Inotec introduce their new heat resistant, on metal RFID label ‘inotag heat on metal 2,0’. The latest addition to the ‘inotag’ RFID family of products.
inotag heat on metal 2,0 – extreme heat +230°C
inotec introduce a new High Temperature On-Metal RFIDRFID
RFID is a technology for contactless data transmission on the physical basis of electromagnetic alternating fields, i.e. radio waves. The core of RFID technology is an RFID transponder. This tiny computer chip with an antenna is applied to various objects and contains a numerical code, such as the electronic product code (EPC, see entry). The numerical code is read using a reading device.
label, - designed to work directly on metal surfaces.
With adhesive attachment, on-metal capability, good readingreading
The decoding, extraction and depiction of the actual data content which is transmitted by the transponder in addition to the bits for format definition, monitoring and error management.
performance and resistant to temperatures from -40°C to +230°C, this low profile label is ideal for Automotive and industrial applications, filling a gap in the market where bulkier, more expensive hard tagstags
Product name for hanging labels.
have proved prohibitive.
The extreme heat actually helps the adhesive to bond intensively to the metal, allowing the label to remain permanently fixed to the carrier. The transpondertransponder
Abbreviation for 'TRANSceive and resPOND'. This is a coinage from the terms transmitter and responder (other common names include RFID labels and tags).
is embedded safely inside the label construction, protected from both heat and liquids e.g. diesel, antifreeze or brine.
The label has been rigorously tested at inotec’s in-house research and development Label Competence Centre, to meet the temperature and performance requirements of the automotive industry and various industrial applications. The label has also been tested on the ‘Voyantic’ Tagformance system, the industry de-facto standard in UHF RFIDRFID
RFID is a technology for contactless data transmission on the physical basis of electromagnetic alternating fields, i.e. radio waves. The core of RFID technology is an RFID transponder. This tiny computer chip with an antenna is applied to various objects and contains a numerical code, such as the electronic product code (EPC, see entry). The numerical code is read using a reading device.
performance measurements, used by many of the leading tagtag
Tag is a common name for the RFID transponder
manufacturers, universities and system integrators.
The RFIDRFID
RFID is a technology for contactless data transmission on the physical basis of electromagnetic alternating fields, i.e. radio waves. The core of RFID technology is an RFID transponder. This tiny computer chip with an antenna is applied to various objects and contains a numerical code, such as the electronic product code (EPC, see entry). The numerical code is read using a reading device.
inlayinlay
An inlay is an RFID microchip which is connected to an RFID antenna. A plastic film is usually used as the substrate. These unfinished RFID inlays are then sold to manufacturers of RFID labels, who then turn the RFID inlays into smart labels.
(UHF EPC Class 1 Gen2) provides an optimal read range for on-metal applications. Depending on the readerreader
The reading device which records the data on the transponders, for example. This occurs via radio waves.
system and on the environmental conditions a read range up to 2.5m can be achieved.
There are different variants of the label available: single labels, RFIDRFID
RFID is a technology for contactless data transmission on the physical basis of electromagnetic alternating fields, i.e. radio waves. The core of RFID technology is an RFID transponder. This tiny computer chip with an antenna is applied to various objects and contains a numerical code, such as the electronic product code (EPC, see entry). The numerical code is read using a reading device.
sets, in stacks or specifically packed. The labels can also be personalised – pre-printed and encoded.
Full product details are included in the corresponding technical data sheet which is available on request.
- Industrial ‘on metal’ applications
- Metallic containers and boxes
- Paint and Bake processes
- LacqueringLacquering
Applying a lacquer layer gives labels a protective and/or decorative shiny coating.
lines - KTL processes
- Requirements of the automotive industry