Accessories for reliable connections.
Functional fasteners and system components
In many technical applications, reliable fasteners and precisely fitting accessories determine the performance of entire assemblies. Our range of accessories includes high-precision nuts, threaded studs, seals, and reducing sleeves. These components contribute significantly to the mechanical stability, tightness, and adaptability of structures.
Our locking nuts are available in various designs – including hexagon nuts, fine thread nuts, and left-hand thread nuts. They correspond to common standards and are available in different materials, such as surface-coated steel or stainless steel. The selection depends on the mechanical requirements, the type of connection, and the operating environment, for example, in corrosive or high-temperature areas.
Threaded bolts are used for the detachable connection of mechanical components. They are available in standard metric dimensions as well as custom sizes and can be supplied with threaded ends, countersinks, cross pins, or lubrication holes upon request. In addition to galvanized steel versions, bolts made of stainless steel or with special coatings are also available to meet the requirements of demanding technical environments.
Seals reliably protect sensitive components from dirt, moisture, dust, or aggressive media. Lip seals, wiper rings, and custom-designed sealing systems are among the options used. Depending on the application, a variety of sealing materials are available – from temperature- and chemical-resistant to food-grade materials compliant with hygienic design standards.
The KRC type reducing sleeve enables the positive-locking adaptation of different inner diameters. It is used for backlash-free bearing of shafts in oversized bores or for the subsequent modification of existing component connections. The sleeve is made of high-strength, wear-resistant steel or stainless steel and is designed for both static and dynamic loads. Precision manufacturing ensures reliable centering and force transmission.