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Stainless steel non-standard screws play a critical role in specialized industrial applications where standard fasteners fail to meet specific requirements. Among these, the lathe-produced non-standard bolt specified as 1/48.827 stands out for its tailored design and threaded structure, engineered to deliver reliable performance in custom assembly scenarios.
This component is defined by its key parameters: a 1/4-inch thread size, 8.8-grade strength rating, and an overall length of 27 millimeters. The 1/4-inch thread specification ensures compatibility with mating parts requiring fine, precise connections, while the 8.8 grade indicates high tensile strength, making it suitable for applications involving moderate to heavy loads. The 27mm length is customized to fit specific assembly depths, avoiding issues like over-extension or insufficient engagement common with standard-length fasteners.
Crafted from stainless steel, this non-standard screw offers excellent corrosion resistance, making it ideal for use in humid, outdoor, or chemical-exposed environments—such as marine equipment, food processing machinery, or outdoor infrastructure. The material’s inherent durability also ensures long-term performance without degradation, reducing maintenance needs.
Produced via lathe machining, the bolt features a precision-threaded section that guarantees secure mating with nuts or tapped holes. The threading is uniformly cut to ensure consistent torque application and prevent loosening under vibration, a critical factor in machinery, automotive subassemblies, or industrial fixtures.
As a non-standard part, it addresses unique engineering challenges where off-the-shelf fasteners lack the required dimensions, strength, or material properties. Typical applications include custom machinery builds, specialized tooling, prototype assemblies, and retrofitting older equipment with updated components.
In summary, this stainless steel non-standard lathe bolt (1/48.827 with thread) combines material durability, precision engineering, and customized dimensions to deliver reliable, application-specific fastening solutions. Its design underscores the importance of non-standard components in bridging gaps between standard hardware limitations and the precise needs of modern industrial assembly.
