OMGift ta01-1033-1 NA Paper Label  (white)

Generic Shipping Series Labels (GR): 4x6 inch (101.6mm x 152.4mm) five-proof thermal labels are designed to tackle the toughest shipping challenges. With features like waterproof, oil-proof, scratch-proof, alcohol-resistant, and tear-resistant properties, these 4x6 shipping labels ensure your packages arrive in perfect condition, no matter the circumstances Wide Printer Compatibility: Compatible with Munbyn RW402B, 130B, 941BP, 129B, 941U, 941AP, RW401AP, RW403B, Jadens, Rollo, Idprt, Beeprt, Asprink, Nelko, Phomemo, Polono, Labelrange, Offnova, Joise, and others. (Not suitable for laser or inkjet printers.) Upgraded High-Quality Paper: Experience enhanced clarity with our upgraded high-quality paper, designed to meet the needs of various thermal label printers. The exceptionally smooth surface minimizes the risk of paper jams, allowing for seamless printing every time Superior Waterproof and Moisture-Proof Performance: Unlike standard thermal shipping labels that can smudge or fade when exposed to moisture, our Five-Proof synthetic paper maintains exceptional print clarity even in humid or wet conditions—perfect for applications like frozen seafood packaging. These labels remain intact and legible, even when submerged in water No Bpa and Bps: Tested to contain no harmful chemicals like Bpa and Bps, ensuring that they are non-polluting Enhanced Oil Resistance: Traditional 4x6 thermal labels often blur when they come into contact with oil. In contrast, our Five-Proof synthetic paper offers superior oil resistance, ensuring that your shipping label text remains clear and visible, even when immersed in oil. makes it an ideal choice for food processing and industrial settings Increased Tear Resistance & Anti-Friction Properties: Ordinary thermal labels can tear or wear easily during handling and transportation. Our Five-Proof thermal label paper is crafted from a durable synthetic material that resists tearing and abrasion, preserving the integrity and readability of information even in challenging environments