Nuts

• These shear nuts are zinc plated.
• They provide a high security, permanent fastening, as the hexagonal part of the nut shears off at a pre-determined torque, leaving a totally tamper-proof cone.

• These shear nuts are zinc plated.
• They provide a high security, permanent fastening, as the hexagonal part of the nut shears off at a pre-determined torque, leaving a totally tamper-proof cone.

• These shear nuts are zinc plated.
• They provide a high security, permanent fastening, as the hexagonal part of the nut shears off at a pre-determined torque, leaving a totally tamper-proof cone.

• Wing nuts are a convenient alternative to the standard hex nut, and allow hand tightening rather than having to use spanners or other tools.
• The nuts are bright zinc plated for increased corrosion resistance.

• Hexagon half nuts.
• Brass finish.

• Stover locking nuts.
• These locknuts are vibration resistant self-locking nuts, which are resistant to shocks, vibration and dynamic loads – and they can be reused a number of times.
• The locking function is achieved by the deformation of part of the nut. The nut will run smoothly until it reaches the deformed part, after which the clamping force will increase.

• Dome nuts provide a more aesthetically pleasing finish to a standard nut.
• Stainless steel grade 304 (A2) or 316 (A4)).

• Square nuts provide a more aesthetically pleasing finish to a standard nut.
• Stainless steel grade 304 (A2) or 316 (A4).

Stainless steel does not readily corrode, rust or stain with water as ordinary steel does. However, it is not fully stain-proof in low-oxygen, high salinity, or poor air-circulation environments. There are different grades and surface finishes of stainless steel to suit the environment the alloy must endure. Stainless steel is used where both the properties or steel and corrosion resistance are required.

• Stover locking nuts.
• These locknuts are vibration resistant self-locking nuts, which are resistant to shocks, vibration and dynamic loads – and they can be reused a number of times.
• The locking function is achieved by the deformation of part of the nut. The nut will run smoothly until it reaches the deformed part, after which the clamping force will increase.

• Dome nuts provide a more aesthetically pleasing finish to a standard nut.
• Stainless steel grade 304 (A2) or 316 (A4).

Stainless steel does not readily corrode, rust or stain with water as ordinary steel does. However, it is not fully stain-proof in low-oxygen, high salinity, or poor air-circulation environments. There are different grades and surface finishes of stainless steel to suit the environment the alloy must endure. Stainless steel is used where both the properties or steel and corrosion resistance are required.

• Dome nuts provide a more aesthetically pleasing finish to a standard nut.
• Bright zinc plated CR3+ DIN1587.

• Hexagon half nuts.
• Stainless steel grade 304 (A2) or 316 (A4) .

• Hexagon half nuts.
• Stainless steel grade 304 (A2) or 316 (A4).

• Hexagon half nuts.
• Stainless steel grade 304 (A2) or 316 (A4).

• Hexagon half nuts.
• Bright zinc plated CR3+ DIN439B.

• These hexagon half nuts are zinc plated for increased resistance to corrosion.
• Self colour.

• These hexagon nuts are manufactured from stainless steel grade 304 (A2) or 316 (A4) for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are manufactured from stainless steel grade 304 (A2) or 316 (A4) for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are galvanised for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• A nyloc hexagon nut is a fastener that incorporates a nylon component to effectively lock the nut into position on the bolt.
• The nylon component has a smaller inside diameter than the actual nut.
• This locks the nut in place by squeezing the nylon firmly around the bolt when tightened.
• Unlike a standard locking washer, the nyloc nut prevents the nut from loosening under vibration as the nylon is tightly wedged into the bolt threads and provides resistance to turning when tightened.
• The nuts are stainless steel grade 304 (A2) or 316 (A4) for increased resistance to corrosion.
• Their hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• A nyloc hexagon nut (type T) is a fastener that incorporates a nylon component to effectively lock the nut into position on the bolt.
• The nylon component has a smaller inside diameter than the actual nut.
• This locks the nut in place by squeezing the nylon firmly around the bolt when tightened.
• Unlike a standard locking washer, the nyloc nut prevents the nut from loosening under vibration as the nylon is tightly wedged into the bolt threads and provides resistance to turning when tightened.
• The nuts are galvanised for increased resistance to corrosion.
• Their hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• A nyloc hexagon nut (type P) is a fastener that incorporates a nylon component to effectively lock the nut into position on the bolt.
• The nylon component has a smaller inside diameter than the actual nut.
• Type P are slightly taller than the type T version.
• This locks the nut in place by squeezing the nylon firmly around the bolt when tightened.
• Unlike a standard locking washer, the nyloc nut prevents the nut from loosening under vibration as the nylon is tightly wedged into the bolt threads and provides resistance to turning when tightened.
• The nuts are zinc-plated for increased resistance to corrosion.
• Their hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• A nyloc hexagon nut (type T) is a fastener that incorporates a nylon component to effectively lock the nut into position on the bolt.
• The nylon component has a smaller inside diameter than the actual nut.
• This locks the nut in place by squeezing the nylon firmly around the bolt when tightened.
• Unlike a standard locking washer, the nyloc nut prevents the nut from loosening under vibration as the nylon is tightly wedged into the bolt threads and provides resistance to turning when tightened.
• The nuts are zinc-plated for increased resistance to corrosion.
• Their hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are bright zinc plated for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are bright zinc plated for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are manufactured from stainless steel grade 304 (A2) or 316 (A4) for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are manufactured from stainless steel grade 304 (A2) or 316 (A4) for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are galvanised for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• A nyloc hexagon nut is a fastener that incorporates a nylon component to effectively lock the nut into position on the bolt.
• The nylon component has a smaller inside diameter than the actual nut.
• This locks the nut in place by squeezing the nylon firmly around the bolt when tightened.
• Unlike a standard locking washer, the nyloc nut prevents the nut from loosening under vibration as the nylon is tightly wedged into the bolt threads and provides resistance to turning when tightened.
• The nuts are stainless steel grade 304 (A2) or 316 (A4) for increased resistance to corrosion.
• Their hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• A nyloc hexagon nut (type T) is a fastener that incorporates a nylon component to effectively lock the nut into position on the bolt.
• The nylon component has a smaller inside diameter than the actual nut.
• This locks the nut in place by squeezing the nylon firmly around the bolt when tightened.
• Unlike a standard locking washer, the nyloc nut prevents the nut from loosening under vibration as the nylon is tightly wedged into the bolt threads and provides resistance to turning when tightened.
• The nuts are galvanised for increased resistance to corrosion.
• Their hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• A nyloc hexagon nut (type P) is a fastener that incorporates a nylon component to effectively lock the nut into position on the bolt.
• The nylon component has a smaller inside diameter than the actual nut.
• Type P are slightly taller than the type T version.
• This locks the nut in place by squeezing the nylon firmly around the bolt when tightened.
• Unlike a standard locking washer, the nyloc nut prevents the nut from loosening under vibration as the nylon is tightly wedged into the bolt threads and provides resistance to turning when tightened.
• The nuts are zinc-plated for increased resistance to corrosion.
• Their hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• A nyloc hexagon nut (type T) is a fastener that incorporates a nylon component to effectively lock the nut into position on the bolt.
• The nylon component has a smaller inside diameter than the actual nut.
• This locks the nut in place by squeezing the nylon firmly around the bolt when tightened.
• Unlike a standard locking washer, the nyloc nut prevents the nut from loosening under vibration as the nylon is tightly wedged into the bolt threads and provides resistance to turning when tightened.
• The nuts are zinc-plated for increased resistance to corrosion.
• Their hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are bright zinc plated for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are galvanised for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are bright zinc plated for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are manufactured from stainless steel grade 304 (A2) or 316 (A4) for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are manufactured from stainless steel grade 304 (A2) or 316 (A4) for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are manufactured from stainless steel grade 304 (A2) or 316 (A4) for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are manufactured from stainless steel grade 304 (A2) or 316 (A4) for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

• These hexagon nuts are galvanised for increased corrosion resistance.
• The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.