Reynard™ Everyday Compostable Patient Wipes

Reynard™ Compostable Everyday Patient Wipes offer a premium, eco-friendly solution for everyday hygiene while providing gentle care for sensitive skin. Crafted from renewable, plant-based fibers, these 100% compostable¹ wipes are designed to reduce environmental impact by emitting fewer greenhouse gases compared to traditional oil-based products throughout their lifecycle².

These large, high-quality wipes are chemical and fragrance-free, making them ideal for delicate skin. Strong, highly absorbent, and versatile, they are not only ideal for personal care but also effective for cleaning surfaces in hospital, aged care, or home settings.

Packaged in a practical box for easy dispensing and storage, Reynard Compostable Everyday Patient Wipes provide a reliable, convenient way to keep your environment fresh and clean with minimal effort – while also supporting a cleaner, greener planet.

Features & Benefits:

• Certified Compostable: 100% viscose and certified to the AS 4736 standard, these wipes are fully compostable within 180 days, offering an eco-friendly alternative to traditional products.

• Versatile & Multi-Purpose: Perfect for clinics, hospitals, and home use, these wipes handle everything from personal hygiene to surface cleaning – providing a convenient, all-in-one solution for daily tasks.

• Convenient Packaging: The practical box design ensures easy access, smooth dispensing, and tidy storage, while keeping the wipes protected and always ready for use.

• Lint-Free & Streak-Free: Enjoy a smooth, streak-free experience – ideal for both personal care and cleaning surfaces without leaving lint or residue behind.

• High Absorbency for Effective Cleaning: These wipes are designed for fast moisture absorption, delivering a thorough and refreshing clean with every use.
  

Specs:

Format: Boxed

Wipe Size: 33cm x 29cm

Wipes per box: 100

Boxes per carton: 12

1. Test data on file.

2. Comparing life cycle energy and GHG emissions of bio‐based PET, recycled PET, PLA, and man‐made cellulosic, Shen et al, Biofuels, bioproducts and biorefining 2012, 6(6), pp.625-639.