ingredients

99.77% of which over 98.0% comes from renewable sources