The Aio Side Magabi in bamboo/hemp/cotton with microfleece (stay dry) in contact is formed by a waterproof outer part and an absorbent inner part. the absorbent core is formed by a pocket open on both sides into which a long insert is inserted which is sewn to the front end of the diaper. it is possible to find different variations in which one side of this insert is lined with stay dry material. in this way, if necessary, it is possible to have both a completely natural diaper and one capable of keeping the skin dry. to do this, simply take the long insert out of the pocket and place it on top. it is very important to have different materials available because children's skin changes considerably in reaction to materials depending on the growth phase. the stay dry materials of your choice are: microfleece, suede and mayka (a more porous coolmax that holds the poop better without making it slip and being thicker it separates more from the underlying wet, increasing the feeling of dryness) this is a diaper suitable for all body types because it's close to the crotch so it doesn't squeeze the chubby legs and it's not huge for skinny kids. It also has a line on the hips and belly that allows you not to crush any rolls of fat and compress the belly. the last but not least feature is the side closure (hence the name of AIO SIDE) which, having the snaps on the sides and not on the stomach, does not make it difficult for your child to play and sit up. therefore frontally only one layer of cotton/bamboo and pul. a unique product that cannot be missing from your fleet. **Before using wash at least a couple of times. and until the tenth wash do not let it wear for too long because the fabrics must reach their maximum absorbency** washing and drying it is recommended to use a little ecological detergent without optical brighteners, softeners and enzymes do not spin more than 800 rpm to avoid the elastic and pul waistband air dry by turning the pocket over on both sides to speed up drying times the possibility of using the dryer at low temperatures (synthetics programme)