Ultra-High Strength & Wear Resistance Mining Bucket

Product Description

Mining Bucket, also commonly known as a Dipper or Shovel Bucket, is a massive, heavy-duty attachment used in surface mining operations.Our excavator buckets are engineered for maximum productivity and longevity in the most demanding working conditions. Through excellent design, high-quality materials, and precise manufacturing, we deliver reliable excavator bucket that reduce your total operating costs.

Key Features & Benefits 

• Extreme Durability: Mining buckets are built to withstand immense mechanical stress, severe impact, and constant abrasion.
• Heavy-Duty Construction: They are fabricated from ultra-high-strength, abrasion-resistant steel (AR steel) plates to resist wear and prolong service life.
• Reinforced Design: Critical stress areas, such as the corner lips, side cutters, and back, are heavily reinforced with extra steel plates and specialized wear packages.
• Optimized Geometry: The shape and curvature of the bucket are designed for maximum "fill factor," ensuring it fills quickly and completely with each pass, while also allowing for clean and efficient dumping.

Scope of Application 

• Excavation: To dig into and break up densely packed and often abrasive materials like hard  rock, gravel, and ore.
• Loading: To lift and carry the excavated material.
• Dumping: To discharge the load into massive off-highway haul trucks for transport.

Brand Adaptation

Close Cooperation With Factory 

We maintain deep, long-term partnerships with the factory around 20 years. The factory has strong mechanical and automated production capabilities which ensure stable quality and performance of the forgings and good consistency.

Quality Control

The factory's rigorous quality control process includes material spectroscopy analysis, in-process inspections, and final checks with Magnetic Particle Testing (MPT) to ensure every bucket is free from defects and meets our high standards. The details control process as below,

1.Incoming raw materials undergo random sampling and analysis using a microscope to ensure the chemical composition meets production requirements.

2.During the production process, QC staff conduct timely sampling to ensure products are defect-free and handle any abnormal quality issues that may arise.

3.The final step involves using a magnetic particle flaw detector on metal parts to detect hidden cracks or defects.

4.All finished metal parts are proportionally sampled and sent to the laboratory for mechanical performance tests, size measurement, and 100% manual surface quality inspection.