· Excellent heat resistance: NAS630 steel plate usually contains high - heat - resistant resins (such as epoxy resin or polyimide) and reinforcing materials (such as glass fiber or carbon fiber). During the lamination process, the NAS630 steel plate can withstand high - temperature environments, is not prone to deformation or degradation, ensuring the stability and reliability of the laminated structure.
· During the lamination process, the NAS630 steel plate can reduce dimensional changes caused by temperature variations, avoid stress concentration between laminated materials, and improve the dimensional stability and reliability of the product.
· The resin matrix and reinforcing materials of NAS630 steel plate have excellent chemical corrosion resistance. During the lamination process, the NAS630 steel plate can resist the erosion of chemicals such as acids, alkalis, and solvents, ensuring the long - term stability of the laminated material in harsh environments.
· NAS630 steel plate uses lightweight reinforcing materials (such as carbon fiber or aramid fiber). During the lamination process, the NAS630 steel plate can achieve lightweight design, reducing the weight of the final product while maintaining high strength and high rigidity, making it suitable for weight - sensitive application fields such as aerospace and automotive.
· The resin matrix and reinforcing materials of NAS630 steel plate have high fatigue resistance. During the lamination process, the NAS630 steel plate can withstand repeated stress cycles, avoid the failure of the laminated structure due to fatigue, and extend the service life of the product.
Excellent Heat Resistance[1] ：The NAS630 steel plate is composed of high-heat-resistant resins, such as epoxy resin or polyimide, combined with reinforcing materials like glass fiber or carbon fiber. This composition allows the NAS630 steel plate to withstand high-temperature environments during the lamination process without deformation or degradation. As a result, it ensures the stability and reliability of the laminated structure, making it ideal for applications in industries such as aerospace, automotive, and electronics where thermal stability is critical.
Dimensional Stability[2] ：During the lamination process, the NAS630 steel plate minimizes dimensional changes caused by temperature variations. This reduces stress concentration between laminated materials, enhancing the dimensional stability and reliability of the final product. This feature is particularly beneficial in precision engineering and high-performance applications where maintaining exact dimensions is crucial.
Chemical Corrosion Resistance[3] :The resin matrix and reinforcing materials of the NAS630 steel plate provide excellent resistance to chemical corrosion. During the lamination process, the NAS630 steel plate can withstand exposure to harsh chemicals such as acids, alkalis, and solvents. This ensures the long-term stability of the laminated material in corrosive environments, making it suitable for use in chemical processing plants, marine applications, and other industries where chemical resistance is essential.
Lightweight Design:T[4] he NAS630 steel plate utilizes lightweight reinforcing materials such as carbon fiber or aramid fiber, enabling a lightweight design without compromising strength or rigidity. During the lamination process, this reduces the overall weight of the final product while maintaining high performance. This makes the NAS630 steel plate ideal for weight-sensitive applications in industries such as aerospace, automotive, and sports equipment manufacturing.
High Fatigue Resistance[5] :The resin matrix and reinforcing materials of the NAS630 steel plate exhibit high fatigue resistance, allowing the plate to withstand repeated stress cycles during the lamination process. This prevents fatigue failure in the laminated structure, extending the service life of the product. This feature is particularly valuable in applications where materials are subjected to continuous mechanical stress, such as in automotive components and industrial machinery.
project | NAS630 | |
Mass-Lam | Pin-Lam | |
Thickness | 1.0~2.5mm | 1.0~2.5mm |
Width | ≦1300mm | ≦1300mm |
Length | ≦2410mm | ≦2410mm |
Plate thickness tolerance | ±0.05mm | ±0.05mm |
Roughness | Ra≦0.15㎛ Rz≦1.5㎛ | Ra≦0.15㎛ Rz≦1.5㎛ |
Hole-to-hole tolerances for positioning holes | -- | +0.1/-0mm |
Standard bushing slot hole tolerances | -- | +0.05/-0mm |
Warpage degree | ≦3mm/m | ≦3mm/m |
Dimension tolerances | -0/+1mm | -0/+1mm |
Endurance | ≧1175（N/mm²） | ≧1175（N/mm²） |
Tensile strength | ≧1400（N/mm²） | ≧1400（N/mm²） |
Extensionality | ≧5% | ≧5% |
Hardness ( HRC ) | 50±2 | 50±2 |
Type | C | Si | Mn | Ni | Cr | Mo | Cu | other |
NAS630 | ≦0.07 | ≦1 | ≦1 | 3~5 | 15~17.5 | - | 3~5 | Nb0.15~0.45 |
NAS301 | ≦0.15 | ≦1 | ≦2 | 6~8 | 16~18 | - | - | - |
Steel plate type | Project | Scope of application | Standard value |
NAS630 | specific gravity | - | 8.03 |
mean coefficient of thermal expansion （10-6/℃） | 0-400℃ | 10~12 |
Steel plate type | bench markW/（m*k） | 0-200℃ | 200-400℃ |
NAS630 | 18~23 | 18 | 23 |
Service quality assurance : Ensure that service providers have the professional skills and good attitude to provide high-quality services. Timely response and solve problems, for customer problems and needs, service support personnel should respond in a timely manner and give effective solutions.
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