Oil-Free Bearings Material – Custom your Bronze Bearing Material Now!
Explore the world of bronze alloys and master material selection. Choose from Leaded Tin, Tin, Aluminum, and Manganese Bronze Alloys to find the perfect fit for enhancing the performance and durability of your machine parts. Contact us today!

Oil-free bearings material – Bronze Bearing Material Guide
Bronze bearing material is essential across industries, offering reliable and efficient solutions for friction and wear applications. Made primarily of copper and tin, bronze bushings are a versatile alloy known for their strength, corrosion resistance, and low friction properties. These bearings are commonly used in automotive, aerospace, and machinery sectors, delivering dependable and durable performance in challenging conditions.
Composition and Manufacturing Process
Bronze bearing material primarily consists of copper as the base metal and tin as the main alloying element, with additional elements like zinc, lead, aluminum, and phosphorus included to enhance specific properties. The manufacturing process combines melting and then shapes the mixture through casting, extrusion, or machining.
The choice of metal substrates influences the friction performance, service life, and solid lubricant transfer of bronze bearings; selecting the right lubricants and substrates can significantly improve their performance.

Suggested Searches: Copper, Brass, Bronze, Copper Nickel, Manganese, Aluminum
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oil-free bearings Material Physical and Mechanical Properties
Oil-free bearings material combines high strength, good thermal conductivity, and excellent resistance to corrosion, fatigue, and wear, making it ideal for bearing applications. Its low coefficient of friction allows for smooth operation and reduced energy consumption.

C93200 SAE 660 Bearing Bronze
Enhance the performance of your light applications with the outstanding C93200 bearing bronze. This alloy boasts excellent machinability, enabling the easy production of custom bronze components. Known for its reliability, C93200 is the preferred choice for standard bearing bronze in light-duty applications, minimizing the need for excessive lubrication. Its superior corrosion resistance also makes it ideal for various marine uses.

Alloy 954 Aluminum Bronze (C95400)
Introducing the 954 Aluminum Bronze bushing (C95400), a bearing bushing that combines exceptional strength, corrosion resistance, and durability. This versatile alloy, made from copper and infused with aluminum, exhibits impressive tensile strength and excellent ductility. Its superior corrosion resistance makes it ideal for marine applications, proving resilient against harsh environments, pitting, crevice corrosion, and stress corrosion cracking.

C86300 Manganese Bronze SAE 430B
Introducing C86300 Manganese Bronze SAE 430B, a non-heat-treatable copper bushing that offers outstanding wear resistance and high bearing strength, ideal for demanding applications. This continuous cast alloy is durable, designed to handle heavy loads and operate at slow speeds. Its versatility is evident in applications such as slow-speed heavy-duty bearings, gears, cams, and hydraulic cylinder components. Compliant with the ASTM B505 continuous cast specification, it ensures reliability and performance.
Bronze & Brass Material
PN-EN 1982
Bronzeoilless.com employs the sophisticated technique of centrifugal casting to produce a wide range of high-quality bushes, thrust washers, and sleeves. These products are crafted using various copper alloys that adhere to global standards such as PN-EN 1982, DIN 1705, 1709, 1714, PN 91/H-87026, ASTM B271, and BS 1400. Moreover, they are not limited to standard alloys; special alloys are also employed to meet unique requirements.
| GROUP | PN-EN 1982 | DIN 1705, 1709, 1714 | PN 91/H-87026 | ASTM B271 | BS 1400 |
| ALUMINIUM BRONZES | CUAL10FE2 (CC331G) | ||||
| ALUMINIUM BRONZES | CUAL10NI3FE2 (CC332G) | ||||
| ALUMINIUM BRONZES | CUAL10FE5NI5 (CC333G) | CUAL10NI | C95800 | BS 1400 AB2 | |
| ALUMINIUM BRONZES | CUAL11FE6NI6 (CC334G) | CUAL11NI | |||
| TIN BRONZES | CUSN10 (CC480K) | CUSN10 | B10 | C52400 | |
| TIN BRONZES | CUSN11P (CC481K) | ||||
| TIN BRONZES | CUSN11PB2 (CC482K) | B101 | |||
| TIN BRONZES | Tin bronze bearing EN 1982 CuSn12-C (CC483K) | CUSN12 | C90800 | ||
| TIN BRONZES | CUSN12NI2 (CC484K) | CUSN12NI2 | C91700 | ||
| TIN BRONZES | CUSN5ZN5PB5 (CC491K) | CUSN5ZNPB / RG5 | B555 | C83600 | |
| LEADED BRONZES | CUSN7ZN4PB7 (CC493K) | CUSN7ZNPB / RG7 | C93200 | ||
| LEADED BRONZES | CUSN10PB10 (CC495K) | B1010 | C93700 | ||
| BRASS ALLOYS | (CC750S) | ||||
| BRASS ALLOYS | (CC754S) | ||||
| BRASS ALLOYS | CUZN25AL5MN4FE3 (CC762S) | CUZN25AL5 | C86300 | ||
| BRASS ALLOYS | CUZN34MN3AL2FE1 (CC764S) | CUZN34AL2 | C86200 | ||
| BRASS ALLOYS | (CC765S) | CUZN35AL1 | |||
| BRASS ALLOYS | CUZN32AL2MN2F31 (CC763S) | C86400 |
DIN 1705, 1709, 1714
| GROUP | PN-EN 1982 | DIN 1705, 1709, 1714 | PN 91/H-87026 | ASTM B271 | BS 1400 |
| ALUMINIUM BRONZES | CUAL10NI5 (CC333G) | CUAL10NI | C95800 | BS 1400 AB2 | |
| ALUMINIUM BRONZES | CUAL11Fe6NI6 (CC334G) | CUAL11NI | |||
| TIN BRONZES | CUSN10 (CC480K) | CUSN10 | B10 | C52400 | |
| TIN BRONZES | CUSN12 (CC483K) | CUSN12 | C90800 | ||
| TIN BRONZES | CUSN12NI2 (CC484K) | CUSN12NI | C91700 | ||
| TIN BRONZES | CUSN5ZN5PB5(CC491K) | CUSN5ZNPB / RG5 | B555 | C83600 | |
| LEADED BRONZES | CUSN7ZN4PB7(CC493K) | CUSN7ZNPB / RG7 | C93200 | ||
| LEADED BRONZES | CUSN10ZN / RG10 | B102 | C90500 | ||
| BRASS ALLOYS | CUZN25AL5MN4FE3 (CC762S) | CUZN25AL5 | C86300 | ||
| BRASS ALLOYS | CUZN34MN3AL2FE1 (CC764S) | CUZN34MN3AL2 | C86200 | ||
| BRASS ALLOYS | (CC765S) | CUZN35AL1 | |||
| BRASS ALLOYS | CUZN33PB | ||||
| BRASS ALLOYS | CUZN37PB |
PN 91/H-87026
| GROUP | PN-EN 1982 | DIN 1705, 1709, 1714 | PN 91/H-87026 | ASTM B271 | BS 1400 |
| ALUMINIUM BRONZES | BA93 | ||||
| ALUMINIUM BRONZES | BA1032 | ||||
| ALUMINIUM BRONZES | BA1044 | ||||
| TIN BRONZES | CUSN10 (CC480K) | CUSN10 | B10 | C52400 | |
| TIN BRONZES | CUSN11PB2 (CC482K) | B101 | |||
| TIN BRONZES | CUSN5ZN5PB5(CC491K) | CUSN5ZNPB/RG5 | B555 | C83600 | |
| LEADED BRONZES | CUSN10PB10(CC495K) | B1010 | C93700 | ||
| LEADED BRONZES | CUSN10ZN/RG10 | B102 | C90500 | ||
| BRASS ALLOYS | M059 | ||||
| BRASS ALLOYS | M060 | ||||
| BRASS ALLOYS | MA58 | ||||
| BRASS ALLOYS | MK80 |
ASTM B271
| GROUP | PN-EN 1982 | DIN 1705, 1709, 1714 | PN 91/H-87026 | ASTM B271 | BS 1400 |
| ALUMINIUM BRONZES | CUAL10FE5NI5(CC333G) | CUAL10NI | C95800 | BS 1400 AB2 | |
| TIN BRONZES | CUSN10 (CC480K) | CUSN10 | B10 | C52400 | |
| TIN BRONZES | CUSN12(CC483K) | CUSN12 | C90800 | ||
| TIN BRONZES | CUSN12NI2(CC484K) | CUSN12NI | C91700 | ||
| TIN BRONZES | CUSN5ZN5PB5(CC491K) | CUSN5ZNPB/RG5 | B555 | C83600 | |
| LEADED BRONZES | CUSN7ZN4PB7(CC493K) | CUSN7ZNPB/RG7 | C93200 | ||
| LEADED BRONZES | CUSN10PB10(CC495K) | B1010 | C93700 | ||
| LEADED BRONZES | CUSN10ZN/RG10 | B102 | C90500 | ||
| BRASS ALLOYS | CUZN25AL5MN4FE3(CC762S) | CUZN25AL5 | C86300 | ||
| BRASS ALLOYS | CUZN34MN3AL2FE1(CC764S) | CUZN34AL2 | C86200 | ||
| BRASS ALLOYS | CUZN32AL2MN2F31(CC763S) | C86400 |
BS 1400
| GROUP | PN-EN 1982 | DIN 1705, 1709, 1714 | PN 91/H-87026 | ASTM B271 | BS 1400 |
| ALUMINIUM BRONZES | CUAL10FE5NI5(CC333G) | CUAL10NI | C95800 | BS 1400 AB2 |
Suggested Searches: Copper, Brass, Bronze, Copper Nickel, Manganese, Aluminum
Custom Bushing Bearing

Explore our extensive selection of machine accessories designed to meet your needs. We specialize in professional solutions for bronze bushings of all materials and sizes. Our dedicated team is ready to help you tackle any challenges and provide the expertise you need to find the ideal solutions for your bronze bushing requirements.
email: una@viiplus.com
Phosphor Bronze Bearing Material
Phosphor bronze typically consists of approximately 90% copper, 6-8% tin, and a small percentage of phosphorus. It possesses excellent mechanical properties, such as high strength, good formability, and outstanding corrosion resistance. These properties make phosphor bronze an exceptional choice for bearing applications where durability and reliability are paramount.
The self-lubricating properties of phosphor bronze reduce friction and minimize the need for external lubrication, making it a cost-effective and low-maintenance option. Its versatility allows for application in automotive, industrial machinery, marine, aerospace, and defense sectors.

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Factors To Consider When Choosing Bronze Bearings
When choosing bronze bearings, several factors should be taken into consideration to ensure optimal performance and longevity. These factors include:


