__58187.1727188377.jpg?c=1 "Magnum Magnetics MuscleMag Latex Printable Magnetic Media")
Product Features
- Polypropylene surface is engineered to withstand the higher heat of latex printing.
- Tested for use with HP Latex printers; printable using a variety of Latex and/or Resin inks, as well as traditional Solvent, Eco-Solvent and UV inks.
- Easy to use: Die cut it, shear cut it, or punch it
- Outdoor rated for one year. 48" x 50ft Roll
Product Overview
Magnum Magnetics MuscleMag Latex High Energy Printable Magnetic Media
Use your latex printer to create car sign magnets using Magnum’s MuscleMag Latex high-energy printable magnetic material. MuscleMag Latex is specially formulated to be very thin to allow for smooth feeding and easy cutting while having a stronger holding power than a refrigerator magnet. Durable, high-energy magnetic materials are vital for creating outdoor signs and indoor projects that need to stand the test of time. Printing superior graphics directly onto these materials offers higher-quality results and significant cost savings over other processes involving multiple operations. If you're looking for a printable magnetic material with extra-strong holding power, MuscleMag Latex is your answer. This 15mil material allows smooth feeding into your printer and easy cutting with almost any device.
MuscleMag High Energy Magnetic Sheeting Specifications
Magnum Magnetics has successfully tested MuscleMag Latex for applications using HP Latex printers and HP Latex inks. Their superior UV coating increases weather resistance and protects these inks over time. MuscleMag Latex performs well in temperatures from minus 15 to 160 degrees Fahrenheit and adverse weather conditions like snow, sleet, and rain. MuscleMag Latex has a matte polypropylene finish.
Additional features include:
A Printable Magnetic Latex Sheet for All Your Signage Needs
MuscleMag Latex is ideal for signage and other graphics applications that require thin but powerful magnetic material. This material has more substantial holding power than a typical refrigerator magnet despite its thin thickness. Some specific applications include:
