Surface Mat Carbon Cloth Fabric for Wind Turbine Blades, Sports, Electric Heating

Product Description

Introduction:
Carbon fibre surface mat is made up of countless carbon fibre staple fibres arranged in parallel, which intertwine longitudinally and horizontally on the mat to form a mat-like structure. It is used to increase the thickness and uniformity of the surface layer of the composite material, to enhance the impact and abrasion resistance of the surface layer, and also to improve the electrical conductivity of the composite material. Carbon fibre surface felting can be used to increase the surface roughness and reduce the surface gap, which in turn improves the bonding and interfacial shear strength of the composite material.
 

Application:
A:Carbon fibre base paper for fuel cells
B:Carbon Fibre Mats for Wind Turbine Blades.
C:Carbon Fibre Mat for Electric Heating.
D:Carbon Fibre Mat for High-end Sports Equipment; 

Specifications:

Item	Unit	JL-R25	JL-R20
Gram weight	g/m2	25±1	20±1
Thickness@5MPa	μm	320±20	250±20
Thickness@50MPa	μm	250±15	210±15
Warp tensile strength	N/5cm	>110N	>80N
Electrical resistivity	Ω*cm	<15Ω	<20Ω

Other Carbon Fiber Fabrics

Introduction:
Plain and twill woven carbon fabric is light weight, high strength and high modulus. It has good resistance to fatigue, heat and corrosion.

Typical Uses:
aviation, automobile, bicycle, surfboard, suite case, reinforcement to helmet, buildings…

Specifications:

Type	Yarn		Weave	Density(10mm)		Weight (g/m2)	Thickness (mm)	Width (cm)
	Warp	Weft		Warp	Weft
JZZ01P-100	1k	1k	plain	7.5	7.5	100	0.14	80-150
JZZ01T-100	1k	1k	twill	7.5	7.5	100	0.14	80-150
JZZ01P-120	1k	1k	plain	9	9	120	0.16	80-150
JZZ01T-120	1k	1k	twill	9	9	120	0.16	80-150
JZZ01P-140	1k	1k	plain	10.5	10.5	140	0.17	80-150
JZZ01T-140	1k	1k	twill	10.5	10.5	140	0.17	80-150
JZZ01E-140	1k	1k	Satin	12	12	160	0.18	80-150
JZZ03P-180	3k	3k	plain	4.5	4.5	180	0.28	80-150
JZZ03T-180	3k	3k	twill	4.5	4.5	180	0.28	80-150
JZZ03P-200	3k	3k	plain	5	5	200	0.3	80-150
JZZ03T-200	3k	3k	twill	5	5	200	0.3	80-150
JZZ03P-240	3k	3k	plain	6	6	240	0.32	80-150
JZZ03T-240	3k	3k	twill	6	6	240	0.32	80-150
JZZ03P-280	3k	3k	plain	7	7	280	0.34	80-150
JZZ03T-280	3k	3k	twill	7	7	280	0.34	80-150
JZZ03E-320	3k	3k	Satin	8	8	320	0.36	80-150
JZZ06P-280	6k	6k	plain	3.5	3.5	280	0.36	80-150
JZZ06T-280	6k	6k	twill	3.5	3.5	280	0.36	80-150
JZZ06P-320	6k	6k	plain	4	4	320	0.38	80-150
JZZ06T-320	6k	6k	twill	4	4	320	0.38	80-150
JZZ06P-400	6k	6k	plain	5	5	400	0.42	80-150
JZZ06T-400	6k	6k	twill	5	5	400	0.42	80-150
JZZ12P-400	12k	12k	plain	2.5	2.5	400	0.46	80-150
JZZ12T-400	12k	12k	twill	2.5	2.5	400	0.46	80-150
JZZ12P-480	12k	12k	plain	3	3	480	0.52	80-150
JZZ12T-480	12k	12k	twill	3	3	480	0.52	80-150
JZZ12P-640	12k	12k	plain	4	4	640	0.64	80-150
JZZ12T-640	12k	12k	twill	4	4	640	0.64	80-150

Multiaxial Carbon Fiber Fabrics

Fabric Specification	Total Weight (g/m2)	0°	90°	+45°	-45°	Stitching Yarn (g/m2)	Binder(g/m2)
C-PN600-12	602			300	300	2
C-PN600-50	602			300	300	2
C-LT400-12	402	200	200			2
C-LT600-50	602	300	300			2
C-TX500-12	502	200		150	150	2
C-QX600-12	602	150	150	150	150	2
C-L150-12-B	174	150	12			4	8
C-P150-12-B	176			150	10	8	8
C-N150-12-B	176			10	150	8	8
C-L300-50-B	326	300	12			4	10
C-P300-12-B	328			300	10	8	10
C-N300-12-B	328			10	300	8	10
C-L600-50-B	628	600	12			4	12
C-PN260-12	262			130	130	2
C-LT260-12	262	130	130			2
C-PN400-12	402			200	200	2
C-QX400-12	402	100	100	100	100	2