Study on the Performance of Nano-CaCO3 and LLDPE Based Artificial Turf Fibers

Hong Ling Yi; Wei Shan Wang; Heng Lin; Wei Guang Gong; Ting Wei; Bai Cun Zheng

doi:10.4028/www.scientific.net/AMR.332-334.1077

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The Process Discussion of the Nanosilver Finished Silk Fabric in the Light of In Situ Methanism
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Structure Structural Characteristics of Rabbit Hair
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Study on the Performance of Nano-CaCO₃ and LLDPE Based Artificial Turf Fibers
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Experimentally Study on Mechanical Behavior of CF and GF Hybrid Fiber-Reinforced Plastics
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Economic Analysis on Pollution Control for Textile Industry
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Study on Structure and Mechanical Properties of Spacer Fabric
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Effect of Calendering Finish on the Fabric Style of Super-Fine-Sheep Wool Gabardine
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 332-334Study on the Performance of Nano-CaCO3 and LLDPE...

Study on the Performance of Nano-CaCO₃ and LLDPE Based Artificial Turf Fibers

Abstract:

In this paper, a new type of LLDPE/nano CaCO3 composite based artificial turf yarns with good tensile property and UV resistance is introduced. The effect of nano CaCO₃ content on tensile properties shows that the tensile force reached the maximum value when the CaCO3 content is about 7wt%, and the elongation at break gets to the highest point at 10wt%. After 3000h UV accelerated aging, the nano-CaCO3 and LLDPE based artificial turf fiber yarns has tensile strength retention about 87%, and the elongation at break is higher than LLDPE. DSC results shows that with the increase of nano-CaCO3 content, the crystallization temperature gradually increased, and the crystallinity degree declined. SEM images of cross sections of monofilament fibers show that nano CaCO3 had a good dispersion in monofilament fiber matrix. These reasons give rise to the improved mechanical properties of turf yarns.