Ramie

Type: Natural fibre | Classification: Vegetable fibres | Sub-classification: From stem



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Fibre structure & physical properties


Fibre composition:

Cellulose

Diameter: 25-30 μm
Very fine: < 10 μm, Fine: < 20 μm, Medium: 20-50 μm, Course: > 50 μm

Length: Staple

Staple length: 1 - 2 m
short < 26 mm, medium 26-29 mm, long: 30-38 mm, extra long: 39 mm and over

Natural fibre colour: Naturally white in colour

Microscopic Images (Cross sectional and SEM):

Image source:

Angelini, L.G, Lazzeri, A, Levita, G, Fontanelli, D, and Bozzi, C. “Ramie ( Boehmeria Nivea (L.) Gaud.) and Spanish Broom ( Spartium Junceum L.) Fibres for Composite Materials: Agronomical Aspects, Morphology and Mechanical Properties.” Industrial Crops & Products 11.2 (2000): 145-61. Web.

Caption:

Irregular oblong multicellular with small lumem

(CC) Sebastian Nordstrom
(CC) Sebastian Nordstrom
(CC) Sebastian Nordstrom
(CC) Sebastian Nordstrom

Comment:

Irregular and broad with cross marks irregular distributed.

Fibre properties (Mechanical, Chemical and Thermal)


Mechanical Properties

Tensile strength (cN/dtex) :

Chemical Properties

Hydrophobicity: Hydrophilic

Moisture regain (%): 12%

Thermal Properties

Flammability: Cellulosic fibres such as cotton, hemp jute etc. burns with a steady flame and smells like burning paper or leaves. The ash is greyish and easily crushed.

Sustainability considerations


End uses


fabrics for household furnishings (upholstery, canvas)

Videos


Mosi or fine-ramie fabric weaving skills in spotlight [2m 2s]
Weaving of Mosi (fine ramie) in the Hansan region [9m 48s]
Ramie: A potential sector for rural livelihood [15m 46s]

Materials using this fibre


Additional resources


Taylor MA, 2004. Technology of Textile Properties. Third edition. Forbes Publications, London, UK.

Zhong Z and Xiao C, 2008. Fabric composition and testing. In: Fabric Testing. Ed: Hu, J. Woodhead Publishing Limited, Cambridge, UK.

ISO/TR 11827:2012 Textiles — Composition testing — Identification of fibres.

Houck, Max M. Identification of Textile Fibers. Cambridge : Boca Raton: Woodhead Pub. in Association with The Textile Institute ; CRC, 2009. Print.