Black Mitten Police Gloves with Electric Pulse for Self-defence and Arresting

Model Number: SXD-QNS-90(A1)-100 Brand Name: Senxunda Police Gloves Key Specifications/Special Features: Application of police gloves:Military, police and anti-riot or other arresting actionsDescriptionof police gloves:1) Wearing it can improve police's combat ability and reduce the time when contacting with the suspects, thus protecting police's safety and enhancing working efficiency2) When you wear the arrester gloves and hold criminals' wrists or hands (touching skin), criminals will lose attacking andwalking ability within 2-3 secondsPress for 2s, power on
Press again, power off
3) Dangerous parts for arresting: belly, neck, head, face, chest, vaginal and other important body parts
Correct parts for arresting: shoulders, legs or thighs

Specificationof police gloves:
Boot time: long press for 2-3 seconds
Off time: long press for 2-3 seconds
Continuous standby time: 8 hours
Continuous working time: 1 hour
Charging time: 2 hours
Working voltage: 3.7V
Working temperature: -10-50°C
Net weight: 272.5g/pair

Features of police gloves:
1) Non-harmful tool in law enforcement
2) Half finger
3) Easy to use the firearms

Strengths:
1) It's light and small, without the burden of volume and weight
Can bootup engine within 2 seconds and is easy to operate
2) When you wear the capturing gloves and hold criminals' wrists or hands (touching skin), the criminals will lose attacking ability
3) Capturing gloves have the obvious advantages of hidden
Convenientfor the police to engage in melee battle or attack
4) Appearance uses perfect humanized design which accords with human body engineering principle
5) Capturing gloves show great power especially in the interior or confined spaces
6) Rated current is less than 10mA (the peak current is 30mA), which does no harm to human body and more safe than the present gloves with high voltage electric shock
7) Electronic impulse allows to set the people arrested free of it at once and will not cause any trauma on their skins' surface