Stand: 22.11.2017

Failure symptoms in joints?

Wear- and corrosion-resistant linking elements provide a cure

Aggressive ambient conditions make mechanical linking elements difficult to create. This is especially true of guide components such as clevises, clevis joints, angle joints and rod ends. These important supplied parts used in many fields are, in addition to attacks from external sources, also exposed to the tensile, compressive, folding and shear forces generated by their design. This multiple loading shortens the service life of standard parts significantly, increases maintenance expenditure and in extreme cases can lead to serious damage.

To rule out damage to materials caused by corrosion from the start, the linking technology expert mbo Osswald stocks a wide range of corrosion-resistant linking elements which can, depending on the choice of material, also withstand aggressive media or ambient conditions.

Available in material quality A4:
Clevises in accordance with DIN 71752 / DIN ISO 8140
Clevis joints (DIN 71751)
Angle joints DIN 71802
Ball studs DIN 71803
Ball sockets DIN 71805
Bolts ISO 2340 / ISO 2341 / EN 22340 / EN 22341
Rod ends DIN ISO 12240-4 (DIN 648)
Pivoting bearings DIN ISO 12240-1 (DIN 648)

Material quality A4 has outstanding corrosion-resistance properties in natural environments (urban and rural atmospheres, seawater-resistant) and in industrial applications with moderate chloride and acid concentrations. In particular, the food and chemical industries (sulphuric and phosphoric acids, organic acids) also tend to turn to material quality A4.

mbo Osswald offers its customers, with an extremely large assortment of different linking elements, a wide selection for a multitude of possible applications. In addition to steel and stainless steel, linking elements can also be manufactured from duplex steel for special applications.
In addition, a team of experts is available which is geared towards satisfying special customer-specific requirements as well. This team can both work according to drawing specifications and together with the customer implement an application-specific solution.

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Related products
Clevis DIN 71752 / DIN ISO 8140 / CETOP product image
Clevises DIN 71752 / DIN ISO 8140 / CETOP RP102P
Clevis joint DIN 71751 form A product image
Clevis joints (DIN 71751 form A)
Angle joint DIN 71802 form C with threaded stud product image
Angle joints DIN 71802 form C with threaded stud
Angle joint DIN 71802 form CS with threaded stud product image
Angle joints DIN 71802 form CS with threaded stud
Angle joint DIN 71802 form CS with threaded stud and spanner surface at the socket product image
Angle joints DIN 71802 form CS with threaded stud and spanner surface at the socket
Angle joint DIN 71802 form B with rivet stud product image
Angle joints DIN 71802 form B with rivet stud
Angle joint DIN 71802 form BS with rivet stud product image
Angle joints DIN 71802 form BS with rivet stud
Angle joint DIN 71802 form CS with sealing cap product image
Angle joints DIN 71802 form CS with sealing cap
Axial joint similar to DIN 71802 removable product image
Axial joints similar to DIN 71802 removable
Ball stud DIN 71803 form C with threaded stud product image
Ball studs DIN 71803 form C with threaded stud
Rivet stud DIN 71803 form B product image
Rivet studs DIN 71803 form B
Ball socket DIN 71805 form B product image
Ball sockets DIN 71805 form B
Ball socket DIN 71805 form B with spanner surface product image
Ball sockets DIN 71805 form B with spanner surface
Rod end DIN 12240-4 / DIN 648 / mbo 56 completely stainless steel + female thread product image
Rod ends DIN ISO 12240-4 (DIN 648) high performance version completely stainless steel (mbo standard 56) female thread
Pivoting bearing DIN 12240-1 / DIN 648 / mbo 74 completely stainless steel product image
Pivoting bearings DIN ISO 12240-1 (DIN 648) high performance version completely stainless steel (mbo standard 74)
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