A Study on the Effect of Non Woven Fabric Properties on Thermal Applications
Journal: IMPACT : International Journal of Research in Engineering & Technology ( IMPACT : IJRET ) (Vol.8, No. 4)Publication Date: 2020-04-30
Authors : Thirumurugan V Sowmia. K Maheshwaran; K. B Tharani T L;
Page : 29-38
Keywords : Needle Punched Web; Cotton; Kapok; Recycled Polyesters; Thermal Conductivity;
- A Study on the Effect of Non Woven Fabric Properties on Thermal Applications
- EFFECT OF SPANDEX DENIER OF WEFT CORE SPUN YARN ON PROPERTIES OF FINISHED STRETCH WOVEN FABRIC
- Effect of Inter Yarn Fabric Porosity on Dye Uptake of Reactive Dyed cotton Woven Fabric
- RESEARCH OF UV SHIELDING PROPERTIES OF POLYESTER/VISCOSE WOVEN FABRIC
- Experimental Investigation of Static Mechanical Properties of Epoxy Based Glass, Carbon & Sisal Woven Fabric Hybrid Composites
Abstract
The needle punched nonwoven can be used as automotive interiors. The needle punched product can full-fill this purpose. This will be eco-friendly and also serves as an alternative material. The needled punched web is prepared with the three different compositions in order to find the best suitability of the purpose. The raw materials used are the cotton, kapok and recycled polyesters. Using all the three raw materials, it was made of three sheets of needle punched web with varying proportions. Later, these webs were tested for the thermal conductivity which can be served for automotive things, false ceiling, and roofing and also as a composite for the wall. The machine used to test the thermal conductivity is the Flat Plate Fabric Heat Retaining Instrument. The results were observed and studied.
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Last modified: 2020-08-11 19:30:39