eas labelGF3040H
Antenna Size(MDxTD): 31x39mm (1.24"x1.56")
Resonance Frequency: 8.2MHz(±4%)
Average Effective Signal Volume: 800 cm³
Average Qu ... Explore More
rf label
GF3030H
Antenna Size(MDxTD): 31x31mm (1.24"x1.24”)
Resonance Frequency: 8.2MHz(±4%)
Average Effective Signal Volume: 550 cm³
Average ... Explore More
eas tag GF3060H
Antenna Size(MDxTD): 32x58mm (1.28"x2.32")
Resonance Frequency: 8.2MHz(±4%)
Average Effective Signal Volume: 1800 cm³
Average Q ... Explore More
security tag
GF4040H
Antenna Size(MDxTD): 40x40mm (1.6"x1.6”)
Resonance Frequency: 8.2MHz(±4%)
Average Effective Signal Volume: 1750 cm³
Ave ... Explore More
security label
GF4040E
Antenna Size(MDxTD): 40x40mm (1.6"x1.6”)
Resonance Frequency: 8.2MHz(±4%)
Average Effective Signal Volume: 1500 cm³
Av ... Explore More
garment tag
GY40H
Antenna Size(MDxTD): Ø40mm (Ø1.6")
Resonance Frequency: 8.2MHz(±4%)
Average Effective Signal Volume: 1150 cm³
Avera ... Explore More
garment label
GF4040H_FZ
Special label for Frozen products
Antenna Size(MDxTD): 40x40mm (1.6"x1.6”)
Resonance Frequency: 8.2MHz(±4%)
Average ... Explore More
clothing label
GF5050H
Antenna Size(MDxTD): 48x52mm (1.92"x2.08")
Resonance Frequency: 8.2MHz(±4%)
Average Effective Signal Volume: 3200 cm³
Av ... Explore More
clothing tag GY50H
Antenna Size(MDxTD): Ø50mm (Ø2")
Resonance Frequency: 8.2MHz(±4%)
Average Effective Signal Volume: 2400 cm³
Average ... Explore More
Model 4D-SY electric hydraulic test pump is the up-to-date series product designed by the Joint Design Group for Hydraulic Test Pump of the General Ma ... Explore More
This machine adopts open type electric motor，when it is operating for long time，the surface temperature of the motor shell may reach to ... Explore More
My company develop and manufacture of 3D-SY750 series of electrical pressure test pump, is China's current existing two-cylinder, four-cylinder t ... Explore More
Features
Gorgeous feel a valued nature.
Maintain the brass color, anti-oxidation and anti-cautery, which makes it looks new all the time.
Fiv ... Explore More
