Gyrfid Waterproof NFC Industrial Tag for Asset Tracking Lapps30

• Certification: RoHS
• Shape: Circular
• Chip Type: Read/Write
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: LAPPS30
• Power Supply Mode: Passive
• Usage: Electronic Products
• Material: PPS
• Chip: Icode Slix2
• Brand: NXP
• Memory: 1024bit
• Read/Write: R/W
• Transport Package: Box
• Specification: 30mm
• Trademark: GYRFID
• Origin: Shanghai
• HS Code: 85235210
• Production Capacity: 50000pieces
• Package Size: 10.00cm * 10.00cm * 10.00cm
• Package Gross Weight: 1.000kg

Product Description

Descriptions:
The Industrial RFID Tags are made of PPS or unique industrial material to allow rfid tag use in a High-temperature environment like automatic production or industrial laundry. With twice injection process, this industrial RFID tag is waterproof, massive dusty proof. It can support different rfid chips from 125Khz rfid and 13.56Mhz rfid. GYRFID offers various sizes of RFID industrial tags from 15mm up to 50mm.  

Specifications:
 

Part No:	LAPPS30
Product Name:	Industrial PPS Tag
Material:	PPS
Size:	30mm
Color Options :	Black
Weight:	3.5
Storage Temperature:	-40ºC~100ºC

Main IC Parameters

Frequency	ICs model	Read/Write	Memory	Protocol	Brand
125Khz	TK4100	R/O	64bit	/
	T5577	R/W	363bit	ISO11784	Atmel
13.56Mhz	MIFARE Classic EV1 1K	R/W	1Kbyte	ISO14443A	NXP
	F08	R/W	1K byte	ISO14443A	Fudan
	MIFARE Classic 4K	R/W	4K byte	ISO14443A	NXP
	Ultralight EV1	R/W	640bit	ISO14443A	NXP
	NTAG213	R/W	180byte	ISO14443A	NXP
	NTAG216	R/W	888byte	ISO14443A	NXP
	DESFire 2K	R/W	2K byte	ISO14443A	NXP
	DESFire 4K	R/W	4K byte	ISO14443A	NXP
	DESFire 8K	R/W	8K byte	ISO14443A	NXP
	ICODE SLI X	R/W	1024bit	ISO15693	NXP
840Mhz-940Mhz	ICs	EPC	TID	User Memory	Brand
	Higgs 3	96bit	64bit	512bit	NXP
	U CODE 8	128bit	96bit	0bit	NXP
	Monza R6P	128bit	48bit	0bit	Impinj
	Monza 4QT	128bit	512bit	32bit	Impinj
	U CODE 9	96bit	0bit	0bit	NXP