6305 6304 6303
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Quantity: | |
Parameter | Details |
---|---|
Type | Ball |
Inner/Outer Ring Material | Steel |
Precision | Grade 0 |
Inner Dimension d(Ø) | 25 mm |
Outer Dimension D(Ø) | 62 mm |
Width B (or T) | 17 mm |
Retainer Type | Punching |
Load Direction | Radial |
Specifications/Environment | Standard |
Number of Raceway Ring Rows | Single Track |
Size Standards | Metric Series |
E-ASIA Bearing premiers the SL18 High Quality 6305 Angular Contact Ball Bearing. Indeed, the bearing is made out of the utmost excellent steel for strength.
It is of a single row design with an inner diameter of 25mm and an outer diameter of 62mm. Its width size is 17mm making it substantially thin.
It will give a smooth operation under standard conditions having radial load direction. This retainer is punched so that it comes out precise.
It is metric and Grade 0 precision The P0 6305 is suitable for applications in a variety of mechanical.
High Performance and Durability
Designed to meet various industrial needs, these bearings provide stable performance and long-lasting durability, even in extreme temperature conditions.
Reliability and Customization
The SL18 6305 bearings offer reliable operation and high customization to meet specific requirements, ensuring optimal performance and extended lifespan.
Wide Range of Specifications
Available in a variety of specifications, these bearings are suitable for automotive, aerospace, and manufacturing industries, making them ideal for diverse applications.
Precision Engineering
Manufactured through precision engineering, these bearings ensure excellent performance and durability for a wide range of applications.
Exceeds Industry Standards
The SL18 6305 bearings surpass industry standards in performance, reliability, and quality, ensuring long-term reliability and efficiency.
Supports Radial and Axial Loads
The single row angular contact ball bearing can support both radial loads and single-direction axial loads, typically with a contact angle of 30° or 40°.
Multiple Contact Angles
Larger contact angles increase axial load capacity, while smaller angles are ideal for high-speed applications, offering flexibility for various operational needs.
Use of Opposed Bearings
Opposed bearings or multiple bearing combinations are often used to adjust internal clearance. This configuration is commonly found in high-precision applications like machine tool spindles.
Flexible Bearing Arrangements
Angular contact ball bearings can be arranged in different configurations, including face-to-face (DF), back-to-back (DB), or tandem (DT) depending on the application direction.
High Precision
For applications requiring high operational accuracy, such as machine tool spindles, P5 or higher precision bearings are used with preload to adjust internal clearance for enhanced performance.
Machine Tool Spindles
Angular contact ball bearings are ideal for machine tool spindles, handling both radial and axial loads for precise machining.
High-Frequency Motors
Suitable for high-frequency motors, these bearings support both radial and axial loads at high speeds.
Automotive Industry
Used in small car front wheels and differential gears, these bearings provide reliable support in automotive components.
Boost Pumps
In boost pumps, these bearings endure high speeds and pressure, providing stable operation under demanding conditions.
Aerospace
Aerospace bearings are used in satellites, spacecraft, and rockets, operating in vacuum, high-speed, and extreme conditions.
Food Machinery
In food processing and packaging machinery, these bearings are chosen for their durability and reliability in challenging environments.
Electromechanical Equipment
Angular contact ball bearings are used in electromechanical devices like coating equipment, due to their low friction and high-speed capability.
Welding Machines and Soldering Irons
Bearings in welding machines and soldering irons handle vibration and heat, ensuring stability during use.
Printing Machinery
With high precision and speed, angular contact ball bearings are integral to printing machines for efficient operation.
Oil Drilling Rigs
These bearings endure harsh environments in oil drilling equipment, providing robust support under heavy loads and extreme conditions.
Quick Processing
With our large warehouse, we ensure orders are processed and shipped on the same day, offering fast turnaround.
Competitive Pricing
Through partnerships with over 1000 factories, we offer cost-effective products that beat competitors’ prices.
Reliable Quality
Our strict quality control ensures that every bearing meets high safety and performance standards for your peace of mind.
24/7 Customer Support
E-ASIA Bearing offers round-the-clock support, assisting with all your bearing needs at any time.
Cost Savings
We provide highly competitive rates to help reduce your costs and grow your bearing business effectively.
Fast Delivery
For emergency orders, we guarantee delivery within 24 hours, ensuring your business stays on track.
What is the main function of the SL18 6305 Angular Contact Ball Bearing?
The SL18 6305 bearing is designed to handle both radial and axial loads, providing support for precision applications in various industries.
What are the key dimensions of the SL18 6305 bearing?
The inner diameter is 25mm, the outer diameter is 62mm, and the width is 17mm.
What load direction can the SL18 6305 bearing support?
This bearing is designed to support radial loads and single-direction axial loads.
What materials are used in the SL18 6305 bearing?
The bearing features steel inner and outer rings for enhanced strength and durability.
What is the precision grade of the SL18 6305 bearing?
The SL18 6305 bearing has a precision grade of 0, ensuring reliable performance for most industrial applications.
Can the SL18 6305 bearing be used in high-speed applications?
Yes, the bearing is designed for high-speed applications and can support both radial and axial loads at higher speeds.
What industries can benefit from using the SL18 6305 bearing?
It is commonly used in machine tool spindles, high-frequency motors, automotive components, and aerospace, among others.
Parameter | Details |
---|---|
Type | Ball |
Inner/Outer Ring Material | Steel |
Precision | Grade 0 |
Inner Dimension d(Ø) | 25 mm |
Outer Dimension D(Ø) | 62 mm |
Width B (or T) | 17 mm |
Retainer Type | Punching |
Load Direction | Radial |
Specifications/Environment | Standard |
Number of Raceway Ring Rows | Single Track |
Size Standards | Metric Series |
E-ASIA Bearing premiers the SL18 High Quality 6305 Angular Contact Ball Bearing. Indeed, the bearing is made out of the utmost excellent steel for strength.
It is of a single row design with an inner diameter of 25mm and an outer diameter of 62mm. Its width size is 17mm making it substantially thin.
It will give a smooth operation under standard conditions having radial load direction. This retainer is punched so that it comes out precise.
It is metric and Grade 0 precision The P0 6305 is suitable for applications in a variety of mechanical.
High Performance and Durability
Designed to meet various industrial needs, these bearings provide stable performance and long-lasting durability, even in extreme temperature conditions.
Reliability and Customization
The SL18 6305 bearings offer reliable operation and high customization to meet specific requirements, ensuring optimal performance and extended lifespan.
Wide Range of Specifications
Available in a variety of specifications, these bearings are suitable for automotive, aerospace, and manufacturing industries, making them ideal for diverse applications.
Precision Engineering
Manufactured through precision engineering, these bearings ensure excellent performance and durability for a wide range of applications.
Exceeds Industry Standards
The SL18 6305 bearings surpass industry standards in performance, reliability, and quality, ensuring long-term reliability and efficiency.
Supports Radial and Axial Loads
The single row angular contact ball bearing can support both radial loads and single-direction axial loads, typically with a contact angle of 30° or 40°.
Multiple Contact Angles
Larger contact angles increase axial load capacity, while smaller angles are ideal for high-speed applications, offering flexibility for various operational needs.
Use of Opposed Bearings
Opposed bearings or multiple bearing combinations are often used to adjust internal clearance. This configuration is commonly found in high-precision applications like machine tool spindles.
Flexible Bearing Arrangements
Angular contact ball bearings can be arranged in different configurations, including face-to-face (DF), back-to-back (DB), or tandem (DT) depending on the application direction.
High Precision
For applications requiring high operational accuracy, such as machine tool spindles, P5 or higher precision bearings are used with preload to adjust internal clearance for enhanced performance.
Machine Tool Spindles
Angular contact ball bearings are ideal for machine tool spindles, handling both radial and axial loads for precise machining.
High-Frequency Motors
Suitable for high-frequency motors, these bearings support both radial and axial loads at high speeds.
Automotive Industry
Used in small car front wheels and differential gears, these bearings provide reliable support in automotive components.
Boost Pumps
In boost pumps, these bearings endure high speeds and pressure, providing stable operation under demanding conditions.
Aerospace
Aerospace bearings are used in satellites, spacecraft, and rockets, operating in vacuum, high-speed, and extreme conditions.
Food Machinery
In food processing and packaging machinery, these bearings are chosen for their durability and reliability in challenging environments.
Electromechanical Equipment
Angular contact ball bearings are used in electromechanical devices like coating equipment, due to their low friction and high-speed capability.
Welding Machines and Soldering Irons
Bearings in welding machines and soldering irons handle vibration and heat, ensuring stability during use.
Printing Machinery
With high precision and speed, angular contact ball bearings are integral to printing machines for efficient operation.
Oil Drilling Rigs
These bearings endure harsh environments in oil drilling equipment, providing robust support under heavy loads and extreme conditions.
Quick Processing
With our large warehouse, we ensure orders are processed and shipped on the same day, offering fast turnaround.
Competitive Pricing
Through partnerships with over 1000 factories, we offer cost-effective products that beat competitors’ prices.
Reliable Quality
Our strict quality control ensures that every bearing meets high safety and performance standards for your peace of mind.
24/7 Customer Support
E-ASIA Bearing offers round-the-clock support, assisting with all your bearing needs at any time.
Cost Savings
We provide highly competitive rates to help reduce your costs and grow your bearing business effectively.
Fast Delivery
For emergency orders, we guarantee delivery within 24 hours, ensuring your business stays on track.
What is the main function of the SL18 6305 Angular Contact Ball Bearing?
The SL18 6305 bearing is designed to handle both radial and axial loads, providing support for precision applications in various industries.
What are the key dimensions of the SL18 6305 bearing?
The inner diameter is 25mm, the outer diameter is 62mm, and the width is 17mm.
What load direction can the SL18 6305 bearing support?
This bearing is designed to support radial loads and single-direction axial loads.
What materials are used in the SL18 6305 bearing?
The bearing features steel inner and outer rings for enhanced strength and durability.
What is the precision grade of the SL18 6305 bearing?
The SL18 6305 bearing has a precision grade of 0, ensuring reliable performance for most industrial applications.
Can the SL18 6305 bearing be used in high-speed applications?
Yes, the bearing is designed for high-speed applications and can support both radial and axial loads at higher speeds.
What industries can benefit from using the SL18 6305 bearing?
It is commonly used in machine tool spindles, high-frequency motors, automotive components, and aerospace, among others.