M10 M16 Stainless steel K Nut SUS304 SUS316 A2-70 A4 Plain finish Customized Kep nuts

M10 M16 Stainless steel K Nut SUS304 SUS316 A2-70 A4 Plain finish Customized Kep nuts
 
 

 
Product Description:
 
K-nuts, also known as K-caps or flower tooth nuts, are nuts with a special structure whose main function is to lock and prevent loosening.K-nuts are characterised by a movable flower tooth piece pressed into one end of the hexagonal nut by means of a stamping process.
During the locking process, the elasticity of the floral teeth and the anti-slip teeth of the floral teeth are used to achieve the purpose of locking and anti-loosening.K-type axial precision locking nuts achieve the fastening of the workpiece through the free friction locking principle. When the nut rotates, friction is generated between the threads and the workpiece, which results in radial force between the threads and thus achieves the fixing effect.
 
Structural features
1. Appearance shape:
The appearance of K-nuts is K-shaped, that is, when viewed from the side, its outline shows the shape of the letter K, hence its name.
2 Internal thread: K-nuts are threaded internally for use with screws or bolts.
3. Two openings: K-nuts have two openings, usually in the shape of a semicircle, which makes it easy to clamp or release the bolt or screw.
4. Function
 
Locking function:
The K-nut is often used in applications where extra locking force is required. It is structurally designed so that the nut clamps onto the bolt or screw during tightening, providing additional resistance and thus reducing the risk of loosening. This is important for components that are subject to frequent vibration or external forces.
Easy installation:
Because the K-nut has two openings, it is easier to install and remove versus a traditional hex nut without having to completely disengage the nut.
Reduced Thread Wear:
Since the K-nut provides additional friction, it reduces thread wear, thereby extending the life of the bolt or screw.
 
Applications
K-nuts have some unique features and advantages over hexagonal nuts, and the following are their main differences:
1. Structure and appearance:
K-nuts: K-nuts have a K-shaped appearance and look like the letter K when viewed from the side. they usually have two semi-circular openings.
Hexagonal Nuts: Hexagonal nuts have a hexagonal appearance with six flat sides and six corners.
2. Locking properties:
K-Nuts: K-nuts are designed to provide additional locking force. Their special structure allows them to clamp more tightly to the bolt or screw, reducing the risk of loosening.
Hexagonal Nuts: Hexagonal nuts provide a basic tightening function, but are usually less effective than K-nuts in preventing loosening.
3. Installation and removal:
K-nuts: K-nuts have two openings, which makes them easier to install and remove than hexagonal nuts, without having to completely disengage the nut.
Hexagonal nuts: Hexagonal nuts require the use of a spanner or spanner to tighten and remove them and usually require more space.
 
Has a thick dense pure zinc layer covering the surface of steel fasteners, it can avoid the steel substrate and any corrosive solution contact, protect the steel fastener substrate from corrosion. In the general atmosphere, the surface of the zinc layer forms a very thin and dense zinc oxide layer surface. It is very difficult to dissolve in water, so the steel fastener substrate plays a certain protective role. If zinc oxide and other components of the atmosphere to generate insoluble zinc salt, the anti-corrosion effect is more ideal; with zinc - iron alloy layer, combined with dense, in the marine salt spray atmosphere and industrial atmosphere in the performance of the unique corrosion resistance; due to the combination of solid, zinc - iron mutual solubility, with a strong wear resistance; due to the zinc has good ductility, the alloy layer and the steel substrate adhesion. Because of the good ductility of zinc, the alloy layer is firmly attached to the steel substrate, so hot-dip galvanising can be used for cold punching, rolling, drawing, bending and other moulding processes without damaging the plating layer; hot-dip galvanising of steel structural parts is equivalent to an annealing process, which can effectively improve the mechanical properties of the steel substrate, eliminate the stresses of the steel parts moulding and welding, which is conducive to the steel structural parts for turning; the surface of the hot-dip galvanising of the fasteners is bright and beautiful; pure zinc is the most plastic layer of the hot-dip galvanising. The pure zinc layer is the most plastic layer of zinc, its nature is basically close to pure zinc, with good ductility.
 
Galvanising is a surface treatment technique of plating a layer of zinc on the surface of metals, alloys or other materials to provide a beautiful and rust-resistant appearance. The colour of zinc after galvanising is silver-white, and the colour after passivation of galvanising can be white, coloured, army green, etc.
 

 
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