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A bulletproof helmet is a single soldier's head protective equipment, mainly used to resist damage to the head from projectiles or fragments. Its core function is to protect the wearer from fatal injuries in the battlefield or high-risk environments. The structure usually consists of a helmet shell, suspension cushioning system and face mask, and is made of advanced materials such as polyethylene, titanium alloy and Kevlar fiber to improve protection while reducing weight; models such as Browning bulletproof helmets also integrate neck protective cape components to optimize wearing comfort and defensive range
Ballistic helmet standards refer to a series of specifications and test methods used to test and evaluate the protective performance of ballistic helmets to ensure that the helmet can effectively protect personnel from dangers such as gunfire. Currently widely used ballistic helmet standards include: 1.NIJ 0106.01 standard: Developed by the National Institute of Justice (NIJ), it is divided into three levels. Helmets are tested differently according to their protection level. 2.EN 397 standard: Developed by the European Organization for Standardization (CEN), it is mainly used for industrial safety helmets and can also be used for testing bulletproof helmets. 3.PASGT standard: This is the US military's testing standard for MICH and ACH helmets to ensure that they can provide sufficient protection in combat. 4.STANAG 2920 Standard: Developed by NATO, it can be used to test face and head protection, including ballistic mask and helmet combinations. 5.Chinese Bulletproof Helmet Standard: A standard issued by my country’s National Security Industry Standardization Technical Committee to ensure the protective performance of bulletproof helmets for domestic military and police officers. In addition to the above commonly used bulletproof helmet standards, some regions and militaries will develop their own standards and testing methods to meet their specific protection needs. In addition to testing standards, the design and materials of ballistic helmets are also critical. They must be able to effectively absorb and disperse ballistic energy while minimizing the impact of the helmet on the wearer, such as weight, visibility and comfort. When purchasing and wearing a ballistic helmet, not only do you need to consider testing standards and design, but you also need to ensure that the helmet fits the size and shape of the wearer's head to ensure optimal protection.
Fire helmets are comprehensive personal protective equipment worn by firefighters during firefighting and rescue missions to protect the head from a variety of injuries such as falling objects, flame burning, high temperature heat radiation, electric shock, lateral extrusion, and liquid chemical splashing. It is one of the most visible and critical components of firefighter personal protective equipment (PPE) and is known as "the firefighter's second life".
"Armored vehicle" refers to a military or police vehicle fitted with protective armor, capable of resisting small arms fire, shell fragments, or improvised explosive devices (IEDs). According to the purpose, protection level and firepower configuration, it can be divided into many types Core features include: Protective: The body is covered with metal/composite armor to protect against bullets, fragments, explosive shock, or chemical corrosion. Mobility: Adapts to complex terrain (off-road/urban), with some amphibious or airlift capabilities. Mission adaptation: Configure weapons, sensors, or special equipment (e.g. mine clearance devices) according to requirements. Crew protection: airtight three-proof system (anti-nuclear/biological/chemical), fire extinguishing and explosion suppression device, shock-absorbing seat. Application field: Military: battlefield assault, force projection, fire support. Police/Security: Counter-terrorism, VIP escort, crowd control. Civil: cash trucks, high-risk area survey vehicles.
A riot suit (also termed anti-riot armor suit or tactical riot gear) is specialized protective equipment designed for law enforcement personnel (e.g., police, SWAT teams) to counter violent confrontations, terrorist threats, and crowd control scenarios. It provides integrated defense against stabbing, blunt-force strikes (e.g., batons), chemical splashes, and high-impact projectiles through modular components covering 11 critical body zones, including the torso, limbs, and head. Key features include: Lightweight construction (approx. 8-13 kg total weight) using flame-retardant synthetic fabrics (e.g., oxford cloth, engineering plastics); Rapid deployment (<7 minutes for full assembly); Compliance with GA 420-2021 standards for stab/impact resistance and environmental adaptability (-20°C to 55°C)
Fire helmets are comprehensive personal protective equipment worn by firefighters during firefighting and rescue missions to protect the head from a variety of injuries such as falling objects, flame burning, high temperature heat radiation, electric shock, lateral extrusion, and liquid chemical splashing. It is one of the most visible and critical components of firefighter personal protective equipment (PPE) and is known as "the firefighter's second life".
Fire extinguishing principle: Combustion requires three elements: combustible materials, high temperature to reach the ignition point, and oxygen. Fire blankets instantly form a physical barrier by directly covering the fire source, effectively cutting off the contact between the fire source and the air (oxygen), so that the flame can be extinguished due to asphyxiation. Protection principle: In the event of a fire, personnel can wrap a fire blanket around their bodies, which is highly heat-resistant to reflect heat radiation and isolate high temperatures, providing valuable protection time for crossing the fire or waiting for rescue.
Riot Control T-Baton Definition A Riot Control T-Baton is a non-lethal tactical device specifically engineered for law enforcement crowd control. Its signature T-shaped configuration integrates a horizontal handle with a vertical striking arm, enabling triple-functionality in close-quarters confrontations: defensive blocking, restraint suppression, and targeted striking. Core Features Structural Design T-Bar Leverage Principle: The horizontal handle maximizes torque efficiency, while the vertical striking arm (typically ≥50cm) extends force application for enhanced control and impact. Anti-Snatch Mechanism: Features a wrist strap/retention ring to prevent weapon disarmament. Primary Functions Defense: Parries attacks from blades, clubs, and other sharp/blunt weapons. Restraint: Utilizes the crossbar for joint locks (e.g., wrists, neck). Crowd Dispersion: Executes mid-range pushing thrusts to breach densely packed crowds. Performance Standards Impact Resistance: ABS/PC sheath with steel core, withstands ≥500J kinetic energy (compliant with NIJ 0117.00). Electrical Insulation: Non-conductive grip resistant to ≥10kV voltage (per EN 166:2002). Regulatory Compliance Mandatory adherence to GA 887-2018 (Chinese Public Security Standard for Police Anti-Riot Batons). Global Certifications: ANSI/OSHA Standards (U.S. anti-fatigue grip requirements) HOSDB Baton Specifications 2020 (UK Police Equipment Guidelines) If you have any interest item,you can contact me. Whatspp/Wechat:+86 13377883692 Email address:[email protected]
