







Introducing a comprehensive overview of our expertly crafted square nuts:
• Shape and Structure: Our square nuts boast a classic four-sided shape with precise right angles, engineered for perfection. Each nut is crafted with standard internal threads, allowing seamless integration with corresponding bolts or screws. This ensures an impeccable secure connection that you can rely on.
• Specification and Size: Catering to a diverse array of needs, our nuts are available in common thread specifications ranging from M3 to M16, and beyond. Each specification offers varying side lengths, thicknesses, thread diameters, and pitches to ensure the perfect fit for your specific requirements.
Material Characteristics: Choose from our selection of high-quality metal materials, including robust carbon steel for its strength and cost-efficiency, resilient stainless steel for its unparalleled corrosion and rust resistance, or copper alloy known for its excellent conductivity and thermal management.
Manufacturing Process: Our production process employs advanced metalworking techniques such as turning, milling, cold heading, and hot forging. Each nut is meticulously finished with surface treatments like galvanizing, nickel plating, and chrome plating to enhance its corrosion resistance, wear resistance, and aesthetic appeal.
• Application Field: These versatile square nuts have broad applications. In architecture, they securely connect and fix building components. In mechanical manufacturing, they withstand substantial lateral forces. Automotive sectors utilize them for chassis, body, and part connections. Additionally, they are pivotal in power engineering, communication equipment, and furniture manufacturing.
Performance Advantages: Square nuts stand out with their superior stability provided by four corners, offering unmatched support and positioning. Their design simplifies the use of wrenches and other tools, ensuring effortless operation. Known for their exceptional anti-loosening properties, they maintain reliable fixation under various conditions.