Product Description
We offer c66800 manganese bronze for producing pump parts and marine hardware. This alloy is suitable to operate under high load and speed bearing applications. It is commonly used to produce gears, cam shafts, drive shafts, sleeve bearings, piston head, idler pins, thrust bearing and spindles. The addition of manganese makes this alloy most wear resistant with great toughness and ductility. This alloy possesses bending, coining, knurling, roll threading, spinning and shearing, stamping, and swaging fabrication process. It also holds good hot and cold workability and forge-ability. The provided c66800 manganese bronze has good corrosion resistant when submerged in salty water.
Typical Uses :
- Industrial : Gears, Sealing Rings, Thrust Bearings, Bushings, Cams, Spindles, Bearings, Idler Pins, Connecting Rods, Drive Shafts, Valve Seats, Sleeve Bearings, Piston Heads.
- Marine : Pump Parts, Hardware, High Strength
Equivelent Specifications: | Specifications | Designation |
| UNS | C67300 |
| UNS | C67400 |
| UNS | C67420 |
Chemical Composition:
| | Cu | Al | Fe | Pb | Mn | Ni | Si | Sn | Zn |
| Min./Max. | 60.0-63.0 | 0.25 | 0.35 | 0.5 | 2.0-3.5 | 0.25 | .50-1.5 | 0.3 | Rem. |
| Nominal | 61.5 | - | - | - | 2.7 | - | 1 | - | - |
Physical Properties:
| Density | 0.300 lb/in3 |
| Melting Range | 1690 1730 oF |
| Coefficient of Expansion | (68 to 572oF) 11 ?in/in oF |
| Thermal Conductivity | 55 Btu/ft h oF |
| Electrical Conductivity | 21 % IACS |
| Electrical Resistivity | 54 ? (circ mil/ft) |
| Relative Magnetic Permeability | <1.02 |
| Coefficient of Friction | 0.15 |
Sizes Available
| ROUND RODS | 8mm To 70 mm |
| HEX | 10mm To 60mm |
| SQUARE | 10mm To 60mm |
| FLAT | 10mm Min Thickness and max Width 120mm |
| BILLETS | Up to 200 mm |
| INGOTS | As per Specification |
Exceptional Mechanical PerformanceC66800 Manganese Bronze delivers superior strength and endurance, making it suited for demanding applications such as heavy-duty bushings and bearings. Its composition provides both resilience and reliability under high stress, while maintaining excellent wear resistance and a durable, smooth finish.
Highly Adaptable for Diverse IndustriesThis bronze alloy is widely used in automotive and marine industries due to its high corrosion resistance and mechanical stability. Its customizable bar shapes and sizes allow for tailored solutions in component manufacturing, enhancing overall operational efficiency for manufacturers and service providers across India.
FAQs of C66800 MANGANESE BRONZE:
Q: How is C66800 Manganese Bronze typically used in industrial applications?
A: C66800 Manganese Bronze is commonly utilized for manufacturing automotive parts, marine components, heavy-duty bushings, and bearings due to its high strength, durability, and resistance to corrosion.
Q: What is the process for producing C66800 Manganese Bronze bars?
A: The alloy is produced using a hot rolling technique, followed by machining to achieve a smooth finish. The material is supplied in a hard temper, with customized dimensions available based on specific customer requirements.
Q: When should I choose C66800 Manganese Bronze over alternative alloys?
A: Select C66800 when the application demands high tensile strength, good elongation, elevated corrosion resistance, and dependable performance under loadparticularly in harsh or marine environments.
Q: Where can I source C66800 Manganese Bronze in India?
A: This alloy is available from a variety of distributors, exporters, manufacturers, service providers, suppliers, and traders across India who specialize in advanced bronze materials.
Q: What are the key benefits of using C66800 Manganese Bronze in engineering projects?
A: Key benefits include its exceptional mechanical properties, excellent corrosion resistance, smooth machinability, and adaptability for complex, heavy-duty components, providing long service life and reduced maintenance costs.
Q: How does C66800 Manganese Bronze contribute to equipment longevity in marine environments?
A: The alloys high corrosion resistance and strong physical properties help prevent premature wear and failure, especially in harsh, moisture-prone marine conditions, thereby extending operational life and reliability.