Security bolts din931 - 10.9 without nut
Security bolts DIN 931 - 10.9 without nut: These are hex head bolts with partial thread according to DIN 931, strength class 10.9, supplied without a nut. They are designed for high tensile strength and are often used in constructions where a strong yet detachable connection is required, and the nut is supplied separately or already present.
808-410-1000
€0.53 incl. VAT
Security bolts din931 - 10.9 without nut
High-Strength Security Bolts DIN 931 - 10.9 (without nut) from RDM Parts for Critical Connections
RDM Parts offers high-strength security bolts conforming to the DIN 931 standard and in extreme strength class 10.9, supplied without a corresponding nut. These bolts are engineered for critical connections that must withstand the heaviest tensile, shear, and bending forces, where maximum safety, reliability, and resistance to unexpected failure are paramount. The DIN 931 standard specifies hex head bolts with partial threading, making them ideal for applications requiring a precise fit and high shear resistance in the unthreaded shank portion. Strength class 10.9 indicates very high tensile and yield strength, rendering these bolts exceptionally robust and resistant to breakage or deformation under extreme stress. They are frequently used in highly loaded structural components, heavy agricultural machinery, industrial equipment, and automotive chassis where uncompromising strength is a must. Manufactured from high-grade hardened steel, often with protective coatings for enhanced corrosion resistance, our security bolts guarantee superior integrity and an extended service life. With security bolts DIN 931 - 10.9 from RDM Parts, you ensure extremely robust and fail-safe connections, crucial for the safe and continuous operation of your most demanding applications.
Contact
Contact RDM Parts for expert advice on selecting the correct security bolts DIN 931 - 10.9 that match your specific application, extreme load requirements, and desired strength class, ensuring ultimate safety and durability.