Precision CNC Machined Bronze Bushings | Custom Large Diameter Slide Bearings
Hongsinn-1023
ISO-certified manufacturer for custom large-diameter copper alloy bushings. Specialized in precision grooved bronze sleeves for heavy-duty machinery. High wear resistance & tight tolerances. Get your free quote today!
Delivery
FOB
minimum order
1 piece
Supply Ability
5000piece / Week
Country of Origin
Shenzhen
Stock Time
7~15Day
Quantity:
US $0.59 - US $10.68 / piece
Custom High-Precision CNC Copper Alloy Bushings – Delivering Ultimate Wear Resistance Solutions for Heavy Machinery
Product Overview
We provide specialized, high-end custom manufacturing services for large-diameter copper bushings and sliding bearings. We are dedicated to supplying global heavy industry clients with precision rotary support components characterized by high load-bearing capacity and extended service life. Utilizing state-of-the-art CNC turning centers, we ensure that every bushing delivers exceptional reliability, even under the most extreme operating conditions.
We provide specialized, high-end custom manufacturing services for large-diameter copper bushings and sliding bearings. We are dedicated to supplying global heavy industry clients with precision rotary support components characterized by high load-bearing capacity and extended service life. Utilizing state-of-the-art CNC turning centers, we ensure that every bushing delivers exceptional reliability, even under the most extreme operating conditions.
Core Technological Advantages
High-Performance Copper Alloy Selection
We meticulously select aerospace-grade aluminum bronze, high-strength brass, and tin bronze alloys to provide optimal material solutions tailored to specific load and speed environments. These materials possess inherent self-lubricating properties and exceptional resistance to seizing.
Advanced Internal Oil Groove Machining
Based on your technical drawings, we can precisely machine a variety of internal oil groove patterns—including linear, helical, and figure-eight configurations. Our optimized lubrication system designs significantly reduce frictional heat generation, thereby extending equipment maintenance intervals.
Based on your technical drawings, we can precisely machine a variety of internal oil groove patterns—including linear, helical, and figure-eight configurations. Our optimized lubrication system designs significantly reduce frictional heat generation, thereby extending equipment maintenance intervals.
Deformation Control for Large, Thin-Walled Components
To address the inherent challenge of deformation in large-diameter bushings, we employ mature stress-relief machining processes. This ensures that, while maintaining thin-wall profiles, our products consistently meet micron-level tolerances for roundness and cylindricity.
To address the inherent challenge of deformation in large-diameter bushings, we employ mature stress-relief machining processes. This ensures that, while maintaining thin-wall profiles, our products consistently meet micron-level tolerances for roundness and cylindricity.
Rigorous Wear Resistance Testing
Every bushing delivered undergoes rigorous hardness testing and surface finish inspection. Accompanied by precise CMM (Coordinate Measuring Machine) inspection reports, we guarantee that each component achieves a perfect fit with your equipment's main spindle.
Every bushing delivered undergoes rigorous hardness testing and surface finish inspection. Accompanied by precise CMM (Coordinate Measuring Machine) inspection reports, we guarantee that each component achieves a perfect fit with your equipment's main spindle.
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Industry Applications
Industrial Robotics: High-precision joint shafts, bearing housings, and sensor enclosures.
Fluid & Power Systems: Precision valve cores, pistons, and heavy-duty flanges (such as the flange assembly shown in the image).
Semiconductor Equipment: High-cleanliness, high-precision internal chamber components and wafer carriers.
Medical Devices: Precision micro-components meeting biocompatibility requirements.



























