ProductsFeatures:

1. Pile driving arms with lengths ranging from 12-28 meters can be customized to suit different excavator models.

2. Excavator pile driving arms can be made of low-alloy high-strength steel plates, offering excellent tensile strength. Each plate has passed inspection by a qualified inspection agency.

3. Excavator pile driving arms feature a robust structure. The boom and arm can utilize a new enclosed design or a combination of submerged arc welding to meet diverse customer needs. These arms are versatile and can perform tasks that standard excavator configurations cannot handle.

4. During pile driving and extraction, the speed and vibration frequency of the excavator pile driving arm can be adjusted to meet various requirements.

ProductsAdvantages:

1. The plates are made of wear-resistant and high-temperature resistant square steel with high tensile strength. Each plate has been verified by an inspection agency.

2. Professional welding technology ensures full and regular welds, and each weld undergoes weld flaw detection.

3. The piping on the excavator's extended boom uses standard precision phosphated tubing to prevent problems such as oil pipe blockage.

4. The boom bushings use German standard JSUN ultra-wear-resistant alloy bushings. During the movement of the excavator's extended boom, each hole in the bushing can automatically release oil, ensuring lubrication without blind spots and making the excavator's extended boom work more smoothly.

ApplicationScope:

Based on years of experience, we select the most suitable steel plates for excavator piling arms. These plates have high wear resistance and strong tensile strength, resulting in high-quality piling arms that satisfy our customers. Huitong can customize piling arms to your specific machine model for a more comfortable user experience.

Excavator piling arms are generally suitable for riverbank protection, deep foundation pit support, building foundations, and soft soil foundation treatment for railways and highways. They can drive and extract sheet piles, cement piles, rail piles, steel plates, and H-beams. They can operate in urban areas with low noise, meeting urban and environmental standards.