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Ball Bearing UCFL 210

Name: Ball Bearing UCFL 210
Brand: BELT AND BEARING HOUSE PRIVATE LIMITED

Get a Price/Quote

MOQ : 100 Pieces

Ball Bearing UCFL 210 Specification

Cage Material
Steel

Lubrication Type
Manual Lubrication

Retainer
Steel Retainer

Inside Diameter
50 mm

Precision Rating
P0/P6

Thickness
49.2 mm

Bearing Type
Insert Ball Bearing

Material
Stainless Steel

Structure
Flanged Unit

Seals Type
Double Seal

Number Of Rows
Single Row

Bore Size
50 mm

Outside Diameter
165 mm

Limiting Speed
3600 rpm

Load Capacity
Dynamic 51500 N

Locking type
Adapter Sleeve

Housing variation
Non Split Housing

Suitable For
Heavy Duty Use

Mounting Holes
2 Holes

Surface Finish
Corrosion Resistant

Housing Material
Stainless Steel

Bolt Center Distance
125 mm

Mounting Hole Diameter
19 mm

Housing type
Oval flange unit

Shape
Oval Base

Ball Bearing UCFL 210 Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About Ball Bearing UCFL 210

Take advantage of this grandiose deal on the first-class Ball Bearing UCFL 210, now available at a special clearance price. Featuring a robust non-split, corrosion-resistant stainless steel oval flange housing, this bearing is perfect for heavy-duty applications. The adapter sleeve locking type ensures precision, while double seals and a steel retainer maintain performance and durability. Designed with a 50 mm bore, 19 mm mounting holes, and a dynamic load capacity of 51,500 N, it's ideal for demanding industrial environments. Secure this perfect unit from a leading distributor, exporter, manufacturer, and supplier in India.

Applications and Features of the Ball Bearing UCFL 210

The Ball Bearing UCFL 210 is used for high-demand operations across manufacturing, processing, automotive, and heavy machinery sectors. Engineered with a corrosion-resistant stainless steel oval base, this bearing excels where reliability and strength are crucial. Its adapter sleeve locking and double seals make it suitable for dynamic, high-speed environments up to 3,600 rpm. The unit's precision and manual lubrication ensure smooth operation, making it a preferred choice for professionals seeking top-notch machine performance.

Sample Policy and Delivery of Ball Bearing UCFL 210

Our sample policy allows customers to request a product sample at a competitive list price, subject to valuation for business needs. We serve the main domestic market across India and ensure efficient order processing. Once confirmed, your Ball Bearing UCFL 210 will be handed over to the logistics provider promptly, ensuring swift delivery. Partner with us for seamless transactions, from inquiry to receipt-where quality meets reliability at every stage.

FAQ's of Ball Bearing UCFL 210:

Q: How does the UCFL 210 Ball Bearing ensure reliability in heavy-duty use?

A: The UCFL 210 Ball Bearing is constructed from corrosion-resistant stainless steel with a robust, non-split oval flange housing and adapter sleeve locking, providing stability, durability, and consistent performance under demanding loads.

Q: What is the process for ordering and receiving a UCFL 210 sample?

A: Customers can request a sample at the listed price, which is evaluated for compatibility. Once confirmed, the sample is promptly dispatched and handed over to our delivery partner for timely shipping across the main Indian markets.

Q: Where is the UCFL 210 commonly applied?

A: This bearing is widely used in manufacturing facilities, processing plants, automotive assemblies, and heavy machinery operations-anywhere that requires strong, precision-engineered, and corrosion-resistant flange-mounted bearings.

Q: What unique features distinguish the UCFL 210 Ball Bearing?

A: Key features include a stainless steel oval flange housing, manual lubrication, double seals, adapter sleeve lock, dynamic load capacity of 51,500 N, and an outstanding limiting speed up to 3,600 rpm, ensuring optimal machinery support.

Q: How does manual lubrication benefit the bearing's operation?

A: Manual lubrication extends the bearing's lifespan by allowing targeted application of lubricant, reducing wear, and maintaining smooth rotation even in high-speed, high-load settings.

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