Festive Deal 138420 Brady Energy Source Tag - Gas G-3 75.00mm X 38.00mm Gadget [GBkgl7NU]

Brady Energy Source Tag - Gas G-3

Identify your energy source with precision and confidence using the Brady Energy Source Tags. These durable tags are designed to withstand various environmental conditions, making them ideal for use in industrial settings. Constructed from high-quality Polypropylene, these tags are built to last, ensuring long-term visibility and reliability.

Key Features and Specifications

The Brady Energy Source Tags - Gas G-3 are equipped with a range of features that make them a standout choice for energy source identification. Key specifications include a thickness of 1.50mm, a permanent acrylic adhesive for secure installation, and a maximum service temperature of 120°C, with a minimum service temperature of -40°C. These tags are available in purple on white, ensuring clear and easy-to-read identification. The legend "G-3" is prominently displayed, making it easy to identify the energy source at a glance.

• Material: B-7527 Polypropylene for durability and longevity
• Thickness: 1.50mm for a robust construction

Practical Applications and Benefits

These Brady Energy Source Tags are not just a visual aid; they offer practical benefits that enhance safety and efficiency in your workplace. The round corners and 1-hole design make them easy to apply and ensure they stay in place. The permanent acrylic adhesive ensures that the tags won't peel off, even in harsh conditions. With a minimum application temperature of 10°C, these tags can be used in a wide range of environments, from cold storage facilities to hot industrial settings.

• Max Service Temperature: 120°C, suitable for high-temperature environments
• Min Service Temperature: -40°C, suitable for low-temperature environments

With the Brady Energy Source Tags - Gas G-3, you can rest assured that your energy sources are clearly identified, reducing the risk of accidents and improving operational efficiency. These tags are an essential tool for any industrial setting where accurate energy source identification is crucial.