Maxi Pads Regular without Wings x14

Pads

Plastic-free and totally chlorine-free, they do not contain rayon, latex, chemical additives, fragrances or dyes. An ecologically certified absorbent cellulose core locks away menstrual fluid to keep you dry, and a soft organic cotton cover allows your skin to breathe. Many gynaecologists recommend Natracare for women with sensitive skin.

Did you know conventional menstrual pads are made up of 90% plastic materials?! This is why in 1989, we developed the world’s first range of natural menstrual products, and we have been perfecting them ever since. Take a look at our 3 different ranges of pads, all offering high quality protection which keeps your skin free from synthetic materials and unwanted chemicals.

Maxi Pads

Thick, long, cushioned pads for secure comfort, great fit and effective absorption. These pads do not have wings, but have a long strip of glue along the back to ensure they stay in place.

Soft certified organic cotton cover
Double absorbent cellulose core to keep you dry
Waterproof plant-based back
No plastic
No perfumes or dyes
Totally chlorine free
Biodegradable & compostable
INGREDIENTS

Certified organic cotton, ecologically-certified cellulose pulp, corn starch, non-toxic glue.

Plastic Free

Single-use plastic pollutes the environment and can irritate the skin. We use over 99% biodegradable and compostable plant cellulose instead of super absorbent polymers.

Totally Chlorine Free

Chlorine bleaching creates a carcinogenic by-product called dioxin. We don’t want even a trace left in our products, so we always use oxygen to purify and whiten our organic cotton.

Biodegradable and Compostable

Every year, over 45 billion menstrual pads are disposed of! Most are full of synthetic materials such as plastic that do not break down in the environment for hundreds of years. So, we ensure Natracare products are between 95% and 100% biodegradable and always compostable.

Code	NATR0009
EAN	0782126003027
Quantity	14 u
Language on labelling	EN/FR/DE/NL

 

Weight	0,114 kg