Magnetic Me Isla Print Bow Headband
done in playful prints and topped with a beautiful bow, our headband is guaranteed to spruce up your little's wardrobe. add any of our headbands in silky soft TENCEL™ modal to coveralls, dresses, or footies & voilà…outfit complete!
- eco-friendly TENCEL™ modal: sustainably sourced from beechwood trees, breathable, temperature regulating; fabric is pill-, fade- & run-resistant.
- comes in two sizes: NB-9M has a circumference of 13.5 inches, and 12M-4T has a circumference of 20.5 inches inches.
- easy care, machine wash.
Easy Care Instructions
- Close magnetic fasteners before wash and dry to avoid damage
- Machine wash cold with like colors.
- Dry with full load of laundry on low.
- Dry laundry for 30 minutes maximum.
- Air dry for 30 min if garment is still damp. No commercial dryers.
- No Bleach.
- Do not iron.
Product & Safety
does exposure to magnets or magnetic fields cause people harm?
no; according to the world health organization, exposure to static magnets have not been proven to have harmful (or positive) effects on people. for more information email us at onlinesales@magneticme.com for more information.
what about swallowing magnets?
our magnetic fasteners are safely sewn into our garments to be inaccessible to infants or their siblings. the magnetic fasteners have sewsafe construction, stitched into our clothes hidden between layers of fabric and would take serious tampering to remove. periodically inspect seams and fabric near magnetic fasteners. if tears, rips, or loose stitching are found, discontinue use of the product.
have magnetic me clothes been safety tested?
absolutely! our products have been independently safety tested by a consumer products safety testing bureau.
do magnetic me products contain lead?
no way! our products have been thoroughly tested and all of our products meet lead safety standards.
what about pacemakers? i heard magnets can interfere with them.
keep this garment away from pacemakers and other sensitive electronics. this product contains magnets which may interfere with the proper function of these devices.
