2007Unpublished venueRequires access

Study on Perfomances of Nano-Far-Infrared PET Fibers

Bing Wang

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Abstract

The IR spectrum,DSC spectra,physical-mechanism performances,far-infrared radiation,heat retaining power,and antibacterial activity of nano-far-infared PET fiber have been tested,and comparaed with common PET fiber.The results indicate that the nano-particles are equably distributed and there is no large reunite in fibers;the fundamental structure and heat performance of the fiber doesn't change;compared with common PET fiber,both the breaking tenacity and breaking extension of nano-far-infared PET fiber decrease a little.Nano-far-infared PET fiber had excellent far-infrared radiation power,heat retaining power and antibacterial activity.

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What this paper is about

The IR spectrum,DSC spectra,physical-mechanism performances,far-infrared radiation,heat retaining power,and antibacterial activity of nano-far-infared PET fiber have been tested,and comparaed with common PET fiber.The results indicate that the nano-particles are equably distributed and there is no large reunite in fibers;the fundamental structure and heat performance of the fiber doesn't change;compared with common PET fiber,both the breaking tenacity and breaking extension of nano-far-infared PET fiber decrease a little.Nano-far-infared PET fiber had excellent far-infrared radiation power,heat retaining power and antibacterial activity.

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Available abstract

The IR spectrum,DSC spectra,physical-mechanism performances,far-infrared radiation,heat retaining power,and antibacterial activity of nano-far-infared PET fiber have been tested,and comparaed with common PET fiber.The results indicate that the nano-particles are equably distributed and there is no large reunite in fibers;the fundamental structure and heat performance of the fiber doesn't change;compared with common PET fiber,both the breaking tenacity and breaking extension of nano-far-infared PET fiber decrease a little.Nano-far-infared PET fiber had excellent far-infrared radiation power,heat retaining power and antibacterial activity.

Key concepts: Materials science, Infrared, Fiber, Nano-, Tenacity (mineralogy), Far infrared, Optical fiber, Radiation

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