GRAPHENE ACRYLIC FIBER MULTI-COMPONENT TAIDING TECHNOLOGY BLENDED YARN

2025-04-28News 1070

Key words: Grapheme, antibacterial, warmth-retaining, far infrared, anti-UV light, anti-static,anti-radiation, long effectiveness

Raw materials and specifications:

Grapheme acrylic fiber/regenerated viscose/wool 40/40/20 485

Reasons for recommendation: As a new type of nano-material, Graphene is one of the thinnest, the strongest, the most electric-conductive, and the most extensible that has ever been discovered in the world. It is named “black gold” and “king of new material”. The yarn made of acrylic fiber with Graphene has a special quality of resisting UV lig ht, highly effectively conducting heat, continuing inhibiting bacteria, eliminating unpleasant odor, and protecting against radiation, and is widely applied.

Scope of application: Clothing

Test result-data

Anti-UV light performance GB/T 18830-2009			Complied
UPF average value	–	199
UPF UV light protection factor	>40	>50
UVA average transmittance (%)	<5	0.61
UVB average transmittance (%)	–	0.47
Reduction in concentration of unpleasantly odorous ingredient (body odor) (%) GB/T 33610.2-2017 GB/T 33610.3-2019			Complied
Ammonia (%)	≥70	86.0
Acetic acid (%)	≥70	86.7
lsovaleric acid (%)	≥85	98.4
2-Nonenal (%)	≥75	94.7

	Requirement	Results	Judgement
Far infrared emissivity GB/T 30127-2013	≥0.88	0.93	Complied
Far infrared radiation temperature rise (℃) GB/T30127 -2013	≥1.4	2.4	Complied
Klebsiella pneumonia (ATCC4352)antibacterial rate (%)GB/T 20944.2-2007	≥99	>99	Having a good antibacterial effect
E. coli(8099) antibacterial rate (%)GB/T 20944.3-2008	≥70	93	Having a good antibacterial effect
Staphylococcus aureus (ATCC 6538) antibacterial rate (%)GB/T 20944.3- 2008	≥70	>99	Having a good antibacterial effect
Candida albicans (ATCC 10231) antibacterial rate (%)GB/T 20944.3-2008	≥60	98	Having a good antibacterial effect
Warmth-retaining quality GB/T 11048-2018
Thermal resistance (m²	–	0.00960
clo value	–	0.0619
Converted warmth-retaining rate (%)	–	13.0
Heat-conducting rate [W/(m ·K)]	–	0.0697