Lihuacasting Bucket Teeth and Adapter List

Cast Bucket Teeth and Adapter Manufacturing Process

Cast bucket teeth and adapter are used on loaders, scrapers, rippers, and scarifiers. They are formed from a medium-carbon, chromium, nickel. molybdenum steel offering high strength and toughness with deep-hardening properties. They have excellent resistance to wear and abrasion.   The manufacturing process begins with the pattern which is basically an exact duplicate of the tooth to be cast but slightly over sized to compensate for steel contraction.  The mold is made from this pattern.

To get the desired steel alloy, melt and heat to casting temperature in a large furnace. After this, the steel is poured in using counter-gravity. After being cast, trees must be cooled on a cooling belt (with nitrogen). The ceramic shells are broken with an utterly automatic knock-off hammer to release the trees from their containers and mostly eliminate the ceramic.

Lihuacasting Bucket Tooth and Adapter Casting Solution

Lihuacasting is a provider of casting parts solutions.  From casting Wear Parts to excavator buckets, bucket teeth, and cutting  edge blades, we specialize in delivering innovative   and high-quality products tailored to meet the   diverse needs of our clients.

At LIHUA, our commitment to excellence extends to our manufacturing processes.  To this end, a great deal of attention has been paid to all aspects,  starting from the design to the selection of raw materials and production processes.

These products are inspected internally at LIHUA for their dimensioning and material properties, among other things.  If so desired, destructive, non-destructive or microstructural analysis can also be performed. In addition the components are delivered to the customer for evaluation. The customer can test the product for functionality, dimensions, strength, appearance and various other important parameters.  Based on the results, it is determined whether the product is ready to be produced in series or if additional technical adaptations need to be implemented. High product quality is safeguarded by means of this intensive evaluation phase, as is a stable production process and a high degree of delivery reliability.