Ball Bearing UCF 209

Name: Ball Bearing UCF 209
Brand: BELT AND BEARING HOUSE PRIVATE LIMITED

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MOQ : 100 Pieces

Ball Bearing UCF 209 Specification

Lubrication Type
Self Lubrication

Retainer
Steel

Inside Diameter
45 mm

Cage Material
Steel

Precision Rating
P6

Thickness
47.6 mm

Bearing Type
Ball Bearing

Material
Stainless Steel

Structure
Split housing pillow block

Seals Type
Double seal

Number Of Rows
Single Row

Bore Size
45 mm

Outside Diameter
85 mm

Limiting Speed
4800 RPM

Load Capacity
High load

Mounting Type
Square flange

Housing Type
Pillow block unit

Feature
Corrosion resistant

Surface Finish
Smooth coated

Housing Material
Stainless Steel

Bolt Hole Size
14 mm

Locking Type
Adapter Sleeve

Weight
3.1 kg

Operating Temperature
-20°C to 100°C

Ball Bearing UCF 209 Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About Ball Bearing UCF 209

Discover the best-seller Ball Bearing UCF 209, a featured and highly reduced unit designed for flawless performance in demanding environments. Crafted from enviable stainless steel, this pillow block unit boasts a square flange mounting type for easy installation. With soaring corrosion resistance, self-lubrication, and double seals, expect enduring durability. The high load bearing capacity and smooth coated surface make this unit the premier choice for industrial applications. Precision-rated at P6, it comes with a split housing structure, ensuring trouble-free maintenance and robust support on your site.

Versatile Application and Robust Utility

The Ball Bearing UCF 209 is engineered for use across a wide range of industrial sectors. Ideal for conveyor systems, machinery supports, and automated equipment, it is predominantly used as a reliable rotatory support where high precision and durability matter. Its square flange mounting allows for flexible installation, making it perfect for both new machinery and retrofits. The flawless performance and considerable load capacity make it enviable for heavy-duty applications, ensuring machinery runs smoothly and efficiently.

Streamlined Payment, Packaging, and Swift Supply

Our Ball Bearing UCF 209 comes with competitive rate options for both bulk and retail orders. Order processing is efficient, ensuring minimal wait times. We offer express shipping nationwide and internationally. Each unit is securely packaged in robust, tamper-proof containers to safeguard against damage during transit. Our supply ability supports soaring demand, ensuring continuous availability for both new and returning customers. Flexible payment terms facilitate hassle-free transactions for distributors, exporters, manufacturers, and suppliers across India.

FAQ's of Ball Bearing UCF 209:

Q: How is the Ball Bearing UCF 209 typically installed?

A: The Ball Bearing UCF 209 features a square flange mounting type and an adapter sleeve locking mechanism, making installation straightforward and secure across various industrial machinery and conveyor systems.

Q: What environments are suitable for the UCF 209 bearing unit?

A: This unit is ideal for environments demanding high corrosion resistance, such as food processing, chemical, and coastal industries, thanks to its smooth stainless steel housing and robust double seals.

Q: When should I choose a single row, split housing pillow block bearing?

A: Opt for this single row, split housing pillow block bearing when you require high load capacity, ease of maintenance, and the flexibility of self-lubrication in continuous or high-speed applications.

Q: Where can distributors and suppliers in India order the UCF 209?

A: Distributors, exporters, manufacturers, and suppliers in India can order the UCF 209 directly from our online platform or through our authorized sales channels, benefitting from prompt processing and express shipping options.

Q: What are the benefits of the P6 precision rating for this bearing?

A: The P6 precision rating ensures exceptional rotational accuracy and minimized friction, leading to enhanced performance, reduced maintenance costs, and a longer operational life cycle for your equipment.

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