Shandong Tefule Bearing Co., Ltd. is a company approved by the General Administration of Customs of China with import and export rights. Specializing in bearing trade at home and abroad, it is a large-scale industrial company integrating production and sales. Our bearing products have passed the ISO9001 quality system certification and ROHS lead-free certification. These products are widely used in the construction industry, railway industry, aerospace, agriculture, food industry, petroleum industry, cement industry, automobile industry, steel industry, mining, etc.
Japan CR-0864 ST4090-1 Koyo Tapered Roller Bearing
- Samples:
- 40 mm, 90 mm
$5.50/Piece | 1 Piece (Min. Order) |
- Lead Time If you finish the payment today, your order will ship out within the delivery date.
:
Quantity(Pieces) 1 – 1000 >1000 Est. Time(days) 3 To be negotiated
- Customization:
- Customized logo(Min. Order: 100 Pieces)Customized packaging(Min. Order: 100 Pieces)
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Japan CR-0864 ST4090-1 Koyo Tapered Roller Bearing
The CR-0864 cylindrical roller bearing is engineered for exceptional performance in heavy-load applications. With its high radial load capacity, robust construction, and reliable durability, it ensures efficient operation in industrial machinery, construction equipment, and other demanding environments. Designed for long-lasting performance, the CR-0864 is ideal for professionals seeking reliability and precision.
Bearing No.: ST4090-1 Bearings Type: Tapered Roller Bearing Description: Auto Bearing Sizes 40x90x25.25mm d 40 mm D 90 mm B 25.25 mm |
How do you install the CR-0864 bearing in heavy-load systems?
To install a CR-0864 bearing in a heavy-duty system, Clean the mounting surface, properly lubricate it, align the bearing accurately, press it into place using a suitable tool, and secure it according to the manufacturer’s specifications.
Benefits of CR-0864 for handling high radial loads.
The CR-0864 bearing offers high radial load capacity, robust durability, and reliable performance, making it ideal for demanding applications in heavy-load systems.