Carbon Fiber Surface Mat is a non-woven carbon fiber reinforcement used as a surface or intermediate layer in composite manufacturing. Yuruis supplies 10g, 30g and 60g grades, as well as conductive and application-specific options for CFRP manufacturers and industrial composite processors.
The material is selected according to the required basis weight, fiber distribution, dimensions, electrical requirements and position within the laminate. These factors are more useful for material selection than choosing a grade by weight alone.
This material has a non-woven fiber structure rather than the defined weave pattern found in carbon fiber fabric. The fibers are distributed through the mat, allowing it to be incorporated into composite laminates as a surface or intermediate layer.
Its role depends on the design of the finished component. In some laminates, the material is used where a lightweight carbon fiber layer is required; in others, it forms part of a conductive or application-specific composite structure.
Yuruis offers different basis weights for applications with different laminate and layer requirements. The main options are 10g, 30g and 60g, with the suitable grade depending on the required material weight, layer thickness and composite structure.
The 10g grade is suitable for applications where a lightweight non-woven carbon fiber layer is required. It can be used as a thin surface or intermediate layer according to the laminate design.
The 30g grade provides a higher basis weight than the 10g option and can be selected for composite structures requiring a more substantial mat layer. The final specification should match the laminate and processing conditions.
The 60g grade is intended for applications requiring a higher-weight non-woven carbon fiber layer. Its use should be determined by the required laminate construction and the role of the material in the finished component.
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Basis Weight |
Material Profile |
Typical Selection Consideration |
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10g |
Low basis weight |
Thin or lightweight layers |
|
30g |
Medium basis weight |
General surface or intermediate layers |
|
60g |
Higher basis weight |
More substantial carbon fiber layers |
Some projects require more than a lightweight non-woven reinforcement. For conductive composites or industrial structures, the material specification needs to be matched to the function of the finished component and its manufacturing conditions.
This grade is intended for composite applications where electrical conductivity is part of the material requirement. Electrical specifications should be confirmed according to the finished composite and its intended use.
This option is intended for electric vehicle composite applications where conductive material requirements form part of the component specification. The appropriate grade should be confirmed with the complete composite design.
For industrial composite production, selection can be based on the component structure, resin system, processing conditions and operating environment rather than basis weight alone.
For composite storage tank applications, the material should be evaluated together with the resin system, laminate construction and service environment. These factors help determine whether the selected grade is suitable for the intended structure.
For a quotation or technical review, the product name alone does not define the complete material requirement. Providing the following information can make specification and production discussions more precise.
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Item |
Details to Confirm |
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Basis weight |
Required gsm and acceptable tolerance |
|
Dimensions |
Roll width, length and cutting requirements |
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Fiber specification |
Carbon fiber type and material construction |
|
Electrical properties |
Conductive requirements where applicable |
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Resin and process |
Resin system, lay-up method and forming conditions |
|
End application |
Finished component, equipment or composite structure |
|
Order quantity |
Trial requirement, batch size or regular order volume |
The material can be incorporated into composite components used in automotive and electric vehicle applications, industrial equipment, storage tank structures and other CFRP products. The specific grade should be determined by the role of the mat within the laminate rather than by the end-use category alone.
For conductive applications, the required electrical characteristics should be established before production. For industrial structures, the resin system, laminate construction and operating environment also need to be reviewed.
Taizhou Yuruis New Materials Co., Ltd. supplies carbon fiber and glass fiber reinforcement materials for composite manufacturing. Its product range covers surface mats, carbon fiber fabrics, composite mats and prepreg materials for different production requirements.
For sourcing and technical inquiries, customers can provide the required basis weight, dimensions, application, processing method and order quantity. Yuruis can discuss the applicable material specification based on the intended composite structure.
It is a non-woven carbon fiber reinforcement supplied in mat or veil form. Depending on the product specification, it can be incorporated into a composite laminate as a surface or intermediate layer.
The main structural difference is the fiber arrangement. A surface mat has a non-woven structure, while carbon fiber fabric uses a defined woven construction. Their roles within a composite laminate are therefore not necessarily the same.
The choice should be based on the required basis weight, laminate design, layer position, material thickness and manufacturing process. The finished component should be considered before confirming the grade.
Yes. Yuruis offers conductive carbon fiber mat options for applications where electrical characteristics are part of the material specification.
Useful information includes basis weight, dimensions, fiber specification, electrical requirements if applicable, resin and processing method, end application and order quantity.