AllPoints SC-128-64 1 Inch Screw Mach 1/4-20 for Industrial Fastening
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- High corrosion resistance ensures long-term durability
- Precise 1/4-inch diameter with 20 threads per inch
- Designed for secure fastening in demanding environments
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The GE/Hobart SC-128-64 Screw Mach Sf 1/4 20 X 1 is a precision-engineered fastener specifically designed for diverse industrial and commercial applications within the manufacturing and foodservice sectors. Manufactured by GE/Hobart, this screw features a 1/4-inch diameter with 20 threading per inch and a length of 1 inch, optimized for secure assembly and durable performance. Crafted from high-grade materials, it provides excellent corrosion resistance and strength for demanding environments, making it suitable for machinery maintenance, equipment assembly, and specialized equipment requiring precise fastening solutions. Its rugged construction enhances reliability in high-vibration settings while ensuring consistent torque and ease of installation. The product's design addresses technical needs for high durability and precise fitment in critical assembly tasks, earning recognition among industry professionals seeking dependable hardware components.
The SC-128-64 screw provides a high-quality fastener solution tailored for commercial and industrial food processing or equipment assembly. Its precise thread pitch and robust alloy construction facilitate secure fastening, reducing downtime and rework. Designed for easy installation and long-term durability, it withstands harsh operational conditions common in food manufacturing environments and equipment maintenance workflows.
Ideal for precision fastening in manufacturing or equipment repair workflows.
The GE/Hobart SC-128-64 screw is designed to meet rigorous industrial standards, featuring a 0.4-inch width, 1-inch length, and weighing just 0.02 lbs. Manufactured from durable, corrosion-resistant materials suitable for high-stress environments, it is intended for assembly applications requiring secure fitment and long service life. The screw’s dimensions and thread pitch are precisely engineered for compatibility with a wide range of machinery components, offering optimal performance in demanding commercial kitchens and industrial food processing units. Easy to handle and install, it is suitable for use in environments where equipment reliability and quick maintenance are critical, with a straightforward disassembly process to facilitate routine servicing. Its construction supports safe operation within temperature ranges typical of industrial applications, ensuring consistent performance and safety compliance.
A commercial screw is a high-precision fastener used for securing machinery and equipment in industrial, manufacturing, or foodservice settings. The GE/Hobart SC-128-64 Screw Mach Sf 1/4 20 X 1 features a 1/4-inch diameter, 20 threads per inch, and a 1-inch length, designed for applications requiring strong, reliable fastenings. It is installed in machinery, fixtures, or equipment that demands precise fitment and durability to withstand operational stresses, including vibration and temperature fluctuations. Its specific dimensions enable compatibility across diverse equipment models, making it suitable for use in maintenance, assembly, and fabrication tasks responsible for ensuring operational efficiency in commercial kitchens, food processing plants, and manufacturing facilities.
The GE/Hobart SC-128-64 fasteners are built for moderate workload applications in commercial manufacturing and food processing environments, ensuring dependable assembly and maintenance performance. Designed by AllPoints for factory repair, they are ideal for equipment installation or repair in busy foodservice or industrial settings, supporting operational uptime and safety.
Surface quality, precise dimensions, and high-grade material set the GE/Hobart SC-128-64 screw apart from standard fasteners. Its durable alloy resistant to corrosion and wear ensures long-lasting performance in demanding environments. The compact form factor simplifies installation and maintenance, improving assembly workflows and reducing downtime in industrial applications. Its design supports reliability and safety in equipment repair and manufacturing processes.
