
Cirepil Green Pellon Strips, 250 ct
Featuring the same soft, smooth, and resilient performance as the classic Cirepil Non Woven Strips, but with a new eco-friendly design. The new Cirepil Green Strips are a non woven fabric formulation that is limited to essential ingredients.
Green Strips contain a blend of:
-Synthetic Fibers Oeko-tex Standard 100 - certifying the absence of hazardous substances
-FSC-certified cellulosic fibers
-Recycled polyester fibers
Additional Features
-No whitening/bleaching agents used
-Formaldehyde-free binder
-Created from European raw materials
-Removes hair flawlessly without breakage
Green Strips contain a blend of:
-Synthetic Fibers Oeko-tex Standard 100 - certifying the absence of hazardous substances
-FSC-certified cellulosic fibers
-Recycled polyester fibers
Additional Features
-No whitening/bleaching agents used
-Formaldehyde-free binder
-Created from European raw materials
-Removes hair flawlessly without breakage
$8.71
Original: $24.90
-65%Cirepil Green Pellon Strips, 250 ct—
$24.90
$8.71Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Featuring the same soft, smooth, and resilient performance as the classic Cirepil Non Woven Strips, but with a new eco-friendly design. The new Cirepil Green Strips are a non woven fabric formulation that is limited to essential ingredients.
Green Strips contain a blend of:
-Synthetic Fibers Oeko-tex Standard 100 - certifying the absence of hazardous substances
-FSC-certified cellulosic fibers
-Recycled polyester fibers
Additional Features
-No whitening/bleaching agents used
-Formaldehyde-free binder
-Created from European raw materials
-Removes hair flawlessly without breakage
Green Strips contain a blend of:
-Synthetic Fibers Oeko-tex Standard 100 - certifying the absence of hazardous substances
-FSC-certified cellulosic fibers
-Recycled polyester fibers
Additional Features
-No whitening/bleaching agents used
-Formaldehyde-free binder
-Created from European raw materials
-Removes hair flawlessly without breakage













