纸基柔性RFID标签金属天线制备

doi:10.16180/j.cnki.issn1007-7820.2020.06.003

Abstract

Abstract:

The porous characteristic of the paper substrate causes penetration and diffusion of the liquid material on the surface. Therefore, it is extremely difficult to form an RFID tag metal antenna by electroless deposition on the surface of the paper substrate. Aiming at this problem, the stannous chloride colloid solution was applied to avoid the catalytic ink penetration in the paper-based substrate. Moreover, paper substrate was immersed in chitosan solution, which could bring functional group and improve the conductivity and adhesion of RFID metal antenna. The SEM, XRD, EDS and adhesion test of the metal layer antenna of the RFID tag proved that the surface of the metal layer of the tag antenna had advantages including dense surface, high crystallinity, good adhesion, low resistivity (2.58×10 ^-8 Ω·cm), good mechanical properties (1 000 bending test).

Key words: paper substrate, surface modification, metal layer, chitosan, RFID label, flexibility

CLC Number:

TN04

YAN Chuan,CHENG Siyuan,WANG Kang. Fabrication of Flexible RFID Metal Antenna Based on Paper Substrate[J].Electronic Science and Technology, 2020, 33(6): 13-17.

Figures/Tables 9

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References 17

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试剂名称	A组	B组	C组	D组	E组
氯化亚锡	1 g	5 g	10 g	15 g	20 g
盐酸	4 mL	4 mL	4 mL	4 mL	4 mL
去离子水	296 mL	296 mL	296 mL	296 mL	296 mL

试剂名称	A组	B组	C组	D组	E组
壳聚糖	1 g	2 g	3 g	4 g	5 g
冰乙酸	10 mL	10 mL	10 mL	10 mL	10 mL
去离子水	290 mL	290 mL	290 mL	290 mL	290 mL

颗粒类型	颗粒含量/wt%	固化时间 /min	固化温度 /℃	电阻率 /Ω·cm	作者
Ag	70	50	160	1.9×10^-5	Merilampi,et al^[13]
Ag	10	45	150	2.1×10^-5	Liang,et al^[14]
Ag	70	15	700	5.9×10^-6	Faddoul,et al^[15]
Ag	50	3050	150200	3.7×10^-6	Liu,et al^[16]
Ag	65	30	150	9.0×10^-6	HPS-021 Nova Centrix
Ag	25	60	150 200	3.7×10^-6	Shen,et al^[17]
-	-	5	25	2.5×10^-6	This work

Fabrication of Flexible RFID Metal Antenna Based on Paper Substrate

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