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C86500 Copper Casting Brass Bushing: Your High-Performance Solution
Discover the unparalleled durability and reliability of C86500 copper casting brass bushing solutions. If you’re seeking a robust material for demanding applications, ASTM B505 C86500 manganese bronze offers superior performance compared to standard brass alternatives, ensuring longevity and efficiency for your machinery.
Understanding C86500: More Than Just Brass, It’s Manganese Bronze
When specifying materials for critical components like bushings, precision in terminology is key. C86500 is technically a manganese bronze, a high-strength copper alloy, rather than a typical “brass” (which is primarily copper-zinc) or generic “copper.”
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ASTM Designation: C86500 (under standard ASTM B505 for continuous castings)
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Common Names: Also known as SAE 430C or sometimes referred to as high-strength yellow brass (though manganese bronze is more accurate).
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European Equivalent: Closely corresponds to CuZn35Al1 under EN standards.
The inclusion of manganese, aluminum, and iron in its composition gives C86500 copper casting brass bushing materials significantly enhanced strength, wear resistance, and corrosion resistance, making them a premier choice for challenging industrial environments.
Why Choose C86500 Copper Casting for Your Brass Bushing Needs?
For applications demanding resilience and extended service life, C86500 copper casting brass bushing components stand out. Their inherent material properties translate directly into tangible benefits for your operations.
Superior Material Properties of C86500 Manganese Bronze
The carefully balanced chemical composition and resulting mechanical properties are what make C86500 ideal for high-performance bushings.
Typical Chemical Composition (ASTM B505 C86500):
| Element | Composition Range (%) | Significance for Bushings |
| Copper (Cu) | 55.00 – 60.00 | Base metal, provides good thermal & electrical conductivity |
| Zinc (Zn) | 36.00 – 42.00 | Improves castability and strength |
| Aluminum(Al) | 0.50 – 1.50 | Significantly boosts strength and corrosion resistance |
| Iron (Fe) | 0.40 – 2.00 | Refines grain structure, increases strength & hardness |
| Manganese(Mn) | 0.10 – 1.50 | Enhances strength, deoxidizes, improves castability |
| Tin (Sn) | Max 1.0 | Can increase strength and wear resistance |
| Lead (Pb) | Max 0.4 | Improves machinability (though kept low for strength) |
| Note: The “Y 1.0A” from the original text is likely a typo and has been omitted. Always refer to the latest ASTM B505 standard for precise specifications. |
Key Mechanical Properties (Minimum Values):
| Mechanical Property | Minimum Value | Impact on Bushing Performance |
| Tensile Strength | 70 ksi (483 MPa) | Ability to withstand pulling forces without breaking |
| Yield Strength (at 0.5% extension under load) | 30 ksi (207 MPa) | Resistance to permanent deformation under load |
| Elongation (in 2 inches or 50 mm) | 20% | Ductility, ability to deform before fracturing |
| Brinell Hardness (500 kg load) | 130 HB | Resistance to indentation and surface wear |
| Note: Original “Kersey MPa” and “g/MPa” were likely typos. Values are typically in ksi or MPa. The values provided here are common for C86500 but should always be confirmed with specific supplier certifications. |
Tangible Benefits for Your Bushing Applications
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Exceptional Durability & Longevity: The high strength and hardness of C86500 copper casting brass bushing components mean they can withstand heavy loads and harsh operating conditions, leading to longer replacement intervals.
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Excellent Wear Resistance: Ideal for applications with sliding contact, reducing friction and extending the life of both the bushing and the mating shaft.
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Superior Corrosion Resistance: Performs well in marine environments and against many industrial chemicals, preventing premature failure.
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Good Machinability: Despite its toughness, C86500 can be machined to precise tolerances for complex bushing designs.
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High Load-Bearing Capacity: Its impressive yield strength makes it suitable for heavy-duty industrial bushings.
Common Applications for C86500 Copper Casting Brass Bushings
The robust nature of C86500 copper casting brass bushing materials makes them versatile across numerous industries and applications:
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Heavy Machinery: Bearings, gears, worm gears, and wear plates.
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Marine Industry: Propeller shafts, marine hardware, and components exposed to saltwater.
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Construction Equipment: Bushings for pivot points and hydraulic cylinders.
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Industrial Equipment: Pump fixtures, valve stems, and guides.
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Architectural Applications: Bridge trunnion bearings, structural supports.
If your application demands a bushing that can handle stress, resist wear, and fight corrosion, C86500 copper casting brass bushing solutions are a prime candidate.
Sourcing High-Quality C86500 Copper Casting for Brass Bushings
Finding a reliable supplier is crucial to ensure you receive genuine C86500 manganese bronze that meets the required ASTM B505 specifications.
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Customized Solutions: We provide C86500 copper casting brass bushing components tailored to your specific dimensional requirements, optimizing performance and fit.
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Quality Assurance: Our commitment to precision engineering ensures every C86500 casting meets the highest standards of quality and performance.
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Global Supply: We offer top-tier C86500 manganese bronze solutions to clients worldwide.
Tailored Size Alternatives
Providers of C86500 copper casting offer bespoke solutions to satisfy specific size prerequisites for brass bushings, optimizing performance and efficiency.
Elevate Your Machinery’s Performance with C86500 Copper Casting
In the dynamic landscape of industrial machinery, durability, and reliability are paramount. C86500 Copper Casting, with its exceptional properties and customizable solutions, stands as a testament to engineering excellence. By integrating this high-strength material into machinery components, manufacturers can elevate performance and ensure longevity in the most demanding environments. For more information, visit www.bearingface.com. Contact us today to explore how C86500 Copper Casting can enhance your machinery.
Ready to enhance your machinery with the strength and reliability of C86500?
Elevate Your Machinery’s Performance Today!
Don’t let substandard bushings compromise your equipment’s efficiency or lifespan. By choosing C86500 copper casting brass bushing solutions, you invest in durability, reliability, and long-term performance.
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Request a Quote: Get a personalized quote for your custom C86500 bushing needs.
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Discuss Your Project: Contact our material experts to explore how C86500 can solve your specific engineering challenges.
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Learn More: Visit www.bearingface.com (or your actual website) for detailed specifications and case studies.
Contact us today to experience the superior difference of C86500 manganese bronze!
Frequently Asked Questions (FAQs)
Q1: What makes C86500 copper casting ideal for brass bushings over other materials?
A1: C86500, a manganese bronze, offers a superior combination of high strength, excellent wear resistance, and good corrosion resistance compared to many standard brass alloys. This makes C86500 copper casting brass bushing components exceptionally durable for demanding applications.
Q2: Is C86500 the same as SAE 430C or CuZn35Al1?
A2: Yes, C86500 is the ASTM designation. It is also known as SAE 430C and is closely equivalent to the European standard CuZn35Al1. They all refer to a high-strength manganese bronze.
Q3: Can C86500 bushings be used in marine environments?
A3: Absolutely. The inherent corrosion resistance of C86500 manganese bronze makes it an excellent choice for marine hardware and bushings exposed to saltwater and harsh weather conditions.
Q4: Are custom sizes available for C86500 copper casting brass bushings?
A4: Yes, reputable suppliers can provide C86500 copper casting brass bushing solutions tailored to specific size and design requirements to ensure optimal fit and performance.
Q5: What industries typically use C86500 manganese bronze bushings?
A5: C86500 is widely used in heavy machinery, marine, construction, and general industrial manufacturing for applications requiring high-strength, wear-resistant bushings and bearings.
