Steel Hubs for Split Taper Bushings

Steel hubs for split taper bushings are essential components in power transmission systems. Engineered for durability and precision, these hubs securely connect shafts and components, ensuring efficient torque transfer. With their high-strength steel construction, they provide excellent resistance to wear and corrosion. Steel hubs for split taper bushings are the reliable choice for maintaining seamless mechanical power transmission in various industrial applications.

Steel Hubs Features and Specifications

Steel hubs for split taper bushings offer exceptional durability and precision. They boast high tensile strength, ensuring reliable power transmission in various applications. With their precisely machined split taper design, these hubs ensure secure shaft grip and easy installation. The steel construction provides robustness against heavy loads and harsh environments, while the corrosion-resistant surface extends longevity. Ideal for industrial setups, these hubs provide a sturdy foundation for reliable and efficient machinery performance.

Hub No.For BushingDimensionsTapped HolesWt. Lbs.
HG1G2″0.174″1.168″1.875″1 9/16″5/8″5/8″21/4-200.4
HH1H2 1/2″0.174″1.621″2.375″2″7/8″7/8″21/4-200.6
HCH1H2 1/2″0.625″1.621″2.375″2″7/8″7/8″21/4-200.7
HP1P13″0.292″1.9375″2.875″1 3/32″2 7/16″3/8”1 5/16″60°5/8″35/16-181.4
HCP1P13″1.000″1.9375″2.875″1 3/32″2 7/16″3/8″1 5/16″60°5/8″35/16-181.1
HP2P23″1.100″1.9375″2.875″1 3/32″2 7/16″3/8″2 5/16″60°5/8″35/16-182.5
HB1B3 7/8″0.292″2.623″3.750″1 7/16″3 1/8″1/2″1 5/16″60°13/16″35/16-182.3
HB2B4 1/2″0.709″2.623″4.375″1 7/16″3 1/8″1/2″1 3/4″60°13/16″35/16-184.7
HQ1Q14 1/2″0.709″2.875″4.375″1 9/16″3 3/8″1/2″1 3/4″60°7/8”33/8-164.4
HCQ1Q14 1/2″1.250″2.875″4.375″1 9/16″3 3/8″1/2″1 3/4″60°7/8″33/8-164.4
HQ2Q24 1/2″1.606″2.875″4.375″1 9/16″3 3/8″1/2″2 3/4″60°7/8″33/8-166.9
HR1R15 3/4″0.709″4.000″5.625″2 3/16″4 5/8″3/4″2″60°1 1/8″33/8-167.3
HR2R25 3/4″1.606″4.000″5.625″2 3/16″4 5/8″3/4″4″60°1 1/8″33/8-1615.4
HS1S16 3/4″0.946″4.625″6.500″2 9/16″5 3/8″3/4″3 5/16″60°1 5/8″31/2-1317.3
HS2S26 3/4″2.963″4.625″6.500″2 9/16″5 3/8″3/4″5 11/16″60°1 5/8″31/2-1330.4
HU0U08 1/2″2.000″6.000″8.250″3 1/4″7″1 1/4″3 3/4″60°2″35/8-1132
HU1U18 1/2″2.963″6.000″8.250″3 1/4″7″1 1/4″5 5/8″60°1 3/4″35/8-1144.6
HU2U28 1/2″6.016″6.000″8.250″3 1/4″7″1 1/4″8 5/8″60°1 3/4″35/8-1169
HW1W112 1/2″2.963″8.500″12.250″4 9/16″10″1 1/4″6 3/8″22 1/2″1 3/4″43/4-10130

Benefits of Steel Hubs

Durability and Strength

Steel hubs are renowned for their remarkable durability and strength, making them an indispensable choice in various mechanical applications. The inherent robustness of steel enables these hubs to withstand rigorous mechanical stresses, impacts, and heavy loads, ensuring the longevity and reliability of the systems they are integrated into. Their ability to endure challenging operational conditions translates to reduced maintenance needs and prolonged lifespans for the equipment, ultimately leading to enhanced cost-efficiency.

Corrosion Resistance

Steel hubs, particularly those crafted from stainless steel or coated with corrosion-resistant materials, exhibit exceptional resistance to rust and deterioration. This resistance is crucial, especially in environments where moisture, chemicals, and fluctuating temperatures could cause corrosion. By employing corrosion-resistant steel hubs, manufacturers ensure that their machinery remains operational even in harsh settings. This longevity minimizes downtime, reduces replacement costs, and maintains the functionality of the overall system.

High Load Capacity

The high load-bearing capacity of steel hubs is a pivotal advantage in applications involving heavy machinery, transportation, and industrial equipment. Steel’s innate strength enables these hubs to effectively distribute weight and forces, ensuring operational safety and preventing mechanical failures. This reliability is particularly critical in industrial contexts, where the failure of a hub could lead to production delays and safety hazards. Steel hubs contribute to optimal stress distribution, thereby enhancing productivity, safety, and the overall efficiency of mechanical systems.

Steel Hubs for Split Taper Bushing

How to Choose Steel Hubs?

Selecting steel hubs involves considering key factors such as load capacity, shaft compatibility, corrosion resistance, and precision requirements. Evaluate hub material, ensuring it matches the intended environment. Assess hub dimensions and bore size to ensure proper fit on shaft. Analyze load ratings to confirm hub can withstand anticipated forces. Prioritize corrosion-resistant coatings for harsh conditions. Factor in key parameters like keyway size, set screw options, and hub-to-shaft locking mechanisms. Opt for precision-machined hubs if needed. Ultimately, balance performance, durability, and cost to make an informed decision on the most suitable steel hub for your specific application.

Steel Hubs for Split Taper Bushing


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