Product
Sintered Products Portfolio
Automotive Components
- Helical Gears
- Pinion Gears
- Sprockets
- Inner/ Outer Rotors
Mechanical Components
- Gears
- Pulleys
- Cams
- Output carriers
Sintered Bearings
- Oil Impregnated Bearings
- Self Lubricating Bearing Sleeve
- Flanged Bearings
Secondary Processes
- Steam Treatment
- Heat Treatment
- Surface Coating
- Sizing
- Assembly
- Oil Impregnation
- Machining
- Gear Rolling
Automotive Components
Helical Gears
Pinion Gears
Sprockets
Inner/ Outer Rotors
Mechanical Components
Gears
Pulleys
Cams
Output Carriers
Sintered Bearings
Oil Impregnated Bearings
Self Lubricating Bearing Sleeve
Flanged Bearings
Secondary Processes
Steam Treatment
Heat Treatment
Surface Coating
Sizing
Assembly
Oil Impregnation
Machining
Gear Rolling
What are the benefits of using Sintering?
- Able to produce complex shapes
- Self Lubrication Properties
- Recognised as a Green Technology
Sinstering Process
Sintering is an efficient metal forming technology to manufacture high precision components. This process can avoid, or greatly reduce, the need to use metal removal processes, thereby drastically reducing yield losses in manufacture and often resulting in lower costs.
Mixing
Compacting
The mixed powder is placed in a high precision tooling, then compacted by a vertical press machine to form a compressed part called Green compact.
Sintering
The Green compact is placed into a sintering furnace, where it is heated in gas atmosphere at temperatures below the melting point of base metals. An alloy component of near net shape is then ready for delivery or further processing.