8000mm Digging Depth 0.4CBM Excavator Sliding Boom For Hitachi Komatsu Kato

Price Negotiable

Price: Negotiate

MOQ: 1

Delivery Time: 10-15 working days

Brand: Zhonghe

Product Description

Sliding Arm Of Excavator Sliding Boom In Excavator For Hitachi Komatsu Kato Etc

Introduction of excavator sliding arm

A sliding arm is an accessory commonly employed with excavators to enhance the reach of the excavator arm. Its purpose is to provide extended reach to access challenging or inaccessible areas that cannot be reached by the excavator's standard arm.

The sliding arm for excavators consists of two primary components: an upper section and a lower section. The upper section functions as a movable sliding body, while the lower section remains stationary. To extend or retract the movable sliding body, a robust hydraulic cylinder with telescopic capabilities is utilized.

Zhonghe excavator sliding boom arm's features

1. High Strength: The sliding arm of the excavator is made of high-strength steel, which can withstand the high stress generated by the excavator during operation.

2. Durability: The sliding arm of the excavator is designed to be durable, which ensures that it can be used for a long time without any problems.

3. Smooth Operation: The excavator sliding arm is designed to provide smooth and precise operation, which allows for efficient operation of the excavator.

4. Easy Maintenance: The sliding arm of the excavator is designed to be easy to maintain, which allows for regular inspection and maintenance of the arm.

5. Reliability: The excavator sliding arm is designed for reliable operation, which ensures that it will be able to perform its duties as expected.

The specifiion of excavator sliding arm

Excavator Ton	(A)Maximum working Length of arm	(B)Maximum digging height	(C)Maximum digging radius(mm)	Bucket Volume(cbm)	Counter Weight(Ton)
12-15T	5700	8000	10400	0.2-0.3
20-25T	9150	10100	13000	0.4-0.7
20-25T	11000	12300	15200	0.4-0.7	1-2T
30-35T	11000	12000	15800	0.6-0.9
40-45T	12100	16000	19200	0.8-1.3