Grade	Filament Count	Yield	Tensile Strength		Tensile Modulus		Elongation	Filament Diameter	Density	Electrical Resistivity
		tex	kgf/mm²	MPa	tonf/mm²	GPa	%	micrometer	g/cm³	ohm.cm
1K	1000	67	380	3720	24.0	235	1.6	7.0	1.76	1.5 × 10-3
3K	3000	200	400	3920	24.0	235	1.7	7.0	1.76	1.5 × 10-3
6K	6000	40	400	3920	24.0	235	1.7	7.0	1.76	1.5 × 10-3
12K	12000	800	400	3920	24.0	235	1.7	7.0	1.76	1.5 × 10-3
24K	24000	1600	400	3920	24.0	235	1.7	7.0	1.76	1.5 × 10-3

Grade	Fiber diameter	Density	Carbon content	Tensile Strength	Tensile Modulus	Resistivity
	(microns)	(g/cc)	(%)	MPa	GPa	Ω-cm
AGM-62	12-15	1.34-1.39	60-65	200-250	7.0-7.5	N/A
AGN-94	7-9	1.73-1.79	>95	2000-3600	180-240	0.00172
AGN-95	11-14	1.2-1.9	>95	400-600	30-45	0.0068

Available in 3mm, 6mm, 8mm, 12mm and 25mm cut lengths.

Sizings available:

• None
• Epoxy - Water soluble made from epoxy resin ester.
• Glycerine - Helps dispersion in water systems (hydrophillic)
• Polyurethane - Works in most resin systems - polyamide, polycarbonate, polybutylenterephthalat
• Hi Temp - Hi temperature application (proprietary)

Carbon Fiber Tow

• Based on Rayon industrial yarn 1K. Scoured, carbonized and then, if needed, graphitized
• Carbon content is 80-99.9%
• Specific gravity 1.4g/cc

Key Properties Inert ambience 3000°C and more. Oxy-ambience 450°C (for fiber after 2200°C treatment). Tensile strength: 0.5-1.0 GPa Tensile Modulus 60 GPa. Rayon based carbon fibers are "mild" ones. Chemical resistance (acids, alkalis, solvents) High resin adhesion

Key Applications Carbon/carbon composites (RCC) High-temperature insulation Antistatic surfacees Catalyst carrier EMI Sheilding Carbon paper

Also available as Carbon felt and Carbon tape

M250 - Milled carbon fiber for friction lining

Type

Fiber diameter

Density

Tensile strength

Tensile Modulus

Elongation at break

Carbon content

Mean fiber length milled

Typical resistivity

μm

g/cm³

lb/ft³

GPa

Ksi

GPa

Msi

%

% by weight

μm

μΩm

μΩin

M250

8

1.75

109

2.0

290

180-240

26-35

1.2-1.3

>95

180

15

590

M400 - Milled carbon fiber for friction lining
Type	Mesh filament diameter	Density	Mean moisture absorption	Elongation at break	Mean tensile strength	Mean tensile strength of single filament	Typical finish content	Mean fiber length
	μm	g/cm³	%	%	MPa	cN/tex	%	mm
M400	13	1.36 ± 0.02	6	19-27	210	>16	0.7	0.3

Product ID	Width (mm)	Density (count / inch²)		Thickness (mm)	Weight (g/m²)	Woven Type
		Warp	Fill
C120	1000	12.5	13.5	0.25	200	Plain
C524	1000	15	15	0.26	240	Twill
Other Products available: 1K Carbon Fiber Fabrics : 125g/sqm. Twill and Plain. 3K Carbon fabric : 4H, 5H, 8H satin, plain and twill from 200g/m2 ~ 400g/m2 are available 6K Carbon Fiber Fabrics : 340g/sqm. 370g/sqm.410g/sqm.Plain,Twill and 4HS(Satin weave) 12K Carbon Fiber Fabrics : 520g/sqm. 600g/sqm.650g/sqm. Plain and Twill

Name	Model No.	Specification	Density (g/m²)	Structural Root (cm²)	Width (cm)	Length m/roll	Extensile Strength Resistance Mpa	Model content	Picture
3K Plain	12B-4	12K Unilateral Reinforcement	300	-	30 - 100	50 - 120	> 3300	> 220
3K Bias	3B-2	3K	200	5 × 5	100 - 150	100 - 120	> 1900	> 220
3K Carbon Fiber Cloth	3B	3K	320	8 × 8	100 - 150	100 - 120	> 1900	> 220
6K Plain	6B-2	6K	400	5 × 5	100 - 150	100 - 120	> 1900	> 220
6K Bias	6B-2	6K	400	5 × 5	100 - 150	100 - 120	> 1900	> 220
12K Plain	12B-2	12K	560	3.5 × 3.5	100 - 150	100 - 120	> 1900	> 220
12K Bias	12B-2	12K	560	3.5 × 3.5	100 - 150	100 - 120	> 1900	> 220
12K Carbon Fiber Knitting Cloth	12B-3	12K Unilateral Reinforcement	200	-	30 - 100	50 - 120	> 3300	> 220

3K Carbon Fabric with Basalt Fabric Hybrid - Available as 300g/m2

Weave	Thickness (mm)	Construction (Thread Count / Inch)		Weight (g/m²)	Width (mm)
		Warp	Weft
Plain	0.27 ± 0.02	12.5 (Carbon 3K)	12.5 (Basalt Yarn)	300	1,000

Surplus carbon fiber is also available and changes monthly. Click here for more information.