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King Bearings Race Kurbelwelle lagern pMaxKote (Honda B16/B18/K20/K24 motor)
Beschreibung
King’s new pMaxKote™ is a nano-composite polymer coating. It is applied over the pMaxBlack™ overlay at the King factory as part of the bearing manufacturing process. It enhances wear resistance without changing the bearing’s original precision wall thickness dimension.
King’s pMaxKote™ is a new approach to coated bearings. It has proven to protect bearings during metal-to-metal contact, as well as from the erosive effects of cavitation. It contains ceramic nano-composite particles that function as a fourth layer that provides superior build protection.
pMaxKote™ enhances the following benefits of King XP race bearings:
- Superior seizure resistance
- Superior cavitation resistance
- Superior wear resistance
- Superior protection against oil starvation
Measurements:
Sizes: STD, HX (Extra oil clearance), 0.5, 0.25, 0.026
Oil Clearance: Standard
Half Type: Upper & Lower
Min Std Shaft Size: 2.1646"/54.98mm
Max Std Shaft Size: 2.1654"/55mm
Min Std Tunnel Size: 2.3228"/59mm
Max Std Tunnel Size: 2.3236"/59.02mm
Max Wall at Crown: 0.0790"/2.007mm
Max Overall Length: 0.7874"/20mm
Please select your size in the Drop Down menu. Choose carefully because the codes are all unique and have different properties.
TRI-METAL STRUCTURE
Intermediate layer
The intermediate layer of a typical race bearing contains 2-3% tin, with hardness values of 90-95 HV. For a superior pMax Black™ intermediate layer, we increased the tin content to 4.5%, making it 22% harder (115 HV), with a load carrying capacity of 17,000 psi.
pMaxBlack™ Overlay
The overlay of a typical high performance bearing consists of a leaded alloy that contains 2-3% copper. It achieves a hardness level of 11 – 14 HV, and a maximum load capacity of 8,000-8,500 psi.
King’s pMaxBlack™ overlay is significantly stronger than conventional overlays due to its 5% copper content and an innovative nano-scaled hardening process.
