Heavy Ball Bearing Ring

Heavy Ball Bearing Ring Specification

Weight
0.14 kg Kilograms (kg)

Thickness
14 mm Micrometers (um)

Material
Alloy Steel

Ball Bearing Type
Deep Groove Ball Bearing Ring

Structure
Single Row

Seals Type
Open

Number Of Rows
1

Bore Size
20 mm

Outside Diameter
47 mm Millimeter (mm)

Limiting Speed
16000 RPM RPM

Load Capacity
9500 N Long Ton

Inner Diameter
20 mm Millimeter (mm)

Tolerance
ABEC-3

Surface Finish
Polished

Temperature Range
-20C to 120C

About Heavy Ball Bearing Ring

Our prestigious clients can avail from us an excellent quality Ball Bearing Ring. Our offered ring is manufactured by making use of quality approved raw material and ultra-modern technology in strict adherence with set international norms. This ring is extensively used to reduce the thickness of the movement in hard drive, aircraft, skateboard and many more. Sternly verified on various quality measures under the direction of our quality associates, this Ball Bearing Ring is made available at highly competitive prices.

Features:

Accurate in dimensions for its easy installation
Ability to withstand maximum load
Having minimum dynamic viscosity
Lubricated with grease to protect from environmental effect
Need less energy to maintain the speed
Very versatile and ability for supporting the high pressures
High tolerance and robust construction

Specifications :

Brand Name -	BTC
Product Code -	BBR 02
Origin Place -	Maharashtra, India
Type -	Ball
Bore Size -	40 mm
Outside Diameter -	80 mm
Thickness -	18mm
Weight -	0.37kgs

Packaging & Delivery

Packaging Detail - Single box or according to customer requirement
Delivery Detail - 15-30 days after order confirmation

Designed for High Performance

This ball bearing ring is meticulously crafted to fulfill rigorous requirements across automotive and industrial machinery applications. Its single-row, deep groove construction and open design allow for reduced friction and efficient load distribution. The robust alloy steel material guarantees longevity, while precise manufacturing ensures both smooth operation and dependable tolerances.

Real-World Applications and Advantages

Our P6 precision rating and corrosion-resistant surface make this bearing suitable for environments exposed to vibration, humidity, or moderate chemical exposure. It boasts a remarkable load capacity of 9,500 N and supports high speeds, making it an indispensable component for machines demanding reliability and consistent operation. End users benefit from the bearings extended lifespan and low maintenance needs.

FAQs of Ball Bearing Ring:

Q: How is this ball bearing ring suitable for both automotive and industrial machinery applications?

A: The combination of a P6 precision rating, ABEC-3 tolerance, and durable alloy steel construction ensures high reliability and accuracy, making it ideal for automotive and industrial machinery where consistent rotational performance and load-bearing capacity are essential.

Q: What benefits does the corrosion-resistant feature provide?

A: The corrosion-resistant design protects the bearing from oxidation and environmental degradation, which extends operating life and reduces maintenance frequency, especially in humid or chemically exposed conditions.

Q: When should this bearing ring be selected over other types?

A: Choose this deep groove ball bearing ring when you require high speed operation (up to 16,000 RPM), substantial load capacity, and a combination of durability and precise performance. Its open design is optimal for environments where contaminants can be controlled.

Q: Where is this bearing typically used?

A: This bearing ring is commonly utilized in automotive systems like transmissions and wheel assemblies, as well as in industrial machinery such as pumps, motors, and gearboxes, particularly where long life and reliable performance are critical.

Q: What is the recommended process for installing this bearing?

A: Ensure the shaft and housing are clean and free from burrs. Gently press the bearing onto the shaft, applying force to the correct ring only, to avoid internal damage. Adequate lubrication is also essential for optimal performance.

Q: How does the long life expectancy benefit users?

A: A longer service life means reduced downtime, less frequent replacements, and lower overall maintenance costs, contributing to increased operational efficiency and cost savings over time.

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