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Spare Parts For Construction Machinery Iran

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Spare parts for construction machinery

Construction machinery spare parts include engine, hydraulic, undercarriage, and power transmission components that ensure proper machine operation. Parts are typically made of alloy steel, hardened aluminum, or wear-resistant materials. Mechanical load capacity ranges from 5 to 25 tons, and hydraulic systems operate up to 350 bar. Filters, O-rings, and gaskets are made from Nitrile and PTFE to prevent oil and hydraulic leaks. Engine component lifespan exceeds 5000 hours with proper lubrication and surface heat treatment. Standardized design allows quick installation and easy replacement on-site.

Undercarriage parts, including rollers, drive wheels, and frames, feature wear-resistant coatings with surface hardness of 50–60 HRC. Bolts and fasteners follow DIN and ISO standards for secure connections. Hydraulic systems and pumps are precisely calibrated, improving power transmission efficiency up to 85 percent. This design reduces maintenance costs, extends machine life, and enhances performance in construction and industrial projects.


Original-Komatsu	021-55422386-55422387

Original-Komatsu

Iran

021-55422386-55422387

Spare parts for construction machinery

Construction machinery spare parts include engine, hydraulic, undercarriage, and power transmission components that ensure equipment performance. Parts are usually made of alloy steel, hardened aluminum, and wear-resistant materials. Mechanical load capacity ranges from 5 to 25 tons, with hydraulic systems tolerating pressures up to 350 bar. Engine components last over 5000 hours with proper lubrication and thermal coatings. Filters, O-rings, and gaskets are made of Nitrile and PTFE to prevent oil and hydraulic leaks.

Components are designed for rapid installation and replacement on bulldozers, loaders, graders, and excavators. Bolts follow DIN and ISO standards. Frames, rollers, and drive wheels feature wear-resistant coatings with surface hardness of 50–60 HRC. Hydraulic systems and pumps are precisely calibrated, achieving power transmission efficiency up to 85 percent. This design reduces maintenance costs and increases overall machinery lifespan.