LB4705 - Zebra Z-Ultimate 2000T Thermal Transfer Polyester Labels
Z-Ultimate 2000T - LB4705 is a thermal transfer polyester label material designed for applications requiring higher durability, stronger adhesive performance, and resistance to heat and moderate chemicals. The gloss polyester facestock provides durable barcode printing for industrial environments where labels must remain readable over long service periods.
Unlike economy paper labels, Z-Ultimate 2000T is intended for manufacturing and compliance-focused labeling where abrasion resistance, chemical exposure, and heat tolerance are part of the application.
Industrial Performance Highlights
- Withstands service temperatures up to 302°F
- Good smear and scratch resistance
- Recommended for use with Zebra resin ribbons
- UL-recognized labeling system
- Suitable for indoor use and outdoor exposure up to 3 years
Z-Ultimate 2000T Material Construction
- 2.0 mil gloss polyester facestock
- 0.8 mil permanent acrylic adhesive
- 5.8 mil total construction thickness
- Semi-bleached kraft liner
Typical Industry Applications
Zebra positions Z-Ultimate 2000T for:
- Top-side PCB labeling
- Automotive part identification
- UL product labeling
- Product serialization
- Manufacturing barcode tracking
- Industrial equipment labeling
The high-performance acrylic adhesive is commonly used on:
- Stainless steel
- Polycarbonate
- Polyethylene
- Industrial product surfaces
- Durable equipment housings
The Zebra LB4705 Label is Best For:
- Polyester barcode labels
- Heat-resistant labeling
- Electronics manufacturing
- Automotive manufacturing
- Industrial product identification
- Compliance labeling systems
Product Family
Z-Ultimate 2000T
MFG Part Number
10044072S
Product Type
Custom Label
Print Method
Thermal Transfer
Label Width
2.25"
Label Height
2"
Core Size
3" Core
Color
White
Inlay Type
No RFID Inlay
Labels Per Roll
1,495
Format
Roll
Finish
Gloss
Labels Across
1
Adhesive
Permanent Acrylic
Perforation
No Perforation between Labels
Outside Diameter
8" OD
Material
Polyester
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