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HP037 hard tags
€0.00HP037 is a hard tag made of PVC, a flexible and ductile thermoplastic material that is resistant to high and low temperatures. Round in shape, it has an external diameter of 146 mm and an internal diameter of 100 mm, with a 1.1-mm thickness. It can be glued onto non-metal surfaces and, on request, to metal surfaces. Available in white in LF and HF, it can be customised with a logo using offset or pad printing, while numbering can be applied using laser or inkjet technology.
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HP096 hard tags
€0.00HP096 is a hard tag made of PVC, a flexible and ductile thermoplastic with elevated resistance to high and low temperatures. Rectangular in shape, it measures 100 mm x 24.5 mm x 1.5 mm and weighs 5 grams. It can be applied to non-metal surfaces and to metal surfaces on request. It is equipped with two holes for anchoring to objects using screws. White in colour and available in LF, HF and UHF, it can be customised with a logo using offset or pad printing, while numbering can be applied using laser or inkjet technology.
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HT017 Hard tag
€0.00HT017 is an RFID hard tag made of nylon, ultra light material fiber, which responds well to damage due to wear, traction, chemical agents, mold and bacteria. Designed to be incorporated into metal surfaces, its shape is cylindrical, it is ultra light - it weighs only 0.25 grams! - with a diameter of 6.8 mm and a height of 4 mm. Available in yellow, this tag is personalised through laserization. In addition, the HT017 hard tag is equipped with ICODE SLIX2 chip, with HF frequency, at 13.56 MHz.
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HT021 hard tags
€0.00HT021 is a ‘PCB tag’ comprising a printed circuit board (PCB) substrate, an insulating printed circuit board that connects several electronic components, protected by fibreglass. This layer is covered by thin metal applied via high-temperature rolling. Finally, the tag surface features a thin polycarbonate plate.
Round in shape, small in size and lightweight — with a diameter of just 7.9 mm, 0.9 mm in height and weighing 0.5 grams — HT021 is designed for application on metal objects requiring non-invasive tags. It can be affixed with an adhesive backing or via an insert moulding process, and is available in HF with the ICODE SLIX chip. -
HT022 hard tags
€0.00HT022 is an RFID hard tag made of PA9T nylon resin, a special polyphthalamide with outstanding properties in terms of dimensional stability, fluidity and thermal, chemical and abrasion resistance.
Round in shape, it has a slim but robust housing. With a 22-mm diameter, 3-mm thickness, and 3.1-mm central hole, HT022 is designed to withstand harsh conditions. It can be applied to metal, either using an adhesive backing or inserting a screw through the hole. Available in black in HF, with the ICODE SLIX chip, it can be customised with a logo using pad or laser printing. Numbering is applied using laser technology. -
HT066 hard tags
€0.00HT066 is an RFID hard tag made of ferrite, a ceramic-like material with very good magnetic and electrical insulation properties.
Rectangular in shape, HT066 is very small and light — measuring 4 mm x 2 mm x 2 mm and just 0.3 grams — it is designed for embedding in metal objects, thus enhancing their NFC technology. It is also designed to withstand harsh environments, tolerating temperatures up to 200°C and down to -60°C! This hard tag is available in HF with the ICODE SLIX chip and NFC technology. -
HT085 hard tags
€0.00HT085 is a ‘sleeve tag’ or ‘tag anchored to objects using a cable tie’ made of PA6, an ultrasound-sealed nylon that provides good thermal protection and perfect resistance to impacts, pressure and other mechanical stresses. Rectangular in shape — 27 mm x 20.7 mm x 9.6 mm — and weighing 4.7 grams, this tag can be anchored to metal surfaces by means of plastic or metal cable ties. It is available in LF with the EM4200 chip, in HF with the ICODE SLIX and NTAG216 chips, and in UHF (European and US frequencies) with the HIGGS 3 chip. It is produced in red, yellow, green, blue, black. HT085 can be customised with a logo using silkscreen printing, while serial numbering is applied using laser technology.
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