Heathrow Scientific Laser Cryo-Babies 24x13mm White, Pack of 2380 (20 x 119)

The Heathrow Scientific Laser Cryo-Babies 24x13mm White labels are designed for durable, clear identification of vials and tubes in cryogenic storage. These high-quality labels are compatible with laser printers and provide strong adhesion even in ultra-low temperatures. With a compact 24x13mm size, they are ideal for small lab containers, ensuring reliable and legible labeling in critical research and clinical settings.

Key Features:

• Brand: Heathrow Scientific
• Dimensions: 24x13mm for compact labeling
• Color: White for clear visibility and printing
• Compatibility: Suitable for laser printers
• Temperature Resistance: Ideal for cryogenic and ultra-low temperature storage
• Packaging: Pack of 2380 (20 sheets with 119 labels each)
• Application: Labeling vials, tubes, and containers in laboratories

Heathrow Scientific Laser Cryo-Babies provide durable and legible labeling for cryogenic applications, ensuring sample traceability and integrity.

Frequently Asked Questions

1. What is the Heathrow Scientific Laser Cryo-Babies 24x13mm White, Pack of 2380 used for?

It are designed for durable, clear identification of vials and tubes in cryogenic storage. These high-quality labels are compatible with laser printers and provide strong adhesion even in ultra-low temperatures. With a compact 24x13mm size, they are ideal for small lab containers, ensuring reliable and legible labeling in critical research and clinical settings.

2. Is this product suitable for Labeling vials, tubes, and containers in laboratories?

Yes. It is designed for Labeling vials, tubes, and containers in laboratories, and offers dimensions of 24x13mm for compact labeling to support this kind of work.

3. What dimensions does this product have?

It has dimensions of 24x13mm for compact labeling.

4. What is this product compatible with?

It is compatible with laser printers. It also offers white for clear visibility and printing and ideal for cryogenic and ultra-low temperature storage.