Thermal Paper Kores TR5710 10m 57mm

KORES TR5710 thermal paper roll measures 57 mm in width and contains 10 meters of thermal paper on a 30 mm core. The paper has a coating formulated for direct thermal printing and a basis weight of 55 g/m², designed to deliver clear, legible receipts and labels when used in compatible thermal printers. Its compact dimensions make it suitable for point-of-sale devices and portable receipt printers where a slim roll and reliable print contrast are required.

Advantages

The thermal coating offers consistent darkening on contact with the printer head, producing sharp text and graphics without the need for ink or ribbon. Its 57 mm width fits a wide range of cash register and portable printers, while the 10 m length and small core reduce roll changes and support neat paper handling. With a 55 g/m² weight, the paper provides a balance between opacity and flexibility for easy tearing and storage.

Suitable for

• Receipts at retail points of sale and kiosks
• Portable and mobile receipt printers used in delivery or service applications
• Small ticket printing in hospitality, parking, or event check-in
• Labeling applications where short-term thermal labels are acceptable

Key specifications

• Paper width: 57 mm
• Roll length: 10 m
• Core diameter: 30 mm
• Paper weight: 55 g/m²
• Coating: direct thermal coating for inkless printing

How to use

Install the roll into the printer according to the device manufacturer’s instructions, ensuring the thermal side faces the print head. Feed the paper through the exit path and close the printer cover; perform a test print to confirm correct orientation and print quality. For best results, avoid exposing the paper to heat sources, direct sunlight or chemical solvents that can trigger premature darkening. Replace the roll when paper supply or print legibility decreases.

Usage recommendations

Store rolls in a cool, dry place away from direct sunlight and ozone-producing equipment. For archival needs, consider making a digital copy since direct thermal prints can fade over long periods or under heat and light exposure.