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Item

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The Effect of Binder Concentration on the Mechanical and Physical Properties of Particleboard Prepared by using Luffa Fiber(Luffa cylindrica L.) and Urea-formaldehyde

http://hdl.handle.net/20.500.12678/0000007445
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787710cd-f240-4800-888d-8b87bebc2d8d
None
Name / File License Actions
Myint Myint Sandar Win (EE-8),Engineering Chemistry, WYTU, Nov 7-8, 2019, P 35-42.pdf (401 KB)
Publication type
Conference paper
Upload type
Publication
Title
Title The Effect of Binder Concentration on the Mechanical and Physical Properties of Particleboard Prepared by using Luffa Fiber(Luffa cylindrica L.) and Urea-formaldehyde
Language en
Publication date 2019-11-07
Authors
Myint Sandar Win
Ei Ei Phyone
Saw Win
Description
This study aimed to find out the feasibility of Luffa fiber as a raw material for particleboard production. Considering binder concentration an attempt was taken to produce urea-formaldehyde (UF) resin bonded luffa fiber particleboard by hot press molding process. The mechanical and physical properties of the board were examined by British Standard (BS) andIndian Standard (IS) methods.The particleboard made from 25% UF resin showed the best performance in aspect of properties such as modulus of rupture (MOR), impact strength, hardness, water absorption (WA) and swelling thickness (ST) which were 554 kgcm-2, 69.63 kjm2, 95.5 Shore D, 50.5% and 18.03% respectively. These results obtained from the research work fulfilled to FAO (2013) standards. The control of binder concentration is the one of the most important factors for the production of particleboard. Luffa fiber particleboard may be a sustainable, cheap and durable building and packing materials and timber substitute.
Keywords
Luffa fiber, Urea-formaldehyde, Hot-press, Particleboard, Mechanical and physical properties
Identifier ISBN 978-99971-0-733-6
Conference papers
2019-11-7-8
The 2nd International Conference on Engineering Education and Innovation, November 7-8, 2019, Myanmar
Room- 2, Technological University ( Hmawbi ), Yangon, Myanmar
Session 3
www.hbtu.edu.mm
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