Brady B30-262-7569-CLP4B / 121650, Pre-printed GHS/CLP Chemical Labels, 105.00 mm x 155.00 mm

Product description

Professional solution for labeling chemical substances in accordance with the latest GHS and CLP regulations. Pre-printed Brady B30-262-7569-CLP4B labels are designed to ensure maximum safety and clarity in your operation. These original tapes and labels from the renowned manufacturer Brady guarantee a long service life and resistance to demanding conditions typical of the storage and handling of chemicals. Thanks to the precise pre-printing of symbols and texts, you save time when preparing documentation and minimize the risk of human errors during labeling.

The labels are made of high-quality vinyl, which ensures excellent adhesion to various surfaces, including plastic, metal, and glass containers. The white background ensures high contrast and print legibility, which is key to the quick and correct identification of hazardous substances. The material is resistant to abrasion, moisture, and common chemicals, ensuring that the information on the label remains legible throughout the entire storage period of the product. Thermal transfer printing technology (TTR) ensures sharp and durable colors that do not fade or smudge.

• Type: Original Brady
• Background color: White
• Material: Vinyl
• Printing technology: TT - thermal transfer printing (TTR ribbon)
• Label width: 105 mm
• Label height: 155 mm
• Number of labels: 200 pcs

The 105 x 155 mm label size is ideal for standard laboratory and industrial containers where sufficient space is needed for detailed hazard and handling information.

The package contains 200 labels, ensuring a sufficient supply for a longer period without the need for frequent reordering. These labels are compatible with Brady printers, allowing easy integration into your existing labeling system. Investing in quality Brady labels is an investment in the safety of your employees and compliance with legislation. Choose reliability and quality you can count on in every situation.