ACL Trimetal Reinforced Rod Bearings - Mazda MX-5 NA/NB, 323... (B6/B6T, BP/BP-T, ZL-VE, ZM-DE)
Dispatched Wednesday, April 3, 2024
Order within 15 h and 37 min.
ACL Rod Bearings Mazda MX-5 NA/NB, 323... (B6/B6T, BP/BP-T, ZL-VE, ZM-DE)
- Rod Bearings ACL Trimetal
- To suit high RPM/load applications
- Offer reduced friction and operating temperatures
- Increased oil supply and overall lubrication
- ACL reference : 4B8351H-STD
- Complete pack for Mazda MX-5 NA/NB, 323... (B6/B6T, BP/BP-T, ZL-VE, ZM-DE)
- Engine code(s) : B6 / BP / ZL / ZM (full application list below)
ACL Race Rod Bearings Mazda MX-5 NA/NB, 323... (B6/B6T, BP/BP-T, ZL-VE, ZM-DE)
Designed to withstand high RPM, temperatures and load, these high strength bearings are manufactured by ACL from 3 layers of hardened steel, copper and nickel. This "trimetal" composition substantially lowers friction, and thus reduces the operating temperatures while providing superior lubrication.
These bearings are sold in complete sets (for a complete engine).
If you require non-standard grade bearings or HX references, or are performing an engine rebuild, feel free to contact us for a detailed quote - we stock many internal parts, and can provide most required for complete engine repair.
Compatibility, models and engine codes : Mazda B6/B6T, BP/BP-T, ZL-VE, ZM-DE - 1.5L, 1.6L, 1.8L
Characteristics
Car Make | Mazda |
---|---|
Bearing Type | Rod Bearings |
Engine Code | B6-ZE, BP-ZE, ZL-VE, ZM-D |
Manufacturer | ACL |
Manufacturer SKU | 4B8351H-STD |
Customer Reviews 1 customer reviews
star star star star star
-
star star star star star100% (1)
-
star star star star starProduct ordered on 11/12/2021 by Aurélien L.le produit est bien emballe et protege, pas de soucis en therme de qualite pour le moment satisfait ;)
Customer Reviews
star star star star star
1 reviewsDesigned to withstand high RPM, temperatures and load, these high strength bearings are manufactured by ACL from 3 layers of hardened steel, copper and nickel. This "trimetal" composition substantially lowers friction, and thus reduces the operating temperatures while providing superior lubrication.