Part of a complete line of superior-performing near edge product solutions, TR4500 is the best ribbon on the market for thermal transfer printers equipped with near edge or corner edge printheads. TR4500 is designed with specially formulated backcoat technology for printhead protection as well as exclusive anti-static properties for easy handling and extra printhead protection. This ribbon prints dark images at high speeds and low energy settings on a wide variety of label and tag stocks from paper to low-end synthetics.
Unit of Measure
Specifications
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Ribbon Properties
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Durability of Printed Image
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Conversion Chart
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Performance Characteristics
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Notes
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Note on Specs and Pricing
Specifications
Brands |
N/A NOVEXX Technicode |
Supplier |
N/A DNP |
Minimum Order |
N/A 24 |
Printer Type |
N/A NOVEXX Chess 4/5/6/Puma/Lion |
Ribbon Formulation |
N/A TR4500 Near Edge Premium Wax/Resin |
Width |
N/A 110.0 mm4.33 in. |
Length |
N/A 600 m1,968 ft |
Ink (In/Out) |
N/A In |
Make to Order (MTO)/Make to Stock (MTS) |
N/A Make to Order (MTO) |
Rolls Per Carton |
N/A 24 |
Approximate Case Weight |
N/A 36 lb |
Plastic Core |
N/A No |
Package Type |
N/A Carton |
Recommended Applications |
N/A Asset Tracking Beverages Condiments Cosmetics Flexible Packaging General Healthcare Horticulture Inventory Logistics Meats and Cheeses Medical Devices Outdoor Parts Packaging Pharmaceutical Produce Product ID Retail Shelf Shipping Snack Foods |
Recommended Substrates |
N/A Coated/Uncoated Papers and Tags Gloss Paper Kimdura® Polyart® Polyethylene Polyolefin Tyvek Brillion® Tyvek® Valeron® |
Ribbon Properties
Ink |
N/A Resin Wax |
Color |
N/A Black |
Test Method for Color |
N/A Visual |
Total Thickness |
N/A 8.2 µ |
Test Method for Total Thickness |
N/A Micrometer |
Tolerance for Total Thickness (±) |
N/A 0.5 µ |
Base Film Thickness |
N/A 4.8 µ |
Tolerance for Base Film Thickness (±) |
N/A 0.3 µ |
Test Method for Base Film Thickness |
N/A Micrometer |
Ink Thickness |
N/A 3.4 µ |
Tolerance for Ink Thickness (±) |
N/A 0.2 µ |
Test Method for Ink Thickness |
N/A Micrometer |
Ink Melting Point |
N/A 84 ºC193 ºF |
Test Method for Ink Melting Point |
N/A Differential Scanning Calorimeter |
Durability of Printed Image
Label Material |
N/A Coated Paper |
Printing Speed |
N/A 6 in/s |
Print Density |
N/A > 1.86 |
Test Method for Print Density |
N/A Densitometer |
Smudge Resistance |
N/A A |
Test Method for Smudge Resistance |
N/A Colorfastness Tester - 100 Cycles at 500 Grams with Cotton Cloth |
Scratch Resistance |
N/A A |
Test Method for Scratch Resistance |
N/A Colorfastness Tester - 50 Cycles at 200 Grams with Stainless Steel Pointed Tip |
Note for Smudge and Scratch Resistance |
N/A American National Standard Institute (ANSI) Grade Levels A, B, C, D, and F, where A is excellent, B is above average, C is average, D is below average, and F is poor. |
Conversion Chart
Conversion Chart |
N/A
Millimeters (mm) to Inches = mm ÷ 25.4 Meters (m) to Feet (ft) = m ÷ 0.3048 ºC to ºF = (1.8 x ºC ) + 32 = ºF Thousand square inches (MSI) to m2 = MSI x 0.645 Inches to Millimeters (mm) = Inches ÷ 0.03937 Feet (ft) to Meters (m) = Feet ÷ 3.2808 ºF to ºC = (ºF ÷ 1.8) - 17.77 MSI = m2 ÷ 0.645 |
Performance Characteristics
Performance Characteristics |
N/A
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