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HP001 hard tags
€0.00HP001 is a flexible and ductile PVC hard tag. Round in shape, thin and lightweight — with a 15-mm diameter and 1-mm thickness, it weighs only 1 gram — HP001 can be easily glued onto metal and non-metal surfaces. It is available in white in HF with the MIFARE DESFIRE EV1 2K chip, and can be customised with logos using offset or pad printing, while serial numbering is applied using laser or inkjet printing.
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HT001 hard tags
€0.00HT001 is an RFID hard tag made of PPA (polyphthalamide), a thermoplastic material with a high resistance to chemicals, moisture and very high temperatures. It also possesses good mechanical properties, which ensure excellent dimensional stability and high resistance to breakage and deformation. With its IP69 rating, HT001 is resistant to both water and dust.
The hole is used to apply the tag to non-metal surfaces using a screw or with adhesive backing.
Round in shape, it has a 50-mm diameter and can be customised using silkscreen printing and pad printing, while serial numbering can be applied using laser technology. It is black and available in LF with the EM4200 chip and in HF with the ICODE SLIX2 chip. -
HT002 hard tags
€0.00HT002 is an RFID hard tag made of PPA (polyphthalamide), a thermoplastic material featuring a high resistance to chemicals, moisture and very high temperatures, as well as good mechanical properties that ensure excellent dimensional stability and resistance to breakage and deformation. What’s more, the IP68 rating makes it resistant to water and dust. HT002 can be applied to non-metal surfaces by screwing through the existing hole or using an adhesive backing. Round in shape, it has a diameter of 30 mm and can be customised using silkscreen and pad printing, while serial numbering can be applied using laser technology. It is black and available in HF with the ICODE SLIX2 chip.
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HT018 hard tags
€0.00HT018 is an RFID hard tag made of nylon, a plastic material resistant to impacts and atmospheric agents. Designed for application on metal surfaces using screws, it is cylindrical in shape, very light and very small. With a diameter of 10 mm, it is 6 mm high and weighs just 0.33 grams. It is available in black, and can be customised using laser printing.
The HT018 hard tag is produced with the MB89R118 chip in HF. -
HT059 hard tags
€0.00HT059 is a nylon ‘button tag’ — it resembles a button. Small and robust, it is resistant to impacts, chemicals, mould and bacteria.
Round in shape, it is exceptionally small, thin and lightweight, with a 10-mm diameter, 2.6-mm thickness and weight of 0.4 grams!
Designed for application on metal surfaces used in harsh environments, HT059 is either applied via an adhesive backing or embedded inside the item. Also available in black and in HF with the ICODE SLIX chip, it can be customised with application of a logo using pad or laser printing, while numbering can be applied using laser technology. -
HT083 hard tags
€0.00HT083 is a cable tie tag made of PA66, a nylon featuring hardness, rigidity and resistance to wear, heat and abrasion. It measures 198.5 mm x 9 mm x 8 mm and weighs 2 grams. With to its special cable tie shape, it can be firmly anchored to objects for identification purposes. Designed for application on non-metal surfaces, HT083 is available in black in HF with the ICODE SLIX and NTAG213 chips. Printing and serial numbering can be applied using laser technology.
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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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