Standard bronze (made mostly of copper and tin) plays an important role in the metal industry today. However, in some cases, aluminum bronze (also called C95400 alloy) is the better choice when it comes to bronze machining and fabricating.
Benefits of Bronze
Standard Bronze is resistant to corrosion. In fact, the copper forms a protective oxide layer. Here are some more benefits:
Heat resistance – used in high-temperature applications
Durability – resistant to wear and tear
Welding – easy to weld and it’s commonly soldered and brazed too.
Machining – bronze machining is not difficult.
Alloy C95400
Instead of using tin with copper, C95400 makes use of aluminum. This offers several benefits:
Heavy applications – high strength
More durable than standard bronze alloys
Resistance to fatigue – commonly used in fatigue resistant applications where structural deformity is possible
Wear and tear – low friction makes C95400 good for machine parts.
Scaling resistance – used in marine applications and areas of high humidity
Common Uses
Alloy C95400 sees use in many industries. For example, when you need strong fasteners with corrosion resistance, aluminum bronze is perfect. It’s also used in bearings, valves, gears, and many bronze machining methods. For added strength, it’s sometimes heat-treated.
Machining C95400
C95400 is not the easiest metal to work with. That is why many companies turn to experienced and trusted machine shops when they need precision components. In fact, unless you have machinists experienced in this kind of metal, you could face a difficult task.
When you outsource your bronze machining work, you make it easier on your workforce, and you don’t have to worry about quality issues. A good shop can give you as many parts as you need and they also offer design and prototype services.
