DIN Standard Components

A shoulder bolt, also known as a shoulder screw or stripper bolt, is a type of fastener that has a partially threaded shank with an unthreaded shoulder section between the head and the threads. The unthreaded shoulder portion provides a surface for rotational movement or alignment, and it also acts as a spacer or shaft for various applications, including DIN Standard Components.

Key features of a shoulder bolt include :
1) Head Type : Shoulder bolts typically have a head on one end, which can be a variety of types such as hex, socket, or slotted.
2) Shoulder : The unthreaded shoulder section between the head and the threaded portion provides a smooth and precise surface. This shoulder can vary in length depending on the application requirements.
3) Threaded Portion: The other end of the shoulder bolt has a threaded section, which allows for secure fastening into a threaded hole.

Shoulder bolts are commonly used in machinery, equipment, and manufacturing applications where precise spacing, alignment, or rotational movement is required. They are chosen over standard bolts in situations where a specific gap or distance needs to be maintained, and the smooth shoulder surface plays a crucial role. Different industries and applications may have specific requirements for shoulder bolts, and they are available in various materials, sizes, and head styles to accommodate these diverse needs

A shaft collar is a mechanical component used to secure and position different elements on a shaft. It is typically a cylindrical collar with a central hole (bore) that fits around a shaft. Shaft collars are used in various applications to provide support, spacing, and guidance for components on a shaft. Here are some key features and uses of shaft collars, including Shaft Locking Collar and Two Piece Shaft Collar:

Here are some key features and uses of drill bushes :
1) Securing Components : Shaft collars are often used to secure components such as bearings, gears, pulleys, or sprockets onto a shaft. They prevent these components from sliding along the shaft.
2) Positioning : Shaft collars can be used to set the axial position of a component on the shaft, helping to maintain precise alignment within a system
3) Spacer and Stopper : In some cases, shaft collars are used as spacers to separate components on a shaft or as stoppers to limit the movement of a component along the shaft.
4) Axial Load Distribution : Shaft collars can help distribute axial loads along the shaft, preventing excessive wear on bearings and other components.

Applications : Shaft collars find applications in various industries, including machinery, robotics, conveyor systems, and more. They are used wherever it is necessary to secure and position components on a rotating shaft