NTN 4T-HM801349/HM801310 Taper Roller 40.4 mm ID Taper Roller Bearing, 82.5 mm OD

The NTN Single row tapered roller bearing design, ensures effective load distribution and enhanced stability under varying operational conditions. With a robust construction that includes a pressed steel cage, this bearing is engineered to withstand significant stress, making it ideal for heavy-duty applications. Its meticulously crafted components deliver exceptional functionality, providing users with peace of mind in their machinery operations. Additionally, the product is tailored to operate efficiently across a diverse range of temperatures, highlighting its versatility within the industry.

The NTN Single row tapered roller bearing design, ensures effective load distribution and enhanced stability under varying operational conditions. With a robust construction that includes a pressed steel cage, this bearing is engineered to withstand significant stress, making it ideal for heavy-duty applications. Its meticulously crafted components deliver exceptional functionality, providing users with peace of mind in their machinery operations. Additionally, the product is tailored to operate efficiently across a diverse range of temperatures, highlighting its versatility within the industry.

Max shoulder diameters allow for compatibility with various applicationsUnique rating life coefficient ensures longevity and reliabilityOil and grease lubrication limits provide flexibility for maintenance strategiesMax fillet radii support robust performance and structural integrity

Max shoulder diameters allow for compatibility with various applications

Unique rating life coefficient ensures longevity and reliability

Unique rating life coefficient ensures longevity and reliability

Oil and grease lubrication limits provide flexibility for maintenance strategies

Oil and grease lubrication limits provide flexibility for maintenance strategies

Max fillet radii support robust performance and structural integrity

Max fillet radii support robust performance and structural integrity