Etichetta di ispezione antimanomissione BRADY B-429 2025 - DIA 15

The BRADY Tamper-Evident Inspection Label B-429 2025 - DIA 15 is a high-security labeling solution designed to provide clear evidence of tampering. Manufactured from durable Brady B-7593 Tamper-Evident Vinyl, these labels leave a permanent 'VOID' message upon removal, ensuring that any unauthorized access is immediately visible. Ideal for asset tracking, calibration, security sealing, and warranty void applications, these labels offer reliable performance in demanding environments.

Advantages

These tamper-evident labels provide a robust security feature that deters tampering and ensures product integrity. The permanent acrylic adhesive bonds securely to a variety of surfaces, while the matte finish reduces glare and enhances readability. With resistance to abrasion, chemicals, oil, water, and weather, these labels maintain their integrity in harsh conditions.

Suitable for

• Asset tracking and inventory management
• Calibration and inspection labeling
• Security sealing of equipment and enclosures
• Warranty void indicators
• Industrial and commercial applications requiring tamper evidence

Key specifications

• Label Type: Tamper-Evident Inspection Label
• Material: Brady B-7593 Tamper-Evident Vinyl
• Color: White/Black
• Label Height: 25.40 mm (1 inch)
• Label Width: 50.80 mm (2 inches)
• Print Technology: Thermal Transfer
• Adhesive Type: Permanent Acrylic
• Minimum Service Temperature: -40°C (-40°F)
• Maximum Service Temperature: 80°C (176°F)
• Resistance Properties: Abrasion, Chemicals, Oil, Water, Weather
• Tamper-Evident Feature: Leaves 'VOID' message upon removal
• Label Shape: Rectangle
• Label Finish: Matte
• Labels Per Roll: 250
• Roll Core Diameter: 76.2 mm (3 inches)
• Recommended Ribbon Series: Brady R6000 Series
• Compliance: RoHS Compliant

Recommendations

For optimal print quality and durability, use with Brady R6000 Series thermal transfer ribbons. Ensure the application surface is clean and dry before applying the label for maximum adhesion.