Synthetic labels 70 x 32mm Z-Ultimate 3000T Silver Zebra 880378-031

Z-Ultimate 3000T Silver Zebra 880378-031 Synthetic Labels 70 x 32mm

Z-Ultimate 3000T Silver Zebra 880378-031 Synthetic Labels 70 x 32mm are premium labels made of glossy silver polyester, specifically designed for thermal transfer printing. These labels offer exceptional print quality and excellent resistance to scratches, dirt and chemicals, thanks to a durable acrylic adhesive. The silver polyester material is ideal for industrial and commercial applications that require extended durability and superior performance.

The Z-Ultimate 3000T Silver labels are compatible with Zebra 4800, 5095 and 5100 ribbons, providing a variety of solutions for various chemical and thermal resistance requirements. These labels are UL and cUL approved, making them ideal for use in industries such as automotive, electronics, healthcare, and for serial plate and equipment labeling.

Technical Specifications

• Manufacturer: Zebra Technologies
• Manufacturer Part Number: 880378-031
• Material: Glossy Silver Polyester (Z-Ultimate 3000T Silver)
• Label Size: 70mm x 32mm
• Printing Method: Thermal Transfer (requires ribbon)
• Adhesive: Permanent, acrylic-based
• Resistance: Scratches, chemicals, dirt
• Certification: UL/cUL approved for use indoor and outdoor
• Core size: 76mm
• Labels per roll: 8 rolls per box
• Compatibility: Zebra industrial printers, including 105S, 110Xi, ZT410, ZT420, ZM400, ZT411, ZT421, and more
• Recommended ribbon: 4800 (General resistance), 5095 (Chemical and heat resistance), 5100 (Extreme heat resistance)

Uses

These labels are ideal for:

• Asset marking: Durable and visible long-term, perfect for industrial and commercial applications.
• Automotive and Electronics: Suitable for labeling components and printed circuit boards (PCBs) that require resistance to chemicals and heat.
• Healthcare: Suitable for labeling under sterilization conditions and other medical applications.
• Serial plate labeling: Offers excellent scratch and chemical resistance, making it ideal for identification and serialization labeling.