FreezerBondz Ultra-Thin Cryogenic Polyester Laboratory Labels for 3" Core Printers

FreezerBondz Ultra-Thin Cryogenic Polyester Laboratory Labels for 3" Core PrintersTake on extreme temps and curved surfaces with B 492 FreezerBondz Ultra Thin Cryogenic Polyester Labels. Apply directly to pre frozen glass, plastic and stainless steel. Specialized Aggressive adhesive FreezerBondz labels are ideal for curved, frozen surfaces like vials, centrifuge samples, tubes and slides Durable Labels withstand chemicals, abrasions, storage in liquid nitrogen and a high low temperature range of 320 to 212F ( 196 to 100C) Adhesive

Take on extreme temps and curved surfaces with B-492 FreezerBondz Ultra-Thin Cryogenic Polyester Labels. Apply directly to pre-frozen glass, plastic and stainless steel.

• Specialized – Aggressive adhesive FreezerBondz labels are ideal for curved, frozen surfaces like vials, centrifuge samples, tubes and slides
• Durable – Labels withstand chemicals, abrasions, storage in liquid nitrogen and a high/low temperature range of -320° to 212°F (-196° to 100°C)
• Adhesive – Permanent acrylic adhesive for tight bonding onto smooth, curved surfaces, or wrapping around tubes and vials with a 1/8 in. overlap
• A ribbon is required to print this material. Use Part Number IP-R6400 for the BradyPrinter i5100 or BRADY IP® Series Label Printer; use R6400 for a different printer
• This roll has i75-series smart properties on the core that when used in the Brady i7500 printer in conjunction with i75-series smart ribbons, eliminates the need to adjust heat, speed , sensor location and mode, eliminates the need to calibrate out blank wasted labels, and warns the operator if a non-approved ribbon is used with this roll.
• If this roll is used in Brady i5100 or IP model printers it will function with smart operation in those printers with the exception that the Supply Remaining gauge on the display may be overstated. Contact Brady tech support for further information.
• If used in any other 3 inch core printer this roll will function as a manual roll