About Steel Differential Shaft
Steel Differential Shaft affects the bearings that support the pinion gear and the ring gear due to the huge speed-reduction gear ratio of the rear differential gear that distributes engine power to the rear wheels. Bearings that support the pinion gear, in particular, require low torque and great durability since they spin at the same speed as the propeller shaft.
To minimize premature failure, Steel Differential Shaft is manufactured of forged steel with additional high-grade steel. In other circumstances, composite materials are also employed to achieve specific features.
Steel Differential Shaft Technical specification
Application | Industrial |
Material | Steel |
Packaging Type | Box |
Condition | New |
Color | Copper |
Brand | Anar |
Details
- Sizes: Length as per requirement
- Suitable for core ID. 3 and 6 Capabilities: Load upto 2 tons
- Suitable for core materials : Paper, Steel, Thermoplastics
- Minimum core width 20 mm
- Suitable for Core l.D. dia 3, 4, 6, 8 (metric size and special sizes also produced)Length as required
- Speed upto 1000 mtrs/min
- The general materials of construction are:Cam - Brass
- Pipe - Steel
- End Generals - Steel - simple or hardened
- Lugs - Hardened Steel / Rubber
Advanced Engineering and FinishEach Steel Differential Shaft is manufactured using state-of-the-art CNC turning processes, resulting in exceptional accuracy and durability. The chamfered ends and polished surface guarantee a smooth assembly experience, while the enhanced corrosion resistance ensures long-lasting reliability, even under challenging industrial conditions.
Customized for Differential AssembliesPurpose-built for integration into differential assemblies, these shafts feature precision helical slots designed for optimal torque transmission. The strict roundness tolerance and industrial-grade quality establish them as indispensable components for manufacturers and service providers.
FAQ's of Steel Differential Shaft:
Q: How is the Steel Differential Shaft manufactured to achieve high precision?
A: The Steel Differential Shaft is produced using advanced CNC turning technology, which ensures tight tolerances, a strictly round profile, and consistently high precision across all units.
Q: What makes the surface finish of the shaft enhanced?
A: The shaft undergoes a polished treatment combined with a copper finish, resulting in a smooth texture and improved corrosion resistance, supporting both functionality and visual appeal.
Q: When should I use this shaft in my differential assembly?
A: This shaft is suitable whenever demanding performance, durability, and precise motion are required in differential assemblies, particularly in industrial-grade or export-quality applications.
Q: Where are these Steel Differential Shafts exported and supplied from?
A: These shafts are exported, manufactured, and supplied from India, serving clients and partners across diverse industrial markets worldwide.
Q: What process is used to apply the copper finish and enhance corrosion resistance?
A: A specialized copper coating is applied after machining and polishing, significantly enhancing the shaft's corrosion resistance and extending its operational lifespan.
Q: How do the helical slots and chamfered ends benefit assembly and performance?
A: Helical slots improve torque transmission and mechanical engagement, while chamfered ends facilitate easier installation and reduce wear in high-precision differential assemblies.
Q: What are the main benefits of choosing a precision-machined, industrial-grade differential shaft?
A: Opting for a precision-machined, industrial-grade shaft delivers superior reliability, strict tolerance adherence, excellent surface quality, and longer service life in demanding industrial environments.
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