Elevating mining efficiency through high-performance black metal casting solutions. We specialize in wear-resistant components engineered for the world's most demanding crushing environments.
As a global leader in crusher components, we set the benchmark for extreme wear resistance and structural integrity. Our foundry combines traditional metallurgical expertise with cutting-edge CNC precision to deliver components that outlast industry averages.
Our specialized range of crusher components utilizes High-Manganese and High-Chromium steel to ensure optimal performance in the most abrasive conditions. From primary jaw plates to tertiary cone liners, our engineering focus remains on reducing downtime and maximizing throughput.
Our engineering philosophy rests on three indispensable pillars of casting technology.
Utilizing Mn13 and Mn18 grades for primary crushing shock absorption.
Cr26 and Cr28 formulations for tertiary applications and quartz processing.
Integrating toughness and hardness in a single, customizable component.
Data-driven validation of our metallurgical superiority.
Comprehensive data on metallurgy and dimensional precision.
| Component Grade | Hardness (HRC) | Mn Content % | Cr Content % | Tolerance | Primary Application |
|---|---|---|---|---|---|
| Mn13 High-Mn Steel | 20-35 (Work) | 13.0% | 2.0% | ±0.5mm | Jaw Crusher Plates |
| Mn18 High-Mn Steel | 25-40 (Work) | 18.0% | 2.0% | ±0.5mm | Cone Crusher Mantles |
| Cr26 Cast Iron | 58-60 | 1.0% | 26.0% | ±0.3mm | Tertiary Fine Liners |
| Cr28 Cast Iron | 60-62 | 1.0% | 28.0% | ±0.3mm | Quartz/Iron Ore Liners |
| Bimetal Composite | Hybrid | 15.0% | 24.0% | ±0.5mm | Hammer Crusher Liners |
| Alloy Steel Hard-Face | 45-52 | 1.2% | 1.5% | ±0.8mm | Cheek Plates |
| Hardened Manganese | 22-38 | 14.0% | 2.0% | ±0.5mm | Secondary Jaw Plates |
| Specialized Alloy Cr-Mn | 40-55 | 16.0% | 4.0% | ±0.4mm | High-Impact Mantles |
Note: All technical specifications are verified via Non-Destructive Testing (NDT) and CNC dimensional verification. Customized alloy formulations are available upon request.
Proven performance across diverse industries and challenging environments.
Copper Extraction
Implemented high-manganese jaw plates for primary crushing of abrasive ore, reducing replacement frequency by 40%.
Granite Quarrying
Deployed High-Chromium liners for tertiary cone crushers, increasing throughput by 15% via optimized chamber geometry.
Iron Ore Processing
Deployed Bimetal composite liners in hammer crushers, extending service life by 60% in extreme abrasion zones.
Limestone Processing
Upgraded to customized high-manganese liners, resulting in a 20% reduction in energy consumption per ton of crushed material.
High-Silica Processing
Implemented Cr28 ultra-hard liners for tertiary crushing of silica, increasing component lifespan from 3 months to 7 months.
Desert Gold Mining
Optimized cone crusher concaves for high-heat desert environments, reducing thermal stress cracks by 30%.
Tailored solutions for demanding industrial environments worldwide.
High-impact manganese components for gold, copper, and iron ore extraction.
Precision liners for limestone and basalt crushing used in road construction.
Ultra-hard chromium components for high-silica abrasive material crushing.
Tough manganese alloys for concrete and demolition debris crushing.
Custom casting for heavy-duty crushing in infrastructure projects.
Wear-resistant liners for coal and mineral crushing in power plants.
Every component undergoes ultrasonic and magnetic particle testing to ensure zero internal defects before shipment.
We utilize state-of-the-art CNC machining to guarantee perfect OEM fitment, reducing installation time and wear.
Customized reinforced steel crates and anti-corrosive coatings ensure components arrive in pristine condition globally.
Certified metallurgy and ISO-compliant casting processes.
Expert answers to common technical and commercial inquiries.
We utilize advanced heat treatment and specific alloying (like Mn18 and Cr28) to ensure that our crusher components possess optimal work-hardening properties and extreme abrasion resistance.
Yes, we provide complete dimensional verification against OEM drawings and use CNC machining to ensure our crusher components fit perfectly into any major crusher model.
Bimetal crusher components combine a tough manganese core for impact resistance with a high-chrome surface for abrasion resistance, offering the best of both worlds.
We use a comprehensive suite of tests including ultrasonic NDT for internal integrity and hardness testers to verify the HRC of our crusher components.
Sample crusher components are typically delivered within 7 days, while mass production timelines depend on the order volume.
It depends on the material you are crushing. Manganese is best for high impact, while High-Chrome is superior for extreme abrasion. Our engineers can recommend the perfect crusher components grade for your needs.
Partner with the leading experts in black metal casting to secure the most durable and precise crusher components for your operation.