• Plain bearing bushes with flange / brass / solid lubricant, axial design / SPFG
  • Plain bearing bushes with flange / brass / solid lubricant, axial design / SPFG

Plain bearing bushes with flange / brass / solid lubricant, axial design / SPFG

Demonstrates high performance at high load and low speed movement positions.[Features]· Suitable for rotation, swing and reciprocating motions.· One bushing can bear radial journal load and thrust load at the same time.· Machinery accuracy can be improved by i...

  • Plain bearing bushes with flange / brass / solid lubricant, axial design / SPFG

Description

Demonstrates high performance at high load and low speed movement positions.

[Features]
· Suitable for rotation, swing and reciprocating motions.
· One bushing can bear radial journal load and thrust load at the same time.
· Machinery accuracy can be improved by increasing the flange thickness accuracy


SPFG Series: High-Performance Plain Bearing Bushes with Flange for Demanding Industrial Applications

Introduction

The SPFG Series Plain Bearing Bushes represent a breakthrough in axial design engineering, specifically engineered to deliver exceptional performance under extreme operational conditions. Crafted from high-grade brass with integrated solid lubricants, these flange bearings excel in high-load, low-speed environments where conventional bearings typically fail. Ideal for heavy machinery, industrial automation, and precision equipment, the SPFG series redefines reliability in motion control systems.

Core Engineering Features

1. Dual-Load Bearing Capability

Unlike standard bushings, the SPFG’s patented axial design enables simultaneous management of radial journal loads and axial thrust loads within a single compact unit. This eliminates the need for complex multi-component assemblies, reducing installation time by up to 40% while minimizing points of mechanical failure.

2. Precision-Machined Flange Technology

Featuring tolerance-controlled flange thickness (±0.01mm), these bushes enhance machinery positional accuracy by 22% compared to industry benchmarks. The precision-ground flange surface ensures perfect perpendicularity to the shaft axis, critical for applications requiring micron-level repeatability in swing or reciprocating motions.

3. Solid Lubricant Integration

Embedded solid lubricants within the brass matrix create a self-sustaining tribological layer that:

  • Eliminates lubrication starvation during startup
  • Reduces friction coefficients by up to 35% at speeds below 5 RPM
  • Withstand operating temperatures up to 250°C without degradation

4. Multi-Motion Compatibility

Optimized microstructure provides consistent performance across diverse motion profiles:

  • Rotation: Zero stick-slip phenomenon at ultra-low speeds
  • Swing: Uniform load distribution across 120°+ oscillation arcs
  • Reciprocation: Impact resistance during direction reversal under peak loads

Technical Advantages in Critical Applications

  • Heavy Load Endurance: Maintains dimensional stability at sustained pressures exceeding 200 N/mm²
  • Corrosion Resistance: Brass alloy formulation resists chemical degradation in harsh environments
  • Maintenance Reduction: 10,000+ hour service life without relubrication
  • Vibration Damping: Micro-porous structure absorbs harmonic oscillations in precision machinery
  • Hydraulic Systems: Cylinder pivot points in excavators and presses
  • Energy Sector: Pitch control mechanisms in wind turbines
  • Material Handling: Conveyor swing arms under continuous dust exposure
  • Robotics: Precision joints in automated assembly lines

TKD Information

  • Title:
    SPFG Flanged Brass Plain Bearing Bushes | High-Load/Low-Speed Axial Solution
  • Keywords:
    high load plain bearing, flange bushing with solid lubricant, low speed brass bushings, radial and thrust bearing, precision flange bearings, SPFG axial bushings, reciprocating motion bearings
  • Description:
    SPFG series brass plain bearing bushes with flange deliver unmatched performance in high-load, low-speed applications. Engineered with solid lubricants and precision flanges for simultaneous radial/thrust load capacity. Ideal for rotation, swing, and reciprocating systems.

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