Bulletproof and radiation resistant ultra-high polymer materials

By changing the arrangement order of ultra-high polymers, adding new elements, and improving the performance and function of ultra-high polymer materials, the new ultra-high polymer materials are combined with the structure of daily clothing and bags to become concealed protective equipment that can be used daily. By transforming the structure of clothing and bags, they can quickly transform and greatly increase their usage scenarios. They can not only respond to various emergencies in the civilian community, but also be suitable for special groups of people. Due to its extensive performance, it is also widely used in the battlefield. The main principle is to change the arrangement order of ultra-high polymers, add new elements, and improve the performance and function of ultra-high polymer materials. At the same time, the new ultra-high polymer materials are combined with the structure of daily clothing and bags to become concealed protective equipment that can be used daily. By transforming the structure of clothing and bags, they can quickly transform and greatly increase their usage scenarios. They can not only respond to various emergencies in the civilian community, but also be suitable for special groups of people. Due to its extensive performance, it is also widely used in the battlefield. The improved ultra-high polymer material in the field of materials can achieve the ability to prevent sharp tool piercing, blunt impact, bullet impact, fragment impact, and radiation attack. Our materials, with an area of 25 * 30cm per year, can withstand NIJIIIA level firearms, impact grenade shrapnel radiation and radioactive attacks from the 12 meter sprint of military knives. Prevent users under 100 kilograms from drowning. Technical characteristics and advantages: Changing the arrangement order of ultra-high polymers and adding new elements. The material advantage makes it lighter, stronger, and more widely used than traditional ultra-high polymer materials. The advantages of the mechanism enable the daily clothes and bags to be quickly deformed. The traditional bulletproof vest can be quickly worn to solve the problem of rapid emergency response. Comparison of relevant technologies at home and abroad and future trends. Our materials, such as 25 * 30cm, weigh about 0.2kg, have a durability difference of about 2 years less than ours, and have fewer usage scenarios (without the possibility of drowning prevention, radiation prevention, and blunt instrument protection). Our usage scenarios (military and police) can also be used for civilian or special purposes. The future trend is that new materials will be more lightweight on their original basis, have a wider range of applications, and can cope with more scenarios. They will be widely used in both civil and military, as well as aerospace. Technical support from Xilai University, University of California, Fullerton, and Hebei University. Harbin Institute of Technology (Weihai) Capital Overseas Returnees Technology Innovation Achievement Transformation Investment Fund (limited partnership) Beijing Hongyi Capital Singapore Xiangde Capital Hebei Baoding Xinyuan Derunda New Material Industrial Park