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Atlas Axle Sleeve 2009496 High Quality Spare Parts for air Compressors

Atlas Axle Sleeve 2009496 High Quality Spare Parts for air Compressors

MOQ: 1
Price: USD58
Delivery Period: 15-20 work days
Payment Method: T/T
Supply Capacity: 100-1000
Detail Information
Place of Origin
China
Brand Name
Atlas
Model Number
2009496
Highlight:

Atlas air compressor axle sleeve

,

Atlas compressor spare parts

,

air compressor parts with warranty

Product Description
Atlas Axle Sleeve 2009496 High Quality Spare Parts for Air Compressors
Product Introduction: Axle Sleeve
What is an Axle Sleeve?

An Axle Sleeve, also commonly known as an Axle Bushing or Bearing Sleeve, is a cylindrical component designed to fit snugly between an axle or shaft and its surrounding housing, bore, or bearing. It acts as a protective interface, reducing friction, absorbing radial loads, and facilitating smooth rotational or linear movement. Axle sleeves are critical for alignment, wear resistance, and simplifying assembly and maintenance in mechanical systems.

Key Functions & Purposes

The primary function of an axle sleeve is to protect and interface. Its specific purposes include:

  • Wear Reduction: Provides a sacrificial surface that wears instead of the more expensive axle or housing, extending the lifespan of the entire assembly.
  • Friction Management: Creates a low-friction surface for the axle to rotate or slide against, improving efficiency.
  • Load Distribution: Helps distribute radial loads evenly across the housing, preventing stress concentration and deformation.
  • Alignment & Positioning: Ensures the axle remains precisely centered and aligned within its housing.
  • Corrosion Prevention: Acts as a barrier, protecting the axle from galvanic corrosion or seizing within the housing.
  • Simplified Maintenance: Allows for easy replacement during overhaul without machining the larger components.
How It Works (Operating Principle)

An axle sleeve operates as a stationary or semi-stationary liner:

  1. Installation: The sleeve is pressed or slid into the housing bore. The axle or shaft is then inserted through the inner diameter of the sleeve.
  2. Interface: The inner surface of the sleeve interfaces with the rotating or sliding axle.
  3. Load Transfer: Radial forces from the axle are transferred through the sleeve to the housing.
  4. Friction Control: The sleeve material, often self-lubricating or used with grease, minimizes friction and heat generation.
  5. Wear Absorption: Over time, the sleeve experiences wear. It is designed to be replaced much more easily and cheaply than the axle or housing.
Key Features & Benefits
Feature Benefit
High Wear Resistance Manufactured from hardened, durable materials to provide long service life under abrasive conditions.
Low Coefficient of Friction Reduces power loss due to friction and minimizes heat buildup.
Excellent Load Capacity Withstands high radial loads without deforming, ensuring consistent performance.
Corrosion Resistance Protects both the axle and housing from rust and chemical attack, especially in harsh environments.
Self-Lubricating Options Sleeves made from materials like oil-impregnated bronze or PTFE composites provide lubrication without external greasing.
Cost-Effective Maintenance Acts as a sacrificial component, protecting more valuable parts and reducing overall repair costs.
Common Types of Axle Sleeves
Type Description Primary Application
Plain Sleeve Bushing A simple, solid cylindrical liner. General purpose applications for rotation and sliding.
Flanged Sleeve Includes an integral flange at one end to handle thrust loads and provide axial positioning. Where axial movement must be prevented.
Split Sleeve Made in two halves for easy installation and removal without disassembling other components. Large diameters or hard-to-access locations (e.g., crankshafts).
Oil-Impregnated Bronze Sleeve A porous bronze material infused with oil, providing self-lubrication. Applications where frequent re-greasing is difficult.
Plastic/Polymer Sleeve Made from materials like Nylon, PTFE, or UHMW. Lightweight, corrosion-proof, and silent. Food machinery, chemical processing, light-duty applications.
Steel-Backed Liner A steel outer shell for press-fitting into a housing with an inner liner of a bearing material (bronze, babbitt). High-load applications like automotive engines.
Technical Specifications
  • Dimensions: Inner Diameter (ID) (fits the axle), Outer Diameter (OD) (fits the housing), Length (L).
  • Material: Bronze (oil-impregnated or solid), Cast Iron, Sintered Steel, Bearing Steel, Plastics (PTFE, Nylon, UHMW), Stainless Steel.
  • Tolerance: Precision machined to tight tolerances (e.g., H7/g6 fit) for proper clearance or interference.
  • Hardness: Often heat-treated to a specific surface hardness (e.g., Rockwell C) to resist wear.
  • Surface Finish: A smooth internal finish (e.g., 16-32 µin Ra) is critical for low friction.
Industries & Applications

Axle sleeves are ubiquitous in machinery across all sectors:

  • Automotive: In suspension systems (e.g., control arm bushings), steering linkages, and transmission idler gears.
  • Agriculture: In tractor pivot points, combine harvesters, and implement linkages.
  • Construction & Mining: In excavator boom joints, conveyor rollers, and track systems.
  • Industrial Manufacturing: As guides for linear motion shafts, in gearboxes, and on conveyor systems.
  • Aerospace: In flight control linkages and landing gear assemblies.
  • Railway: In bogie and suspension components.
Why Choose Our Axle Sleeves?
  • Precision Engineering: Our sleeves are machined to exacting tolerances, ensuring a perfect fit and optimal performance in your assembly.
  • Superior Material Selection: We offer a wide range of materials to meet your specific needs for strength, wear resistance, lubrication, and environmental compatibility.
  • Custom Manufacturing: We specialize in producing custom sleeves to your unique print, including unique IDs, ODs, lengths, and special features like grooves or flanges.
  • Proven Durability: Rigorous quality control ensures every sleeve meets high standards for hardness, dimensional accuracy, and surface finish.
  • Expert Technical Support: Our engineers can help you select the ideal sleeve material and design for your application, maximizing service life and reliability.
Ordering Information

To select or quote the correct axle sleeve, please provide the following details:

  • Shaft/Axle Diameter: (Required Inner Diameter of the sleeve)
  • Housing Bore Diameter: (Required Outer Diameter of the sleeve)
  • Required Length:
  • Application: (e.g., Pivot Joint on Excavator Boom)
  • Load & Speed Conditions: (Radial load, rotational or oscillating speed)
  • Operating Environment: (e.g., exposure to dirt, water, chemicals, temperature)
  • Material Preference: (e.g., Oil-Impregnated Bronze, 52100 Steel)

Ensure smooth operation and protect your valuable components. Contact our team today for a quote on standard or custom axle sleeves.

products
PRODUCTS DETAILS
Atlas Axle Sleeve 2009496 High Quality Spare Parts for air Compressors
MOQ: 1
Price: USD58
Delivery Period: 15-20 work days
Payment Method: T/T
Supply Capacity: 100-1000
Detail Information
Place of Origin
China
Brand Name
Atlas
Model Number
2009496
Minimum Order Quantity:
1
Price:
USD58
Delivery Time:
15-20 work days
Payment Terms:
T/T
Supply Ability:
100-1000
Highlight

Atlas air compressor axle sleeve

,

Atlas compressor spare parts

,

air compressor parts with warranty

Product Description
Atlas Axle Sleeve 2009496 High Quality Spare Parts for Air Compressors
Product Introduction: Axle Sleeve
What is an Axle Sleeve?

An Axle Sleeve, also commonly known as an Axle Bushing or Bearing Sleeve, is a cylindrical component designed to fit snugly between an axle or shaft and its surrounding housing, bore, or bearing. It acts as a protective interface, reducing friction, absorbing radial loads, and facilitating smooth rotational or linear movement. Axle sleeves are critical for alignment, wear resistance, and simplifying assembly and maintenance in mechanical systems.

Key Functions & Purposes

The primary function of an axle sleeve is to protect and interface. Its specific purposes include:

  • Wear Reduction: Provides a sacrificial surface that wears instead of the more expensive axle or housing, extending the lifespan of the entire assembly.
  • Friction Management: Creates a low-friction surface for the axle to rotate or slide against, improving efficiency.
  • Load Distribution: Helps distribute radial loads evenly across the housing, preventing stress concentration and deformation.
  • Alignment & Positioning: Ensures the axle remains precisely centered and aligned within its housing.
  • Corrosion Prevention: Acts as a barrier, protecting the axle from galvanic corrosion or seizing within the housing.
  • Simplified Maintenance: Allows for easy replacement during overhaul without machining the larger components.
How It Works (Operating Principle)

An axle sleeve operates as a stationary or semi-stationary liner:

  1. Installation: The sleeve is pressed or slid into the housing bore. The axle or shaft is then inserted through the inner diameter of the sleeve.
  2. Interface: The inner surface of the sleeve interfaces with the rotating or sliding axle.
  3. Load Transfer: Radial forces from the axle are transferred through the sleeve to the housing.
  4. Friction Control: The sleeve material, often self-lubricating or used with grease, minimizes friction and heat generation.
  5. Wear Absorption: Over time, the sleeve experiences wear. It is designed to be replaced much more easily and cheaply than the axle or housing.
Key Features & Benefits
Feature Benefit
High Wear Resistance Manufactured from hardened, durable materials to provide long service life under abrasive conditions.
Low Coefficient of Friction Reduces power loss due to friction and minimizes heat buildup.
Excellent Load Capacity Withstands high radial loads without deforming, ensuring consistent performance.
Corrosion Resistance Protects both the axle and housing from rust and chemical attack, especially in harsh environments.
Self-Lubricating Options Sleeves made from materials like oil-impregnated bronze or PTFE composites provide lubrication without external greasing.
Cost-Effective Maintenance Acts as a sacrificial component, protecting more valuable parts and reducing overall repair costs.
Common Types of Axle Sleeves
Type Description Primary Application
Plain Sleeve Bushing A simple, solid cylindrical liner. General purpose applications for rotation and sliding.
Flanged Sleeve Includes an integral flange at one end to handle thrust loads and provide axial positioning. Where axial movement must be prevented.
Split Sleeve Made in two halves for easy installation and removal without disassembling other components. Large diameters or hard-to-access locations (e.g., crankshafts).
Oil-Impregnated Bronze Sleeve A porous bronze material infused with oil, providing self-lubrication. Applications where frequent re-greasing is difficult.
Plastic/Polymer Sleeve Made from materials like Nylon, PTFE, or UHMW. Lightweight, corrosion-proof, and silent. Food machinery, chemical processing, light-duty applications.
Steel-Backed Liner A steel outer shell for press-fitting into a housing with an inner liner of a bearing material (bronze, babbitt). High-load applications like automotive engines.
Technical Specifications
  • Dimensions: Inner Diameter (ID) (fits the axle), Outer Diameter (OD) (fits the housing), Length (L).
  • Material: Bronze (oil-impregnated or solid), Cast Iron, Sintered Steel, Bearing Steel, Plastics (PTFE, Nylon, UHMW), Stainless Steel.
  • Tolerance: Precision machined to tight tolerances (e.g., H7/g6 fit) for proper clearance or interference.
  • Hardness: Often heat-treated to a specific surface hardness (e.g., Rockwell C) to resist wear.
  • Surface Finish: A smooth internal finish (e.g., 16-32 µin Ra) is critical for low friction.
Industries & Applications

Axle sleeves are ubiquitous in machinery across all sectors:

  • Automotive: In suspension systems (e.g., control arm bushings), steering linkages, and transmission idler gears.
  • Agriculture: In tractor pivot points, combine harvesters, and implement linkages.
  • Construction & Mining: In excavator boom joints, conveyor rollers, and track systems.
  • Industrial Manufacturing: As guides for linear motion shafts, in gearboxes, and on conveyor systems.
  • Aerospace: In flight control linkages and landing gear assemblies.
  • Railway: In bogie and suspension components.
Why Choose Our Axle Sleeves?
  • Precision Engineering: Our sleeves are machined to exacting tolerances, ensuring a perfect fit and optimal performance in your assembly.
  • Superior Material Selection: We offer a wide range of materials to meet your specific needs for strength, wear resistance, lubrication, and environmental compatibility.
  • Custom Manufacturing: We specialize in producing custom sleeves to your unique print, including unique IDs, ODs, lengths, and special features like grooves or flanges.
  • Proven Durability: Rigorous quality control ensures every sleeve meets high standards for hardness, dimensional accuracy, and surface finish.
  • Expert Technical Support: Our engineers can help you select the ideal sleeve material and design for your application, maximizing service life and reliability.
Ordering Information

To select or quote the correct axle sleeve, please provide the following details:

  • Shaft/Axle Diameter: (Required Inner Diameter of the sleeve)
  • Housing Bore Diameter: (Required Outer Diameter of the sleeve)
  • Required Length:
  • Application: (e.g., Pivot Joint on Excavator Boom)
  • Load & Speed Conditions: (Radial load, rotational or oscillating speed)
  • Operating Environment: (e.g., exposure to dirt, water, chemicals, temperature)
  • Material Preference: (e.g., Oil-Impregnated Bronze, 52100 Steel)

Ensure smooth operation and protect your valuable components. Contact our team today for a quote on standard or custom axle sleeves.