METALTAG
Eccostock Long-Range Regional Tags
The newest addition to the line, MetalTag® Echo, is constructed using EccoStock, a unique low-loss dielectric and a robust, rigid exoskeleton. Our longest range tag, the regionally specified MetalTag® Echo can be read on metal from up to 10m in the US (FCC) and 5m in the EU (ETSI). Capable of withstanding severe outdoor conditions, wide temperature variation and significant shock, this tag is perfect for applications where the environment presents significant risk of blunt, sharp or glancing ingress.
MetalTag® Slim & MetalTag® Slim-F
MetalTag® Slim & MetalTag® Slim-F are the smallest UHF metal-mount tags on the market that can consistently be read on metal from a distance of 3m. Inexpensive yet robust, these unencapsulated regionally specified (US FCC or EU ETSI) tags are perfect for IT and other asset tracking applications.
Eccosorb World Tags
Forming the core of our product line, literally and figuratively, MetalTag® Core is constructed using Eccosorb®, our patented, flexible elastomer. This world compliant (US FCC and EU ETSI) tag is ideal for indoor conditions and basic outdoor use. Reliable and inexpensive, this all-purpose tag is well-suited to a myriad of applications.
MetalTag® Flex & MetalTag® Foam
MetalTag® Flex & MetalTag® Foam are constructed using Eccosorb®, inside robust, yet flexible exoskeletons. These world compliant (US FCC and EU ETSI) tags can withstand severe outdoor conditions, wide temperature variation and, due to their elasticity, more blunt force than most comparably sized hard-plastic tags. Capable of adhering azimuthally to a cylinder of 2” radius, both Foam and Flex are perfect for applications where the tagging substrate is not necessarily flat and uniform.
MetalTag Impact is constructed using Eccosorb® inside a robust, rigid exoskeleton. This world compliant (US FCC and EU ETSI) tag can withstand severe outdoor conditions and significant shock. Impact is perfect for European or inter-region applications where the environment presents significant risk of ingress.