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What is the different between polyester and polypropylene labels

test
03/07/2021

Polyester is the most rugged and is made for outside or excessive temp/chemical environments. Polypropylene is first-rate for indoor use when you want something superior than paper and now not at a excessive fee like polyester.

What is the difference between a RFID chip and a RFID tag

test
03/04/2021

The RFID chip is how much storage space is accessible inside it, the RFID inlay. The RFID inlay comprises of a chip and a micro thin antenna that the chip is adhere to. That blend would then be able to be inserted into the tag material. The tag material can be encased in plastic, making it more rugged and mounted to physical equipment.

What is the difference between direct thermal (DT) and thermal transfer (TT)

test
02/21/2021

Direct thermal is a printing cycle that utilizes a label coated with a heat sensitive layer and does not utilize ribbon/ink to print. A image is scorched into the paper where with thermal transfer you utilize a ribbon to print onto the label. Direct thermal will fade after some time and is anything but a decent decision for environmental with higher temperatures or exposure to sunlight. Thermal transfer print is a more permanent solution and will not fade.

What is a barcode

test
02/07/2021

A barcodes is a image that comprises of a serial of parallel black and white bars that can be read by a barcode scanner. Barcode are applied to items to rapidly recognize them. Among their numerous utilizations, barcodes are normally utilized in retail stores as a part of the buying process, in warehouse to track and manage management and on invoices to assist with accounting.

What is the range of RFID tags

test
01/28/2021

The range of a tag varies based on the type and size of the tag and whether the tag is active or passive. For example, passive tags can be low frequency, high frequency or ultrahigh frequency. The types of frequency impacts a tags range, with low frequency tags having a more modest reader range then ultrahigh frequency range. Notwithstanding the determinations of the tag, the environment where the tag is utilized can extraordinarily affect a tags range. For instance, conditions that contain a great deal of metal or water frequently require the utilization of a low frequency tag, as those materials ingest and reflect radio waves affecting their capacity to send. In these cases, readers should be in a nearer closeness to the tag to get a reading. Likewise, the sort of reader utilized can account for variances in range even, when utilizing a similar type of tag.