Self-locking nut DIN985 KL. 6 ZN M10 1KG

⭐self-locking nut DIN985 KL.6 galvanized 1KG⭐ ✅ Self-locking: The self-locking nut has a special internal profile that prevents spontaneous loosening due to vibrations or loads. This is useful in situations where the structure must be stable and reliable. ✅ Strength Class 6: Class 6 means that the nut has a certain tensile strength and is designed for moderate loads. ✅ Galvanized: The galvanized nut is coated with a layer of zinc, which makes it resistant to corrosion. This allows it to be used in atmospheric conditions where there is a risk of rust. ✅ Practical hexagonal shape: is universal and very practical, enables easy manipulation with various tools. Thanks to this, our DIN 985 self-locking nut ensures simple assembly and disassembly, regardless of the tool used. ➡️DIN 985 class 6 hexagon nuts are widely used in various fields, here are some application examples:Construction: often used in building structures, especially in the case of wooden, metal or steel elements, to prevent self-loosening of connections due to vibrations or loads.Automotive: they can be used to fasten various components, such as shock absorbers, suspension or exhaust system components.Industrial machines and equipment: are widely used in the production of industrial machinery and equipment, where it is important to maintain the stability of connections under dynamic operating conditions.Metal structures: In the case of metal structures such as scaffolding, steel structures or trusses, DIN 985 self-locking nuts can be used to fasten and secure connections.Fence construction: Self-locking nuts can be used to fasten fence elements, which ensures the durability and safety of the fence. M3 s=5.50 e=6.08 w=4.00 M4 s=7.00 e=7.74 w=5.00 M5 s=8.00 e=8.87 w=5.00 M6 s=10.00 e=11.05 w=6.00 M8 s=13.00 e=14.38 w=8.00 M10 s=17.00 e=18.90 w=10.00 M12 s=19.00 e=21.10 w=12.00 M14 s=22.00 e=24.49 w=14.00 M16 s=24.00 e=26.76 w=16.00 M18 s=27.00 e=30.14 w=18.50 M20 s=30.00 e=33.53 w=20.00 M22 s=32.00 e=35.72 w=22.00 M24 s=36.00 e=39.98 w=24.00 M27 s=41.00 e=45.63 w=27.00 M30 s=46.00 e=51.28 w=30.00