Flexible Magnet #5146790

Product Overview MegaMAG is flexible magnet sheet available in both 40" and 48" widths for signs, screen printing, POP displays, digital imaging and more. Available in 20 or 30 mil thicknesses, MegaMAG can be used for most print media applications. Available plain, with adhesive or with a printable laminate that can be used with UV and Latex Ink Printers. For custom and special orders, Adams can laminate other substrates to a MegaMAG product. Common applications Large Format GraphicsInterchangeable GraphicsMagnet Wall SystemsPrinted PremiumsBillboardsControl Charts Printable Wide Format Magnet Sheet Adams provides printing surface lamination in white matte, waterproof PVC (polyvinyl chloride). It is strongly recommended to test the material with your printer and ink system. The material is suitable for:Digital inkjet printingScreen printingSolvent inkEco-solventUV curable ink Acrylic adhesive Adams magnetic sheet uses APAA (All Purpose Acrylic Adhesive) which is good for most paper, cardboard, plastic, painted surfaces and most clean, dry metal surfaces. Note: Acrylic adhesives normally require 12 to 24 hours to meet maximum bond strength. The hold in place tack is immediate, but full hold strength requires chemical cure time, like with most other adhesives. Backside laminate A high-quality UV back coating protects from blocking, providing anti-stick and weatherproof performance. Magnet wall applications Adams MegaMAG will hold magnetic receptive materials in magnet wall systems. Magnetization and strength Adams wide format magnetic sheet uses a multi-pole magnetization pattern for maximum holding power of up to 100 pounds per square foot. Standard grade materials are significantly stronger on one side and can have adhesives or vinyl applied to the weak side. The weak side of MegaMAG will not hold magnetic receptive material. Adams magnetic sheet adheres and remains magnetic at temperatures as low as -40F and as high as 170F. Flexibility is reduced in cold temperatures and can cause loss of surface area adhesion, so please test your application if cold weather is a factor.

To make placing your flexible magnet strip order easier, just find the right size on the chart below, and note the Item #. Additional thicknesses, colors and adhesive choices are available upon request. Need more strength? Our high energy flexible strip magnets are the solution to your toughest applications. * Note on our adhesives: Adams Indoor Adhesive is an all purpose rubber based 2 mil thick adhesive, and our Outdoor Adhesive is a premium rubber based 5 mil thick adhesive. Magnet Strip FeaturesAdams flexible magnet strip is available plain, or with adhesive to make magnetic tape, or with color laminates for labels and displays. We stock several common sizes in rolls, and we offer additional sizes, custom fabrication and special packaging upon request. Let us cut it for you!Adams can cut, slit or score a flexible strip magnet to your required piece size. Scoring allows the pieces to remain in roll format. This is especially useful when adhesive is applied and your employees need to pull the magnet from the liner during production. Learn more about flexible magnet fabrication. Unless otherwise specified, the following tolerances apply to all our magnetic strip products: Thickness: +- 0.003"Width: +- 0.030"Custom Lengths: +-0.060" or 1%, whichever is greater Magnetization optionsA standard flexible strip magnet is magnetized with multiple poles along the length of the face, creating concentrated strength on the face of the magnet. However, we are able to offer these other magnetization options: conventional through width, conventional through thickness, and two poles on each face. Matched pole magnetization is also available. View magnetization options details. Need High Energy?Adams supplies high energy flexible magnets in energy levels 1.0 through 1.4. See our high energy flexible strip magnets. Common flexible strip applicationsDisplaysToys and gamesArts and craftsLabeling projectsWindow and door sealsControl chartsPackage closures Strength and flexibilityAdams standard energy magnetic strip generally holds a minimum of one pound per square inch of (.060" thick) magnet, and will adhere and remain flexible at temperatures from -15F to as high as 160F. A flexible strip magnet resists demagnetization and will not chip, crack or shatter when cut, drilled or flexed.

Magnetic Sheet FeaturesOur magnetic sheets are laminated with a pressure sensitive adhesive (PSA) that will provide optimal adhesion when applied correctly. Application should be made onto a flat, dry surface, after first removing any contaminants such as dirt or oils. Avoid extreme heat or cold, which could impact PSA flow. Apply with firm, equal pressure 12 hours of pressure is recommended to obtain optimal flow and adhesion. Substrate application should be completed with one year of product delivery to assure optimum performance. Calculate Yield Want to know how many pieces of your final size magnet you can get out of a 200 SF roll of magnetic sheet? Or how much your order will weigh based on how many pieces you want? Check out our sheet size calculator! Adams magnetic sheeting is two feet wide by 50 feet long, making 100 SF (Square Feet) rolls. Other magnet sheet roll lengths available from stock, please contact us for details. Standard thicknesses are .015, .020, .030 and .060, but other thicknesses are available. Additional colors and adhesive choices are also available upon request.

Flexible High Energy features Adams supplies high energy flexible magnet strip in energy levels 1.0 through 1.4 in strip or die cut shapes. High energy flexible magnets can be magnetized through the thickness in several configurations. If you are not sure which method is best for your application, please ask your salesperson or click here for more details on magnetization. Common applications SensorsLatchesMagnetic assembliesHoldingArts and crafts Strong magnets The term strong magnet is used most frequently to describe rare earth magnets, which are the strongest permanent magnets available. Find out more about strong magnets