**Technical Data**
Material:	100% carbon fiber	Yarn (warp):	1k carbon fiber
Pattern:	Twill	Yarn (weft):	1k carbon fiber
Weight :	100gsm	Width:	10-150cm
Density(warp):	7.5/10cm	Thickness:	0.15mm
Warp tensile strength	>300N/25mm	Weft tensile strength	>240N/25mm
Density(weft):	7.5/10cm	Color:	Black

**Technical Data**
Material:	100% carbon fiber
Pattern:	Twill
Weight :	100gsm
Density(warp):	7.5/10cm
Density(weft):	7.5/10cm
Yarn Count(warp):	1k carbon fiber
Yarn Count(weft):	1k carbon fiber
Width:	10-150cm
Warp tensile strength	>300N/25mm
Weft tensile strength	>240N/25mm
Thickness:	0.15mm
Color	Black

Product Description

The "K" of carbon fiber fabric stands for the number of carbon fiber tows, and 1K means there are 1,000 filaments in a bundle of carbon fiber. 120 grams and 80 grams refer to the weight of carbon fiber fabric per square meter.

120 grams 1K carbon fiber fabric

- Advantages

- High strength: Because it is heavier and has a higher carbon fiber content, it can withstand greater external forces such as tension and has a good reinforcement effect.

- Thickness is relatively large: It is more suitable in scenarios where a certain thickness needs to be increased to meet specific requirements.

- Disadvantages

- Slightly less flexible: Compared with 80 grams, it has a harder texture and is limited in some application scenarios that require bending and fitting complex shapes.

- Higher cost: Due to the high carbon fiber content, the price is generally more expensive.

- Application scenarios

- Exquisite electronic products: It can reduce the weight of electronic products, improve strength, and beautify the static view.

- Repair of industrial equipment with extremely high strength requirements: such as key load-bearing parts of large machinery.

80g 1K carbon fiber fabric

- Advantages

- Good flexibility: It can be well attached to the surface of objects with various complex shapes, which is convenient for construction operations.

- Low cost: The price is relatively cheap and economical.

- Disadvantages

- Relatively weak strength: For some scenes with high strength requirements, it may not meet the needs.

- Limited protection ability: If used in places with high protection requirements, the thinner thickness will make its protection performance insufficient.

- Application scenarios

- Appearance repair: For example, repairing the surface of automobiles, sports equipment, etc., restoring the appearance while increasing a certain strength.

- Reinforcement of products with complex shapes and not particularly high strength requirements: such as some artistic carbon fiber products.