Label THT Polyim White 1.75in x 0.25in 10K/RL
THT-72-727-10-6691
MFG #: THT-72-727-10
$972.78
/ RL
Available to Order - 0 on Hand
- Brand Name: Brady
- Product Type: Thermal Transfer Label
- Color: White
- Primary Color: White
- Indoor or Outdoor Use: Indoor Use
- Maximum Service Temperature: +212°F
- Minimum Service Temperature: -94°F
- Thickness: 0.004in
- Resistance Properties: Abrasion Resistant; Chemical Resistant; Humidity Resistant; Salt Fog Resistant; Solvent Resistant; UV Lig
- Finish: Gloss
- Adhesive Type: Permanent Acrylic
- Printer Compatibility: Thermal Transfer Printer, IP300, IP600
- Recommended Ribbon Series: R6000 Halogen Free
- Length: 0.25in
- Material: Polyimide
- Material Category: Plastic
- Width: 1.75in
- Shape: Rectangular
- Applications: Printed Circuit Board and Electronic Component Pre-Process Labeling
- Quantity per Roll: 10000
- Standards Met: UL Recognized to UL Listed 969, UL Listed File No. MH17154, RoHS Compliant 2011/65/EU, ASTM D1000, A
The Brady THT-72-727-10-6691 is a thermal transfer label .
The Brady THT-72-727-10-6691 Specifications:- Brand: UltraTemp™
- Product Type: Thermal Transfer Label
- Color: White
- Primary Color: White
- Indoor or Outdoor Use: Indoor Use
- Maximum Service Temperature: +212°F
- Minimum Service Temperature: -94°F
- Thickness: 0.004in
- Resistance Properties: Abrasion Resistant Chemical Resistant Humidity Resistant Salt Fog Resistant Solvent Resistant UV Light Resistant Chemical Vapor Phase Resistant
- Finish: Gloss
- Adhesive Type: Permanent Acrylic
- Printer Compatibility: Thermal Transfer Printer, IP300, IP600
- Recommended Ribbon Series: R6000 Halogen Free
- Length: 0.25in
- Material: Polyimide
- Material Category: Plastic
- Width: 1.75in
- Shape: Rectangular
- Applications: Printed Circuit Board and Electronic Component Pre-Process Labeling
- Quantity per Roll: 10000
- Standards Met: UL Recognized to UL Listed 969, UL Listed File No. MH17154, RoHS Compliant 2011/65/EU, ASTM D1000, ASTM D2979, PSTC-7, ASTM G155, ASTM B117, Federal Standard 191A Method 5306, MIL-STD-202G, Method 215K