Sizing Change
17 January 2012
Full Moon (L) pads purchased prior to 17 January 2012 were extra absorbency style.
Now they are available in both regular and extra absorbency.http://www.newmoonpads.com/Full_Moon.htmlshapeimage_1_link_0
Regular Flow, Heavy Flow,
Overnight
Depending on body style and absorbency
style ordered (see sizing chart below).
Regular absorbency for lighter use,
extra absorbency for heavier use.
SSSS
12” x 4”

LEAKPROOF BACKING:  Malden Mills sherpa fleece.
ABSORBENCY LAYERING:  Double brushed flannel.
~ Available in Regular and Extra Absorbency ~
As Full Moons are usually purchased for heavier flow, the extra absorbency style is recommended.
PAD TOP:  Your choice of soft cotton flannel or regular cotton in a great selection of prints.
Full Moon Pads

est 1990

Winged

Wingless



To determine which pad sizes best suit your menstrual flow needs, find your body style in the left hand column then look across that body style row to find which pad sizes are listed under the flow needs in the top row.

Where more than one size of pad is listed then either of those sizes would be appropriate.

 
PAD STYLES

Maiden (XS) | Moon Light (S) | New Moon (M) | Full Moon (L) | Sleeper (XL)
Elemental | Foldable | Ultra | Organichttp://www.newmoonpads.com/Cloth_Menstrual_Pads.htmlhttp://www.newmoonpads.com/Maiden.htmlhttp://www.newmoonpads.com/Moon_Light.htmlhttp://www.newmoonpads.com/New_Moon.htmlhttp://www.newmoonpads.com/Full_Moon.htmlhttp://www.newmoonpads.com/Sleeper.htmlhttp://www.newmoonpads.com/Elemental.htmlhttp://www.newmoonpads.com/Foldable.htmlhttp://www.newmoonpads.com/Ultra.htmlhttp://www.newmoonpads.com/Organic.htmlshapeimage_4_link_0shapeimage_4_link_1shapeimage_4_link_2shapeimage_4_link_3shapeimage_4_link_4shapeimage_4_link_5shapeimage_4_link_6shapeimage_4_link_7shapeimage_4_link_8shapeimage_4_link_9

Back view of winged pad with wing tabs snapped into place.

View prints available

for this item.

Prints
http://www.newmoonpads.com/Prints.html
Large (L)

“Extra Absorbency” option doubles the internal absorbency layering.