Built to Withstand Automotive Demands | High Load Capacity Reliable P5 Automotive Roller Bearings
The High Load Capacity Reliable P5 Automotive Roller Bearings are meticulously designed to deliver superior load resistance and long-term operational stability in automotive and heavy machinery applications. Engineered with Chrome Steel GCR15, these single-row cylindrical bearings are built to manage both radial loads and demanding environments such as gearboxes, transmission systems, wheel hubs, and differentials. With a precision rating of P5, they ensure enhanced rotational accuracy, vibration resistance, and smoother integration in high-performance automotive assemblies.
The bearings boast customizable bore sizes ranging from 15 mm to 260 mm, outer diameters up to 540 mm, and several width configurations for versatility. Options include ZZ, 2RS, and OPEN seals to suit varied applications, with clearance classes available in C0, C2, and C3 for flexibility across speeds and loads. Whether for OEM installations or aftermarket repairs, this bearing provides unmatched durability, high-speed reliability, and compatibility with global automotive standards.
Technical Specifications
Attribute | Details |
---|---|
Product Name | High Load Capacity Reliable P5 Automotive Roller Bearings |
Material | Chrome Steel GCr15 |
Precision Rating | P0, P6, P5, P4, P2 |
Seals Type | Open |
Number of Row | Single row |
Structure | Cylindrical |
Type | Roller |
Application | Machinery |
Applicable Industries | Manufacturing Plant, Machinery Repair Shops, Food & Beverage Factory, Retail, Construction Works, Energy & Mining |
Inner Diameter (ID) | 15 – 260 mm |
Outer Diameter (OD) | 35 – 540 mm |
Width | According to the size |
Load Capacity | High radial load capacity |
Speed Rating | High-speed performance (based on precision class) |
Lubrication | Oil or Grease |
Cage Material | Steel / Brass / Nylon |
Temperature Range | -40°C to +150°C |
Noise Level | Low noise, suitable for precision equipment |
Why Choose High Load Capacity Reliable P5 Automotive Roller Bearings?
🔹 Precision Class P5: Tight tolerances and advanced geometry enhance performance in automotive transmissions, offering higher operational reliability.
🔹 High-Grade Chrome Steel GCR15: Offers excellent wear resistance, corrosion protection, and thermal stability in high-stress environments.
🔹 Seal Options – ZZ, 2RS, OPEN: Tailor sealing systems based on environmental exposure, speed, and lubrication control.
🔹 Sealed Grease Lubrication: Pre-lubricated options allow for easy, maintenance-free installation and low noise output.
🔹 Supports Clutch Systems: Ideal as a clutch plate bearing and clutch pressure bearing due to its heat tolerance and load endurance.
🔹 Multiple Clearance Grades (C0–C3): Ensures performance optimization based on axial movement and speed needs.
Maintenance Tips to Extend Bearing Service Life
Maintaining the High Load Capacity Reliable P5 Automotive Roller Bearings is crucial for maximizing efficiency and minimizing downtime. Ensure that you clean all housing and shaft components before installation. Use non-abrasive solvents and never substitute with water-based cleaners that can induce corrosion. Always press bearings into place using professional tools to prevent misalignment or fracture. For re-lubrication, only use compatible high-speed greases and follow manufacturer schedules. Regularly inspect for abnormal heat or noise, and replace at signs of wear to avoid mechanical failure in transmission or clutch assemblies.
Order Now – Equip Your System with High Load Capacity Reliable P5 Automotive Roller Bearings
Get the durability, speed precision, and trusted performance that automotive systems demand. Whether you’re maintaining a fleet or installing in new vehicle systems, the High Load Capacity Reliable P5 Automotive Roller Bearings deliver on reliability, lifespan, and smooth motion. Available with fast global supply options and custom specifications, this is the go-to bearing for professionals who need performance they can count on.
Reviews
There are no reviews yet.