Avery UltraDuty GHS Chemical Labels For Laser Printers, Waterproof, UV Resistant, 60518, Rectangle, 1/2in x 1-3/4in, White, Pack Of 1,500 (Min Order Qty 2) MPN:60518

Keep your chemical workplace safe and in compliance with GHS regulations with Avery UltraDuty GHS Chemical Labels. These durable labels are designed to withstand harsh chemical environments, water, UV rays, abrasion, and extreme temperatures, ensuring that your critical information remains visible and legible. Their high-performance adhesive stands up to frequent use and even seawater immersion for 90 days. With a variety of sizes available, these labels are ideal for marking containers such as drums, pails, jugs, bottles, cans, flasks, jars, dropper bottles, and beakers. Create customized label designs using free templates at Avery.com/GHS, and use laser printers to print on demand. Keep your workplace safe and compliant with Avery UltraDuty GHS Chemical Labels.

Top product features:

• Waterproof: Chemical labels that are resistant to water make sure that the label remains readable and intact in wet conditions, avoiding confusion and potential hazards.
• UV Resistant: UV protection ensures the chemical label will not fade or deteriorate even when exposed to sunlight, preserving its legibility for an extended period of time.
• High-performance adhesive: Durable adhesive provides excellent hold on a variety of surfaces and stands up to harsh environments, ensuring the labels remain firmly attached to their intended locations.

Top product applications:

• Chemical labelling in workplaces that handle hazardous chemicals, ensuring proper identification and avoiding accidents or misunderstandings about the contents of containers.
• Marking storage containers, shelves or bins in a warehouse, inventory management area or industrial setting, making it easier to locate and retrieve specific items quickly.
• Identifying equipment or machinery in a facility, providing essential safety information for employees and reducing the risk of accidents caused by misidentification or incorrect use of devices.