At Bronzeoilless.com, you can discover a diverse selection of flanged brass bushings designed to offer essential support for perpendicular shafts. These specialized bearings play a crucial role in mitigating issues that may arise from high speeds, heavy loads, shaft flex, vibration, and axial load or movement.

By strategically positioning a flange bearing, it acts as a stabilizing force for the shaft, effectively minimizing any potential complications that may occur. Browse our inventory today and experience the difference that flanged brass bushings can make in optimizing your machinery’s performance.

The Types of Flanged Brass Bushings

• Plain flange bushing
• Flange Bushings with Graphite Plugs
• Oil / Grease Grooved Flange Bushings
• wrapped bronze flange bushings

Flanged brass bushings are typically made from a variety of brass alloys, including:

• C36000 brass: This is a lead-free brass alloy that is commonly used in bushings due to its excellent machinability and good corrosion resistance. It also has good strength and ductility.
• C93200 bronze: This is a high-strength bronze alloy that contains a small amount of lead to improve its machinability. It has good wear resistance and is often used in bushings that are subjected to heavy loads.
• C95400 aluminum bronze: This is a high-strength bronze alloy that contains aluminum, iron, and nickel. It has excellent corrosion resistance and is often used in marine applications.
• C87850 Eco Brass: This is a lead-free brass alloy that is specifically designed for use in environmentally sensitive applications. It has excellent corrosion resistance and good strength.

The choice of brass alloy for a flanged bushing will depend on the specific application requirements, such as load capacity, corrosion resistance, and operating temperature.

Our flanged brass bushings are meticulously crafted from a copper and zinc alloy, commonly known as ordinary brass. However, when this alloy consists of two or more elements, it transforms into a remarkable variation called special brass. Notably, flanged brass exhibits exceptional wear resistance, making it an ideal choice for various applications.

The versatility of our flanged brass bushings extends across multiple industries. They find their purpose in construction machinery joint parts, including excavators, mining scrapers, rotary drilling rigs, concrete pumps, rock drilling machinery, winches, port cranes, and more. Moreover, they play a vital role in metallurgical machineries, such as continuous casting machinery, water conservancy machinery, conveying machinery, rolling mills, bottle blowing machines, film blowing machines, injection molding machine crosshead clamping differentials, tire curing machines, trailer balance beams, and vacuum switches.

Experience the reliability and durability of our flanged brass bushings, engineered to meet the demands of diverse sectors with precision and performance.

Corrosion Resistance

One of the primary reasons for choosing brass as a material for bushings is its excellent corrosion resistance. Brass is a copper-zinc alloy, which offers a natural defense against corrosion from water, air, and various chemicals.

Low Friction

Brass has a low coefficient of friction, making it an excellent choice for reducing wear and friction in moving parts. This reduces the need for frequent lubrication and maintenance, improving the overall performance and lifespan of the bushing.

Thermal Conductivity

Brass has high thermal conductivity, which allows it to dissipate heat more effectively than other materials. This characteristic is particularly beneficial in applications where high temperatures are present, helping to prevent overheating and premature failure of the bushing.

The high strength brass is widely used, made by casting into shingles and bushings, bronzeoilless.com now mainly with high strength brass as the substrate for the production of solid lubrication oil-free bearings, is the use of high-strength brass as the substrate, and radially embedded in an orderly arrangement of cylindrical polymer filler for the friction material (generally graphite, molybdenum disulfide, PTFE, oil and other lubricants), its Its superiority mainly lies in its copper alloy and non-metallic wear-reducing materials have their own complementary advantages, not only has a high load-bearing capacity but also break through the general bearing rely on oil film grease lubrication boundary, to achieve oil-free lubrication, embedded solid lubrication easy to form a lubricating film, its friction and wear performance has played a great role in improving the stability and reliability of high cost.

 1.Different meanings.

The ordinary flanged brass bushing is a copper-zinc binary alloy. Brass with an average copper content of 62% and 59% can also be cast, called casting brass.

Bronze originally refers to copper-tin alloy, but the industry used to call copper alloys containing aluminum, silicon, lead, beryllium, manganese, etc. also bronze, so bronze includes tin bronze, aluminum bronze, aluminum bronze, beryllium bronze, silicon bronze, lead bronze, etc. Bronze is also divided into two categories: pressure-processed bronze and cast bronze.

 2. the composition is different.

Tin bronze with tin as the main alloying element of copper-based alloys called tin bronze.
In order to obtain higher strength, corrosion resistance and good casting performance, special brasses are formed by adding aluminum, silicon, manganese, lead, tin and other elements to the copper-zinc alloy. Such as lead brass, tin brass, aluminum brass, silicon brass, manganese brass, etc.