C36000 Free Machining Brass

C36000 Brass is commonly known as "Free Cutting" or "Free Machining" Brass. With a machinability rating of 100 this material is the standard by which all other metals are measured by. The 2 phase structure of C360 tends to form broken chips instead of continous coils, which interfere with high speed machining. This brass alloy is suited for high speed machining. The lead content adds internal lubrication against the surface of the cutting tool. The high machinability rating of C36000 Free Machining Brass permits full utilization of screw machines speeds and feeds capabilities. C360 has superior machinability, thread rolling and knurling characteristics. In half hard condition, C360 brass can be a substitute for leaded steel in a majority of common screw machine products.

Shapes

Click to view stocked sizes

Solid Round

Sizes listed by outside diameter

Flat Bar

Sizes are listed by thickness and width

Applications

Screw Machine Products
Valve Components
Fasteners
Fittings
Hardware
Fluid Connectors
Automotive Sensor Housings

Specifications

CDA 36000

ASTM B16

SAE J463

Chemical Composition

Cu- 61.50%

Pb- 2.70%

Zn- 35.4%

Fe- 0.35%

Machinability

100

Check Out Our New Wrought Copper Alloys Machinability Guide

When it comes to machining wrought copper alloy based components, it's all about knowing what speeds and feeds to use, and what type of tooling is required. Many of these variables depend on the machinability of the material. With a wide variety of wrought copper alloys to choose from it is critical to get the machinability rating right. Best guesses equal broken tooling and scraped

Use or C360 Free Machinig Brass Machining Guide

Many years ago a system was developed to rate the relative ease or difficulty of machining the various copper alloys. These values became known as “machinability ratings”. This value is not an exact figure, but it gives you a general idea of how easily or difficult the metal can be worked with a cutting tool.

Use our Bronze Machinability Rating Chart

When it comes to machining bronze components, it's all about knowing what speeds and feeds to use, and what type of tooling is required. Many of these variables depend on the machinability of the material. With a wide variety of bronze alloys to choose from it is critical to get the machinability rating right. Best guesses equal broken tooling and scraped