HAITIAN CASTING Provides a High-Precision Wear-Resistant Crusher Tooth Plate Solution for a Turkish Customer

1. Customer Background

The customer for this project is based in Turkey and has extensive experience in the mining and aggregates industries, with a long-standing focus on mining equipment maintenance and related engineering services. The customer maintains high standards for the operational reliability, service life, and supply consistency of critical wear parts used in crushing equipment.

As a key wear component in crushing equipment, crusher tooth plates are exposed to high-impact forces, compression, and continuous wear during operation. Different types of ore and operating conditions place varying demands on the material properties, structural design, and manufacturing precision of tooth plates.

As the customer’s production lines and operating scale expanded, its existing wear parts gradually became less suitable for increasingly demanding operating conditions, resulting in insufficient performance, poor dimensional compatibility, and inconsistent operating stability. The customer therefore sought a manufacturer with professional wear-resistant material development capabilities, precision manufacturing expertise, and comprehensive technical support to develop a tooth plate solution tailored to its specific operating conditions.

In 2026, representatives of the Turkish customer visited HAITIAN CASTING’s manufacturing facility for an in-depth technical discussion on a customized crusher tooth plate project. The two teams exchanged detailed views on product applications, ore characteristics, material selection, structural optimization, manufacturing processes, and potential long-term cooperation.

2. Project Requirements Analysis

During the technical discussions, the customer outlined several key requirements based on its mining operations, with particular emphasis on application suitability, dimensional accuracy, and long-term performance:

• Overall tooth plate performance under high-impact and high-wear operating conditions

• Material adaptability for different types of ore, including manganese ore and iron ore

• Dimensional accuracy and compatibility with existing crushing equipment

• Product consistency and stability during batch production

• Fatigue resistance and wear performance during long-term continuous operation

According to the customer’s application requirements, its tooth plates are used in various ore-crushing conditions, including manganese ore and iron ore applications. Different materials can vary significantly in hardness, particle size, and impact characteristics, resulting in different performance requirements for wear parts.

For example, iron ore crushing generally places greater emphasis on wear resistance, while high-impact applications such as manganese ore crushing require greater material toughness and resistance to cracking.

Under these complex and varying operating conditions, crusher tooth plate design cannot focus solely on achieving high hardness. Instead, it must balance multiple performance requirements, including wear resistance, impact resistance, material toughness, internal structural stability, and service life.

To address the customer’s specific and diverse operating requirements, the HAITIAN CASTING technical team drew on its extensive experience in mining wear-part development and manufacturing to provide an integrated solution covering four key areas: customized material development, structural optimization, precision manufacturing, and comprehensive quality control.

3. HAITIAN CASTING’s Customized Material Solution for Crusher Tooth Plates

3.1 Optimization of Wear-Resistant Materials for Different Operating Conditions

To meet the varying requirements of different ore-crushing applications, HAITIAN CASTING selects suitable wear-resistant material compositions based on equipment operating parameters, material wear characteristics, and working intensity.

The solutions can be applied to a range of demanding mining conditions, including:

• Crusher tooth plates for manganese ore crushing

• Crusher tooth plates for iron ore crushing

• Wear parts for other high-impact and high-wear ore applications

During material development, HAITIAN focuses on optimizing the proportions of key alloying elements. This helps avoid the excessive brittleness and increased risk of fracture that may result from simply pursuing higher hardness, while enabling the tooth plates to achieve a balanced combination of wear resistance, impact toughness, and overall mechanical performance.

4. High-Precision Digital Manufacturing Solution

4.1 3D Printing Technology for Efficient Product Development

To meet the customer’s requirements for tooth plate dimensional accuracy, equipment compatibility, and rapid sample validation, HAITIAN CASTING uses advanced 3D printing technology to support product development and improve manufacturing efficiency.

The combination of digital modeling and rapid 3D printing enables several key advantages:

• Rapid production of tooth plate samples with complex or irregular structures

• Improved dimensional accuracy to support compatibility with existing equipment

• Shorter product development, sampling, and iteration cycles

• Reduced costs associated with repeated tooling and trial production

• Faster verification of product structure, dimensions, and equipment compatibility

During the product development stage, the HAITIAN technical team optimizes 3D models based on the customer’s equipment parameters, original component data, and actual operating requirements. 3D printing is then used to produce samples for preliminary validation and fit checks.

Compared with conventional development methods, digital manufacturing enables faster confirmation of structural suitability and installation compatibility, providing accurate data support for subsequent standardized mass production.

5. Optimization of Casting and Heat Treatment Processes

5.1 Precision Casting Process

Considering the complex structure of crusher tooth plates and the requirements of different mining applications, HAITIAN CASTING applies established casting processes and implements standardized, detailed controls throughout production to ensure product quality and consistency.

Key control areas include:

• Precision mold design and dimensional control

• Optimization of pouring system parameters

• Monitoring of the casting process

• Internal structural quality management

• Consistency control during batch production

By optimizing process parameters across multiple stages, HAITIAN helps reduce the risk of casting defects such as porosity, shrinkage, and deformation, thereby improving the overall stability and production quality of crusher tooth plates.

5.2 Customized Heat Treatment Process

To meet the different hardness and toughness requirements of various ore-crushing conditions, HAITIAN develops customized heat treatment processes for specific material compositions.

Key parameters include:

• Heating temperature control

• Holding time adjustment

• Standardized quenching procedures

• Cooling rate control

• Tempering process settings

Through carefully controlled heat treatment, HAITIAN optimizes the internal microstructure of the material, helping achieve a balanced combination of hardness, toughness, and wear resistance.

6. Comprehensive Manufacturing Capabilities

During the visit, the customer toured HAITIAN CASTING’s manufacturing facility, including its automated wear-resistant casting production lines, standardized heat treatment workshops, high-precision machining equipment, and professional quality inspection center.

The HAITIAN technical team introduced the complete manufacturing process for crusher tooth plates, covering raw material selection, precision alloy melting, casting, heat treatment, precision machining, and final product inspection.

Through the on-site tour and technical discussions, the customer gained a closer understanding of HAITIAN CASTING’s capabilities in wear-resistant material development, digital precision manufacturing, process optimization, and comprehensive production control.

This visit provided a solid foundation for further technical cooperation and potential long-term collaboration.