C51000 custom bronze bushings
C51000 custom bronze bushings
Discover our plain bearings: Flange bearings, sleeve bushings, and thrust washers. Customizable bushing materials available. Our products are wear-resistant, maintenance-free, and designed to withstand dirt, dust, and corrosion.
C51000 custom bronze bushings， Tin-phosphorus bronze alloy，c51000 phosphor bronze, Manufacturer of custom machined bronze parts
Custom-made bronze bushings, especially those crafted from the C51000 Phosphor Bronze alloy, bring a multitude of advantages due to their unique composition. C51000 is a type of phosphor bronze that is made up of copper, tin, and phosphorus, where phosphorus contributes to enhanced wear resistance and stiffness, and tin aids in boosting corrosion resistance and strength. This alloy is celebrated for its durability, robustness, effective conductivity, and a low friction coefficient.
Such custom bronze bushings find their utility in a diverse array of applications, including electrical connectors, fasteners, cotter pins, lock washers, sleeve bushings, welding rods, springs, perforated sheets, clutch disks, among others. The C51000 Phosphor Bronze is also well-suited for soldering, brazing, and arc welding processes. Moreover, its high durability and resistance to corrosion make it an excellent choice for situations that demand superior wear resistance.
For those in search of custom-sized bronze bushings designed to meet specific needs within sectors such as automotive, machinery, or construction, companies like Viiplus provide CuZn25Al5 centrifugal casting bronze bushings. These bushings are engineered to deliver dependable performance, minimal friction, and outstanding wear resistance for both sliding and rotational applications.
These tailor-made CuZn25Al5 centrifugal casting bronze bushings are crafted to fulfill distinct requirements, finding extensive use across various sectors such as automotive, machinery, and construction. They offer dependable performance, reduced friction, and superior wear resistance for both sliding and rotational tasks.
The C51000 Phosphor Bronze, also known as CuSn5, is a tin bronze alloy renowned for its exceptional mix of attributes including high strength, malleability, outstanding fatigue and spring properties, robust corrosion resistance, a low friction coefficient, and enhanced wear resistance. This makes it a popular choice for a wide range of uses, from electrical connectors and fasteners to clutch discs, sleeve bushings, welding rods, springs, perforated sheets, and beyond.
For those in need of top-notch bronze bushings that are engineered to boost machinery efficiency in fields like automotive or construction, entities such as Viiplus offer custom-sized bronze bushings designed specifically for your operational needs. These bushings stand out for their longevity, resistance to corrosion, and unparalleled wear resistance in a variety of settings.
Phosphor Bronze Alloys (C51000, C51100, C51900, C52100) are renowned for their exceptional resistance to fatigue and wear. These alloys boast outstanding spring characteristics, formability, and ease of soldering. Typically used in demanding industrial applications, phosphor bronze is often found in components such as sleeve bearings and thrust washers, catering to heavy-duty requirements.
Phosphor bronze strip is the most widely used ductile material of copper alloys at present.
The distinction between C51000 and C54400 phosphor bronze primarily lies in their chemical makeup and resulting characteristics.
C51000 Phosphor Bronze:
- Composition: This alloy is composed of copper, 5% tin, and 0.2% phosphorus.
- Properties: It is recognized for its excellent strength, ductility, resistance to fatigue, spring qualities, corrosion resistance, low friction coefficient, and wear resistance.
- Applications: C51000 is extensively used in applications such as electrical connectors, fasteners, clutch discs, sleeve bushings, welding rods, springs, and more.
C54400 Phosphor Bronze:
- Composition: C54400 is made up of copper, with phosphorus ranging from 0.01–0.35% and tin between 0.50–11.00%.
- Properties: This alloy is noted for its wear resistance, stiffness, corrosion resistance, and strength.
- Applications: It is typically found in components like bearings, bushings, gears, pinions, screw machine products, shafts, sleeve bearings, thrust bearings, thrust washers, and valve parts.
Although both alloys are based on copper and contain tin, they vary in their specific amounts of tin and phosphorus. C51000 is celebrated for its broad spectrum of properties that make it suitable for diverse applications, including electrical components and fasteners. Conversely, C54400 is preferred for its strength and wear resistance, making it ideal for mechanical parts such as bearings and gears.
In the comparison between C51000 (CuSn5) and C54400 phosphor bronze alloys, distinct differences in their chemical compositions and attributes are evident:
C51000 (CuSn5) – Phosphor Bronze:
- Composition: This alloy is made of copper, 5% tin, and 0.2% phosphorus.
- Properties: It is characterized by excellent strength, ductility, resistance to fatigue, spring qualities, corrosion resistance, a low friction coefficient, and wear resistance.
- Applications: C51000 is primarily used in manufacturing electrical connectors, fasteners, clutch discs, sleeve bushings, welding rods, springs, among other products.
C54400 Phosphor Bronze:
- Composition: This variant comprises copper with phosphorus levels ranging from 0.01–0.35% and tin content of 0.50–11.00%.
- Properties: It stands out for its wear resistance, stiffness, corrosion resistance, and overall strength.
- Applications: It is ideally used in the production of bearings, bushings, gears, pinions, screw machine products, shafts, sleeve bearings, thrust bearings, thrust washers, and valve parts.
Though both alloys are built on a copper foundation and incorporate tin, the specific proportions of tin and phosphorus set them apart. C51000 is celebrated for a versatile set of properties that cater to a wide range of uses, such as in electrical connectors and fasteners. Conversely, C54400 is particularly valued in scenarios that demand enhanced wear resistance and mechanical strength, such as in bearings and gears.
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