Poorly identified metals can trigger a wide range of costly, time-consuming problems resulting in:
- Mixed batch numbers
- Lack of visibility in the storage yard
- Liability issues
- Lost inventory tracking
- Reading and writing errors
Extreme heat resistant barcoded labels and tags.
The complete barcoding solution for
applications up to 1250°C.
Enables accurate identification, reducing
the risk of human error, improves safety
and increases productivity.
Being used across 150 sites
in the aluminium, steel, manufacturing
and ceramic industries worldwide.
Heatproof barcoded labels and tags will help overcome all these challenges
Our Heatproof product range enables metal producers and re-processors to track and manage throughout the supply chain with consistent and efficient product identification.
Accurate identification reduces the risk of human error, improves safety and increases productivity
All these benefits combine to help minimise the risk of potential liability issues and maximise the reliability of your business’s operations.
These revolutionary Heatproof labels and tags withstand harsh outdoor environments, chemical exposure and can be used in temperatures up to 1250°C. Recognised worldwide for their robust durability, and excellent high resolution thermal transfer printing, this product range is also cost effective.
“Our Heatproof labels and tags allow for clear barcode identification throughout
the manufacture/casting process. Batches can be easily traced which is truly
critical for all production companies, especially if the complexity of manufacture
runs the potential risk of recall and liabilities”.
Gary Dixon, International Business Manager, Heatproof
Heatproof barcoded labels and tags
help improve productivity
Correct information at the point of manufacture improves process control and batch identification
Eliminate the inaccuracy
of handwritten text
or stamps
Reduce customer
complaints and
costly returns
Extreme heat resistant
barcoded labels and tags.
The complete barcoding
solution for applications
up to 1250°C.