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Clothing comfort is mainly split into three divisions like sensorial comfort, thermal comfort and psychological comfort. Sensorial or tactile comfort deals with the mechanical properties of the fabric along with its surface hand feel [1]. Psychological comfort properties relate to the new fashion trend, influenced by culture, status, occasion, gender, age, profession and social attitude. Physiological comfort demonstrates the absence of human body discomfort to fabric, measurement of sweat rate, absorbency and transportation of this sweat from the body by clothing [2]. Physiological comfort and psychological comfort are closely related to know about the perception of the comfort level [3]. Thermo-physiological comfort can be defined in terms of heat and mass transfer through clothing [4]. The mutual relationship of heat and mass transfer properties produces a microclimate all around the human body, which provides a comfort zone [5]. Clothing provides protection against unnecessary effects of environmental conditions while executing physical movements. This layer of clothing should be friendly to the skin [6]. Literature has been reported on the water vapor permeability (WVP) of textile fabrics [7–9], but the term “warm/cool feeling” is not completely known to the researchers. Increase in WVP can be demonstrated by planar conduction of condensed vapors from the border of the calculating area to the directionof fabric fringe [10]. Change in the internal and external condition of the system influences the thermal balance of the body. Thermal properties of textile materials like thermal conductivity and thermal absorptivity are important to consider the thermal comfort study [11–12].Thermal conductivity expresses the material’s abilityto permit Comfort properties of nano-filament polyester fabrics: thermo-physiological evaluation