56 Magnetic Push Pins Clear Color Whiteboard Magnets, Use at Home School Classroom and Office Magnets Orange

• Perfect office magnets, home magnets, map magnets, calendar magnets, whiteboard magnets, refrigerator magnets and more.
• Set of 56 Acrylic Magnetic Push Pins Orange color.These magnetic thumb tacks are perfect for decorating and color-coding your home or office!
• Ideal for holding printer paper, notes, photos, posters and cards on whiteboards, fridge, bulletin boards, magnetic maps, calendars, lockers, file cabinets and other magnetic surfaces. Each refrigerator magnets is 17mm in length x 11mm in diameter.
• These push pin magnets / fridge magnets / refrigerator magnets / whiteboard magnets are packed in High-grade portable box,which is perfect for gifts.
• International products have separate terms, are sold from abroad and may differ from local products, including fit, age ratings, and language of product, labeling or instructions.

Set of 56 Acrylic Magnetic Push Pins. These might strong small magnets can be used on dry erase boards, as fridge magnets, office magnets, classroom magnets, wall magnets and even travel indicators! No need to worry about dangerous "tacks" that ruin walls and poke feet and fingers! use magnetic push pins instead! As strong as they are colorful, these fun magnets are versatile Apply this colorful magnetic pins to any magnetic surface - magnetic whiteboard, fridges, cabinets and lockers. Ideal Fridge or Office magnets, they can hold up to six sheets of paper with ease. Don't be fooled by these small magnets. They pack a magnetic punch! Perfect also for marking magnetic maps and as fridge magnets, calendar magnets, and whiteboard magnets. Important note: This product does not perform well on glass magnetic boards. DISCLAIMER This magnet set complies with the regulations and labeling requirements of the Consumer Product Safety Commission. In addition, in accordance with Amazon strong magnet policy, these magnets are not strong magnets because the exposed portion of these magnets all have a north polarity, which allows the magnets to adhere strongly to metal but have a weak connection to each other (flux between magnets is less than 50 kG2mm2).