High-temperature flange bearings with 2 mounting holes, EFOM-HT, igubal®, spherical ball iglide® X

igubal® flange bearings
 
igubal® flange bearings have been developed for supporting the centre or ends of shafts.
 
Housing made from iguton G material, for high temperatures, high chemical resistance. Temperatures from -40 °C to +200 °C
 
Here, the spherical ball is manufactured from iglide® X (previously named T500), which is defined by its combination of high temperature resistance with high compressive strength, along with resistance to chemicals. As a result, iglide® X is designed for higher speeds than other iglide® bearings.

• Applicable up to 200 °C
• Easy installation
• Compensation of misalignment errors
• Absolutely corrosion-resistant
• Very lightweight
• Chemical resistance
• Can be used underwater

Typical application areas

• Plant construction
• Automation
• Agricultural machines
• Mechanical engineering
• Food industry
   
  You will find plenty of additional application areas at our Industry solutions

 

When to use it? If chemical resistance is required If a cost-effective option is required If you need dirt-resistant bearings To adjust misalignments

When not to use it? If temperatures are higher than +200 °C If an integrated adjusting ring is required If diameters above 12 mm are required If rotation speeds higher than 0.5 m/s are required Use our filter options to find the suitable product

Application areas
Since igubal® flange bearings are designed for maintenance-free dry operation, they are especially suitable for applications in which access to the bearing is limited, in moist or wet environments or clean room environments. As a result, igubal® flange bearings are used for instance in wash-brush controls, in facade sunscreen systems, in material handling technology and in bakery equipment.

Assembly 
The 2-hole igubal® flange bearings are provided with elongated holes that facilitate a trouble-free readjustment. A precise alignment of the bearing housing is not required as the flange bearing automatically compensates for error. Special adjusting rings can be used to fix the shaft.