hammerhead of the crusher

The crusher hammer head is a core wearing part and working component of the crusher, directly responsible for crushing materials through high-speed impact.

Crusher Hammer Head refers to a high-strength wear-resistant part installed on the crusher rotor. Driven by the high-speed rotation of the rotor, it strikes, impacts, shears, and grinds the materials fed into the crushing chamber, breaking them into particles of the required specifications.

Main Features

High Wear Resistance: It needs to withstand continuous severe wear and is a core indicator for evaluating the quality of the hammer head.

High Impact Toughness: During the crushing process, especially when encountering hard foreign objects (such as iron blocks), it needs to have good toughness to avoid fracture.

High Strength: It can withstand huge impact force and centrifugal force.

Applicable Crushers:

Cement mines, sand and gravel aggregates, Hammer Crushers, Heavy Hammer Crushers, Single-stage Hammer Crushers, Limestone Crushers, Cooler Grate Hammer Heads, Sandstone Crushers, Box Crushers, Clinker Crushers, Clay Crushers, Mixed Material Crushers, etc.

Crusher Models:

1412, 1616, 1818, 2014, 2018, 2022, 2425, 2426 and other models for various Limestone Crusher Hammer Heads, Heavy Hammer Crushers, Box Hammer Crushers, Sandstone Crusher Hammer Heads, Clinker Crusher Hammer Heads, Cooler Grate Hammer Heads, Mixed Material Crusher Hammer Heads, Clay Crusher Hammer Heads, Coal Crusher Hammer Heads, etc.

Materials:

Tungsten-Titanium Alloy Hammer Head (ZGMn18Cr2MoNiTiVRe + tungsten-titanium alloy wear-resistant columns or blocks), Bimetallic High Chromium-Molybdenum-Nickel Hammer Head, Tungsten-Titanium Alloy Hammer Head, Super Wear-Resistant Alloy Hammer Head, Ultra-High Manganese Steel Hammer Head, High Manganese Steel Hammer Head.

Product Introduction:

The Tungsten-Titanium Alloy Wear-Resistant Hammer Head is a high-wear-resistance hammer head developed for limestone with abnormal SiO₂ content. It is suitable for working under severe abrasive wear conditions and for crushing hard, high-SiO₂, and highly abrasive limestone and sandstone.

Process Characteristics:

Dense, extremely tough tungsten-titanium alloy columns or blocks (with hardness second only to diamond) are cast inlaid on the ultra-high manganese steel matrix, which can resist severe abrasive wear.

Optimize and match the chemical composition, adopt rare earth modification treatment, and strengthen the matrix with valuable elements such as niobium and vanadium.

Adopt vacuum casting and directional solidification technology, the grain size is greatly refined, and casting defects are fundamentally eliminated.

Compared with similar products, it has the advantages of excellent comprehensive performance, high reliability, strong wear resistance, and low price!

Crusher Hammer Heads:

1. Tungsten-Titanium Alloy Hammer Head

Adopts extremely hard and high-toughness tungsten-titanium alloy (hardness second only to diamond), which can crush all clinkers efficiently!

Adopts external duplex refining technology, which effectively reduces the hazards of harmful elements, inclusions, oxygen, and hydrogen, and greatly improves the wear resistance and impact toughness of the steel!

2. Super Tungsten-Titanium Alloy Hammer Head

Optimize and match the chemical composition, adopt rare earth modification treatment, and strengthen the matrix with valuable elements such as niobium and vanadium.

Adopt vacuum casting and directional solidification technology, the grain size is greatly refined, and casting defects are fundamentally eliminated.

Compared with similar products, it has the advantages of excellent comprehensive performance, high reliability, strong wear resistance, and low price!

3. Super Wear-Resistant Alloy Hammer Head (High Chromium-Molybdenum-Nickel-Tungsten Alloy Hammer Head)

Use patented modifier for modification treatment to refine grains, improve the morphology and distribution of carbides, and further enhance wear resistance and toughness.

Adopt V-EPC vacuum casting and advanced heat treatment technology, the working end is strengthened!

It has uniform hardness, stronger impact wear resistance, high cost performance, and is more economical!