TAG9J-994
- Adhesive: Acrylic
- Adhesive Operating Temperature: -40 to 176F (-40 to 80C)
- Color: White
- Color Marking Field: White
- Height H2 (in): 2.25
- Horizontal Repeat (in): 1
- Labels per Column: 3
- Labels per Row: 8
- Labels per Sheet: 24
- Material: Type 994, Polyetylene Terephthalate
- Max O.D. (in): 0.45
- Max. Bundle Dia. (in): 0.47
- Min O.D. (in): 0.22
- Min. Bundle Dia. (in): 0.25
- Min. Installation Temp.: From 50F (From 10C)
- Operating Temp.: -40 to 302F (-40 to 150C)
- Print Method: Inkjet Print
- Printable Area Height (in): 0.75
- Quantity: 42
- Vertical Repeat (in): 2.25
- Width (in): 1
TAG9J-994 — HellermannTyton Inkjet Printer Labels
HellermannTyton Inkjet Label, Self-Laminating, 1.0" x .75" x 2.25", 24 Per Sheet, PET, White, 1000/pkg engineered for demanding identification needs in industrial environments. Ink Jet labels are durable, ink jet printable markers for applications requiring clear, crisp legibility. The labels are supplied on sheets and are printable using HellermannTyton Tagprint Pro software and a standard ink jet printer. Specially designed adhesives and topcoats accept the ink allowing for easy color printing for specific applications that require colors. HellermannTyton Inkjet labels are sheet fed for easy loading and fast printing. Inkjet labels are made with high temperature materials and adhesives so that they will not be affected by the high heat of laser printing. Inkjet labels are printable using toner for long term UV exposure. Inkjet labels come in a variety of label sizes and types to fit most applications.
- Material: Type 994, Polyetylene Terephthalate (994)
- Adhesive: Acrylic
- Operating Temperature: -40F to +302F (-40C to +150C)
- Adhesive Temp Range: -40F to +176F (-40C to +80C)
- Width: 1.0 "
- Width (metric): 25.4 mm
- Color: White (WH)
- Installation Temp: +50F (+10 C)
- Print Method: inkjet print
- Storage: Store in a sealed package. Avoid direct heat sources and sunlight. Ideal storage conditions: 73F (22.8C), 50% RH
- Use Conditions: For Indoor Use Only