Direct Thermal Synthetic Labels
Manufacturer: IBC
Product Type: Blank Labels, Direct Thermal Labels, Synthetic Labels, Tags, Labels, Ribbons & Consumables
SKU:
Contact usWaterproof Direct Thermal Synthetic Labels for Demanding Environments
IBC Direct Thermal Synthetic Labels combine the convenience of direct thermal printing with the durability of synthetic materials. Manufactured using IBC Material Specification IBCLS866, these labels are designed for applications where moisture resistance, durability, and ribbon-free printing are required.
Perfect for food processing, refrigerated storage, horticulture, fresh produce, healthcare, warehouse logistics, and industrial environments, these labels maintain excellent readability in challenging conditions while eliminating the need for thermal transfer ribbons.
Features
- IBC Material Specification: IBCLS866
- Waterproof synthetic construction
- Direct thermal printing
- No ribbon required
- Tear resistant
- Moisture resistant
- Excellent barcode readability
- Available blank or custom printed
Compatible Printers
Designed for virtually all direct thermal barcode printers including:
- Zebra
- SATO
- Honeywell
- Brady
- Datamax O’Neil
- CAB
- Desktop label printers
- Industrial label printers
- Print & Apply systems
Standard Roll Sizes
- 5″ OD
- 8″ OD
- 10″ OD
- 12″ OD
- 15″ OD
- 17″ OD
*Custom roll configurations are also available.
Standard Label Sizes
- 1″ Round
- 1 x 4
- 1.25 x 1.25
- 1.375 x 0.6875
- 2″ Round
- 2 x 1
- 2 x 2
- 2 x 4
- 2.125 x 1.5
- 2.5 x 2.5
- 2.5 x 8
- 3″ Round
- 3 x 1
- 3 x 2
- 3 x 3
- 3 x 10
- 4″ Round
- 4 x 1
- 4 x 2
- 4 x 3
- 4 x 4
- 4 x 6
- 4 x 8
- 4 x 10
- 4 x 12
- 6 x 4
- 6 x 8
- 6 x 12
*Custom die-cut sizes available.
Typical Applications
- Refrigerated Food Labels
- Produce Labels
- Cold Storage Labels
- Warehouse Labels
- Industrial Labels
- Healthcare Labels
- Outdoor Logistics Labels
- Moisture Resistant Labels
Why Choose IBC?
IBC’s direct thermal synthetic labels deliver reliable barcode performance in environments where paper labels may fail, making them ideal for food production, cold chain logistics, and industrial applications.
