Thermal Paper Roll, 1/2 Inch Core, 40MM Dia, 57MM Width, 100 Pcs/Box

Thermal Paper Roll is a high-quality, reliable printing consumable engineered to deliver crisp, clear, and long-lasting printouts across a wide range of POS and receipt-printing applications. Designed to meet the demanding needs of retail stores, restaurants, supermarkets, pharmacies, logistics companies, mobile billing units, and financial transaction terminals, this thermal paper ensures professional results with every print. Each roll is manufactured using premium-grade, BPA-free thermal paper that reacts instantly to heat, producing sharp text, well-defined barcodes, clean logos, and accurate transaction details without the need for ink, toner, or ribbons. The 57mm paper width is a universal standard for compact POS machines and handheld receipt printers, ensuring compatibility with most card swipe terminals, EDC machines, mobile POS systems, fuel station printers, kiosks, and portable billing devices. The 40mm roll diameter offers an ideal balance between size and paper length, providing a generous printing capacity while fitting perfectly within compact printer compartments. Built around a 1/2 inch (12.7mm) inner core, each roll spins smoothly and evenly, allowing consistent feeding and preventing jamming, skipping, or tearing, even during high-volume operation. Packaged in a sturdy box containing 100 tightly wound rolls, this bulk pack is designed for businesses with high transaction flow. The box is moisture-protected, dust-shielded, and securely sealed to maintain the freshness and print quality of the thermal coating. Whether used at busy checkout counters, delivery points, service desks, parking booths, or transport ticketing systems, these rolls ensure dependable performance and crisp documentation. With excellent resistance to fading, smudging, and abrasion, the paper provides durable receipts suitable for daily customer transactions, inventory records, audit trails, and invoices. Every roll is precision-cut for smooth edges, consistent width, and optimal printer compatibility.