Piston Head: It is the uppermost part of the piston. Due to the combustion of the fuel, it is subjected to high pressure and high temperature.
Piston Types:
According to a piston head or Crown design:
Flat, Dome type, Concave type, and Irregular head type Piston.
According to skirt design:
Solid skirt, Split skirt, Slotted, or Constant clearance piston.
On the basis of shape and application:
Slipper type, Steel inserted, Steel belted, Cam Ground, Alfinz type, and Heat type piston.
According to Piston Head:
Flat type: In this, the shape of the piston head is flat.
Dome type: In this, the middle part of the head is raised.
Concave type: It has a cavity inside.
Irregular head type: This includes the design of the head Irregular according to design requirements.
▷Extended tool life: PCD tools are hard and wear-resistant, can withstand high cutting speeds, and extend tool life. Increased productivity while reducing the frequency of tool changes.
▷Improved Surface Finish: PCD tools provide excellent surface finish on piston cut diameters and piston heads due to their low coefficient of friction and high thermal conductivity.
Has a smooth surface finish that improves piston performance and combustion efficiency.
▷High machining efficiency: Due to the low friction coefficient and excellent thermal conductivity of
PCD tools, the material can be removed efficiently. Reduced processing time and increased productivity.
▷Reduced costs: Longer tool life and improved machining efficiency save costs in the long run. Reduced need for tool changes and increased productivity outweigh the initial investment.
▷Versatile Machining Capabilities: PCD tools can be used for cutting diameters of pistons and roughing and finishing piston heads.
Its versatility allows efficient machining of different materials such as aluminum alloys, cast iron and other non-ferrous metals commonly used in piston manufacturing.
More SuperHard provides the best products and services for precision grooving, turning, boring, internal and external facing, and chamfering of pistons.
