The Research on the Smart Thermostat Woven High-Count Fabric

Ai Lian Guo; Jia Lu Li

doi:10.4028/www.scientific.net/AMR.332-334.595

Paper Titles

Experimental Studies of Infrared Characteristics in the Deformation and Fracture of Engineering Solid Materials Subjected to External Loading
p.572

Synthesis and Characterization of Novel Sulfonated Poly( Arylene Ether Sulfone) Containing Fluorine Group
p.581

The Practice of Sizing for Super Fine Cotton Fabrics with Positive and Negative Hard Twist on the Warping and Sizer
p.587

Research on the Mechanism of Silk-Like Fabrics Based on DPF
p.591

The Research on the Smart Thermostat Woven High-Count Fabric
p.595

Foundation and Primary Exploration for the Woven Plaid System of Check Pattern Size and Parameter Changes
p.599

Research on the International Competitiveness in China’s Textile and Clothing Industries Based on Rough Set
p.603

Experimental Models of Compliance and Young’s Modulus of Woven Vascular Prosthesis
p.609

The Design of Woven Semi-Molding Female Skirt Jacquard
p.613

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The Research on the Smart Thermostat Woven High-Count Fabric

Abstract:

In this paper, the smart thermostat woven high-count fabric was researched, including the choice of fibers, special spinning technology, weaving technology, and finishing technology. The properties of the smart thermostat fabric were as follows. Average melting temperature was 23.2 °C, average melting endothermic was 12.6 J/g, average freezing temperature is 19.81 °C, and average solidification heat was 12.35 J/g. These mean that the fabric researched has the adaptive thermostat function. And the tested results also show that the fabric researched has reached the top level of the same kinds of fabric.