When assembling bolts and nuts, it is essential to ensure a strong and reliable connection. The Spring washer DIN 127B M12 offers exactly that. Thanks to its self-locking design, this washer effectively prevents bolts and nuts from loosening due to vibrations or movement.
These spring washers are made from spring steel, known for its resilience and durability. The electrolytic galvanization provides extra protection against corrosion, making the washers suitable for various applications, both indoors and outdoors.
These specifications ensure a perfect fit for M12 bolts and nuts, maximizing the effectiveness of the locking.
Whether you are working on cars, machines, or other constructions, these spring washers are suitable for a wide range of applications. They are ideal for situations where vibrations or dynamic loads occur, and where reliable locking of bolt connections is crucial.
These spring washers are supplied in a set of 50 pieces, so you have enough stock for multiple projects or applications. This makes it a cost-effective choice for both professionals and DIY enthusiasts.
The spring washers are easy to install: place the washer between the nut and the surface to be fastened, and tighten the nut firmly. The spring washer will do its job by keeping the connection under tension and preventing loosening.
These spring washers comply with the DIN 127B standard, which guarantees standardized quality and reliability. This means you can rely on the performance and durability of these washers in your applications.
Self-locking spring washers M10 according to DIN127B, electrolytically galvanized for optimal protection against corrosion.
Self-locking spring washers M16, electrolytically galvanized, prevent loosening of bolts and nuts.
Self-locking spring washers M4, electrolytically galvanized, prevent loosening of bolts and nuts.
Self-locking spring washers DIN127B M7, electrolytically galvanized, prevent bolts and nuts from loosening.
M10 spring washer made of stainless steel A2 according to DIN127B, prevents loosening due to vibrations.