CAT330 Sprocket for Cater pillar Excavator 330 Intensification Sprocket

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CAT330 Sprocket for Cater pillar Excavator 330 Intensification Sprocket

Material：35Mn/40Mn2/50Mn

Colors ：Black yellow Or other colors can be customized

Warranty time: 1 year
Certification：ISO and SGS certification

Technique: Forging casting
Finish: Smooth
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Model:
CAT330 Sprocket
Style:
Caterpillar

Availability:



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Product Description

Product Description

CAT330 Sprocket for Cater pillar Excavator 330 Intensification Sprocket

Application: Undercarriage spare parts Sprocket segment

Material: 40Mn2 50Mn

Warranty time: 1 year

Certification：ISO and SGS certification

Color: Black / Yellow

Logo：YASSIAN / Yours'

CAT330 SPROCKET (1)

Characteristics of an excavator sprocket include:

Wear Resistance: Excavator sprockets are typically made from high-strength materials to withstand frequent wear and demanding work environments.

High Strength: Constructed from high-quality steel and often heat-treated for sufficient strength to endure heavy loads and stresses during excavator operation.

Precision Design: Precisely engineered to ensure accurate meshing with the track chain gears for efficient power transmission to propel the excavator.

Corrosion Resistance: Some sprockets may undergo special treatments to enhance corrosion resistance, prolonging lifespan and reducing maintenance costs.

Lightweight: Designed to be lightweight despite their high strength, reducing overall machine load and improving fuel efficiency.

High Load-Carrying Capacity: Capable of withstanding heavy workloads, ensuring stability and reliability in various operating conditions.

Wear Resistance: Often surface-treated to enhance wear resistance and extend service life.

Heat treatment is a crucial process in enhancing the strength of excavator sprockets. Here's how heat treatment improves the strength of excavator sprockets:

Increased Hardness: Heat treatment processes such as quenching and tempering can significantly increase the hardness of the material used in the sprockets. This increased hardness helps the sprockets resist wear and deformation under heavy loads.

Improved Toughness: Heat treatment can also improve the toughness of the material, making it less prone to cracking or fracturing under impact or high stress conditions. This is crucial for ensuring the sprockets can withstand the demanding operational environments of excavators.

Enhanced Wear Resistance: Heat treatment can create a hardened surface layer on the sprockets, which improves their wear resistance. This is important for prolonging the service life of the sprockets and reducing maintenance costs.

Refined Microstructure: Heat treatment allows for the refinement of the microstructure of the material, which can improve its overall mechanical properties, including strength. By controlling the cooling and heating processes during heat treatment, the material's internal structure can be optimized for strength and durability.

Stress Relief: Heat treatment can also help relieve internal stresses in the material, which can occur during manufacturing processes like machining or welding. By relieving these stresses, the material becomes more stable and less prone to deformation or failure under load.

undercarriage parts--1 undercarriage parts--3 undercarriage parts--2