American Weekly Nonwovens Laboratory

The facility, which covers an area of 4000 square feet, is called the non-woven fabric and advanced materials laboratory, which was unveiled in April 6th.

The new lab's air conditioning and humidification system and needle area needling technology and thermal bonding ability will accelerate the research of Nonwovens Technology.

The lab invested $1 million 500 thousand, including the $125000 provided by the Burke Alliance for economic development, and the value of nearly $1 million offered by the US Department of Defense (DoD).

Overall, the Texas Technical University's nonwovens research has received $2 million 500 thousand from the US Department of defense.

One of the main focuses of this laboratory is the development of new products of cotton and wool, such as thermal insulation mats, automobiles and national defense textiles.

The goal is to find value-added applications of highland cotton products.

The nonwovens lab will help.

In December last year, Lawrence Livermore National Laboratory evaluated some purification products, including Fibertect.

The swab test is characterized by a layer of absorbent polyester and a layer of absorbent cellulose sandwiched with activated carbon core.

After testing with mustard gas and other toxic chemicals, the results show that the dry cloth created by the Dezhou Polytechnic University of the United States can be used for 30 different purification products, including materials currently used in the military disinfection kit.

Natural fiber research has been supported by the Texas Department of agriculture's food and fiber subsidy program. The funding department also includes Texas Cotton Corp, cotton foundation, highland cotton grower company Lubbock CH foundation, and the US Department of agriculture, Dezhou International University of science and engineering, international cotton research center.

The environment and human health institutions of Texas Tech University and the Health Science Center of Texas Tech University are engaged in health science research and education development.

The aim of the Institute is to position Dezhou Polytechnic University as an internationally recognized force to comprehensively assess the consequences of toxic chemicals on human health, and to support sound environmental policies and laws through risk assessment based on science.

Editor in chief: Xu Qiyun