Double Tapered Roller Bearings
Double Tapered Roller Bearings are designed with two rows of tapered rollers, offering excellent performance in both radial and axial load directions. Their rigid structure ensures superior alignment control, longer lifespan, and enhanced load-carrying capacity in demanding environments such as mining, steel mills, and gearboxes.
Why Choose TFL Double Tapered Roller Bearings?
TFL Bearings offers a wide selection of TDI, TDO, and TDM types, each engineered to meet specific application demands. With high-precision components, premium-grade steel, and strict quality control, TFL bearings deliver excellent dimensional stability and reduced operating temperature. Our double cone and double cup designs provide assembly flexibility and meet global dimensional standards for seamless integration into industrial systems.
Roller Bearings Category
Roller Bearings Category
TDI & TDO: Dual-Row Strength and Versatility
TDI (Two-Row Double Inner) bearings feature two single cones (inner rings) and one common double-cup (outer ring), making them compact and suitable for applications with space constraints. This type delivers excellent stiffness and load sharing for shaft systems under high stress.
On the other hand, TDO (Two-Row Double Outer) designs include one double-cone and two single cups. They are ideal for fixed positions in gearboxes and heavy industrial drives due to their robust support for radial and axial loads in both directions.
Heavy-Duty Applications and Long-Term Performance
Double tapered roller bearings are the preferred solution for high-load, high-speed applications such as rolling mills, gear reducers, and large compressors. Their dual-row configuration enhances load distribution and reduces wear under prolonged use.
TFL uses optimized heat treatment and lubrication channels to ensure reduced friction and prevent overheating. Whether for steel plants or offshore machinery, our bearings are built to last in the harshest environments.
Applications for Double Tapered Roller Bearings
Thanks to their high capacity for both radial and axial loads, double tapered roller bearings are a top choice for a wide variety of heavy-duty applications. They are commonly found in industrial gear drives, where they support heavy gear meshing forces. In mining and construction equipment, they are used in transmissions, pump drives, and wheel units. Their robustness makes them ideal for steel rolling mills, where they must endure extreme forces and high temperatures.
Choosing the right type of double tapered roller bearing is important for optimal performance. The specific design (TDI or TDO) will depend on the application’s space constraints, mounting method, and load requirements. Proper selection ensures the bearing can handle the operational demands and provide long-term, reliable service.
APPLICATION AREA
Marine Bearings
Marine Bearings The Marine Industry operates in one of the planet’s most demanding environments.
Agricultural Bearings
Agricultural Bearings The Agricultural Machinery sector is the backbone of global food production, uti
Heavy Equipment (Construction & Mining)
Heavy-Duty Bearings for Construction and Mining Equipment like excavators, bulldozers, loaders, cranes
Automotive Bearings
Automotive Bearings In the demanding environment of an automobile, automotive bearings must operate re
INTERCHANGEABLE BRANDS
TFL Bearings: High quality bearings, an ideal choice to replace SKF and FAG.
WHY CHOOSE TFL
QUALITY
Market-proven with over 28 million bearings successfully delivered, and certified under multiple quality management systems, including ISO 9001.
PRICE
By integrating and leveraging China’s robust raw material supply chain, TFL is able to strictly control production costs, thereby offering highly competitive product prices.
FAST DELIVERY
With a vast inventory of over a million bearings, TFL offers solid assurance for your procurement needs. Common bearing models are ready for dispatch within just 48 hours.
FREQUENTLY ASKED QUESTIONS
What is the difference between double tapered roller bearings and single tapered roller bearings?
Double tapered roller bearings incorporate two rows of tapered rollers, whereas single-row bearings have only one. This additional row of rollers allows double-row bearings to accommodate significantly higher radial and bi-directional axial loads simultaneously. They also offer increased rigidity and the ability to eliminate axial play, which is crucial for applications requiring precise shaft positioning. Single-row bearings typically need to be mounted in pairs to handle bi-directional axial loads.
How do I select the right double tapered roller bearing for my application?
Selecting the correct double tapered roller bearing involves considering several key factors, including the expected loads (radial and axial), operating speed, temperature range, and available mounting space. You also need to consider the required rigidity and precision. TFL Bearings offers different configurations such as TDI (Two-Row Double Inner Race) and TDO (Two-Row Double-Outer Race), each with its specific advantages. Consulting our taper bearing size chart and product specifications, or reaching out to our experts for tailored advice, will ensure you choose the bearing best suited for your specific needs.
How should I install double tapered roller bearings correctly? Are these bearings easy to install?
The installation of double tapered roller bearings is often simpler than that of single-row bearings because the clearance is set during manufacturing. The two rows of rollers are integrated, which eliminates the need for complex spacing adjustments during installation. Ensure proper alignment, use precision shafts/housings, and apply the right preload. Refer to our tapered roller bearing installation guide for step-by-step instructions.
Can these bearings be used in high-speed applications?
While double tapered roller bearings are primarily known for their high load capacity, they are suitable for a wide range of speeds. However, their speed rating is generally lower than that of ball bearings or some other types of roller bearings due to the larger contact area and higher friction. For very high-speed applications, engineers often consider different bearing types. For most heavy-duty industrial and automotive applications, their speed capability is more than sufficient.