8943963944 Connecting Rod Assembly 6HH1 FSR33 Isuzu Truck Engine Parts

Isuzu Truck Engine Parts Connecting Rod Assembly 6HH1 FSR33 8943963944

Product Descriptions

The connecting rod is the crucial part of an engine that joins the piston to the crankshaft. Our connecting rod are produced with advanced technology and high-grade material so they are sturdy and resilient enough to endure tremendous strains and temperatures during engine operation.

Connecting Rods Manufacturing Methods

Connecting rods can be produced via casting or forging methods. Forging is a manufacturing process, involves shaping and forming metal using compressive force. Casting is a another manufacturing process where liquid materials are poured into a mould and allowed to solidify into a shape. The solidified part is then removed from the mould to complete the process.

Steps of Hot Forging Process

1, Blanking Process: In the first step, the raw material is cut into the desired shape and size for forging.
2, Heating Process: The blank will be heated to a temperature above its recrystallisation temperature to make it more malleable and easier to shape.
3, Roll Forging Process: The heated blank is then passed through a series of rollers to shape it into the desired form.
4, Closed Die Forging: The shaped blank is then placed into a die and compressed to its final shape.
5, Trimming and Punching: Excess material is trimmed off, and holes are punched where needed.
6, Heat Treatment: The forged connecting rod undergoes heat treatment to improve its mechanical properties, such as strength and toughness.
7, Shot Blasting: The connecting rod surface is cleaned using shot blasting to remove any scale or other impurities
8, Correction: Any final corrections or adjustments are made to ensure the connecting rod meets the required specifications.

Steps of Casting Process

1, Patternmaking Process: A pattern is created in the shape of the desired final product. This pattern is usually made of high-precision metal.
2, Moulding Process: The pattern is placed in a flask and packed with sand to create a mould. The sand is compacted around the pattern to ensure that it holds its shape.
3, Melting Process: The metal to be cast is melted in a furnace and brought to the correct pouring temperature.
4, Pouring Process: The molten metal is carefully poured into the mould and allowed to solidify.
5, Cooling Process: The metal can cool and solidify entirely within the mould.
6, Removal Process: Once the metal solidifies, the mould is broken apart, and the casting is removed.
7, Finishing Process: The casting and any excess material are cleaned. Further finishing processes may be required, such as machining or heat treatment.