S-98930A233 M10 x 90 mm ISO 8678 Carriage Bolts

Key Features & Benefits at a Glance

• Superior corrosion resistance with zinc yellow-chromate plating, ideal for harsh industrial environments
• Exceptional strength and durability from Class 8.8 rating and 110,000 PSI tensile strength for heavy-duty applications
• Reliable anti-rotation performance due to the integrated square neck design, preventing loosening under vibration
• Optimized for metric systems with M10 x 1.5 coarse threading and Class 6g fit for precise, secure fastening
• Enhanced material hardness at Rockwell C22 ensures long-term wear resistance and structural integrity
• Versatile partial threading allows for secure clamping while simplifying installation in various materials
• Globally recognized quality with ISO 8678 compliance, ensuring consistent performance and interchangeability

Professional Applications & Engineering Value

This M10 carriage bolt is engineered to address critical challenges in industrial and construction settings where vibration, heavy loads, and environmental exposure are common. The zinc yellow-chromate plated steel construction provides a robust barrier against rust and corrosion, extending service life in outdoor or humid conditions. Its square neck design locks securely into materials, eliminating spin-out during tightening and maintaining alignment in assembled structures. With a partially threaded shank and right-hand metric thread, it offers efficient installation and reliable grip in wood, metal, and composite assemblies. The Class 8.8 strength and controlled hardness ensure it withstands dynamic stresses, making it a trusted heavy-duty fastener for machinery, framing, and infrastructure projects.

Specification Summary & Compliance

This carriage bolt adheres to precise dimensional and performance standards, including ISO 8678 specifications. Threading conforms to Metric M10 x 1.5 coarse with a Class 6g tolerance for consistent fit. The partially threaded design provides a minimum thread length of 26 mm. Manufacturing follows recognized industrial practices, and the materials used comply with common regulatory guidelines for safety and environmental standards, supporting reliable integration in global supply chains.