Crusher Hammer for Cement Plant | SUPER Manufacture

Top Crusher Hammer Heads Manufacturer in China for Cement Plant

SUPER is a cement plant crusher hammer head manufacturer and supplier in the world. SUPER provides the most advantageous hammermill hammer and crusher hammer head solutions for cement production In Cement Plant. The crusher hammers manufactured by SUPER specifically for cement plants can crush raw materials such as limestone, clays, sandstones, and shells, as well as clinker. SUPER crusher hammer heads for cement plants have higher hardness, excellent toughness, outstanding wear resistance, superior corrosion resistance, and other advantages. It offers excellent value for the price. We helped cement plants extend the crushers’ lifetime, reduce downtime, save costs, and improve working efficiency. We are the best choice for most cement plants and manufacturers. SUPER has more than 40 years of history in the casting wear parts industry. We specialize in manufacturing a range of wear products. We export our wear-resistant castings to more than 80 countries and regions, and keep good relationships with them in the long term. We are our customers’ reliable supplier, cooperation partner, and good friends. If you are looking for a cement plant using crusher hammer heads, please get in touch with us. We are confident in giving you our most professional advice and products.

High-Temperature Clinker Crusher Hammer

High-Silica Raw Material Crusher Hammer

High-Impact Cement Crusher Hammer

Heat- and Fatigue-Resistant Clinker Crusher Hammer

Anti-Sticking Crusher Hammer for Wet Raw Materials

Fracture-Resistant Cement Crusher Hammer

Uniform-Wear Crusher Hammer for Reduced Vibration

Long-Life Crusher Hammer for Continuous Cement Production

Crusher Hammer Heads for Cement Plants

What Is a Cement Plant Crusher Hammer?

Crusher Hammer is one of the very important, wide-application wear-resistant parts. It is one of the key components and one of the parts that break very easily. The rotor’s high-speed running drives it, and then it uses the working end to strike the stone and rocks, crushing them into small, fine particle sizes, which are suitable for producing cement. Crusher hammer heads’ role is very important; they decide the quality of raw materials for cement production and the raw material feeding speeds. Using a good hammermill hammer or crusher hammer head in a cement plant can help you save energy consumption, improve working efficiency, produce the required raw material size with high efficiency, reduce downtime, and make your work easier.

SUPER: A Leading Manufacturer of Crusher Hammer Heads

Where Are Crusher Hammers Used in a Cement Plant?

Crusher hammer heads’ applications in cement plant production are mainly in two sections: the first is to crush raw materials such as limestone, coal, shell, shart, gypsum, and so on. The second one is to crush the clinker. If you want to choose a better crusher hammer head for your cement factory, please carefully inspect the supplier’s experience and manufacturing process, as the cement manufacturing process has higher requirements for the crusher hammer’s properties—especially the big difference between front-end raw material crushing and back-end clinker crushing. If a supplier lacks such experience, the crusher hammer head they produce does not meet these requirements. SUPER has more than 40 years of history as a cement factory crusher hammer head manufacturer. When we confirm the requirements with you, we can confirm a series of information like raw materials’ details, crusher models, raw material feeding speed, raw material moisture content, how dry the weather is, and so on. Because these factors can influence our crusher hammer heads’ working performance in your operating environment. By considering these factors and combining our rich experience, we can provide the most suitable crusher hammer for you, avoiding any losses. If you are interested in our cement plant crusher hammer heads, please don’t hesitate to contact us.

SUPER is currently casting hammer heads for cement plants at the foundry

Limestone and Raw Material Crushing

Crushing limestone, clay, and gypsum is the crusher hammer head’s main mission in the cement factory. Whether the crusher hammer can crush uniform particle size, high-yield raw material, besides the crusher hammer head’s property, also has a relationship to the raw material’s hardness, silica content, moisture content, silt content, feeding material, crusher speed, and other factors.

For example, if the cement plant has high requirements for yield and crusher speed, we must have higher requirements for the crusher hammer head’s hardness and toughness. Hammer heads with low hardness are prone to breaking, and those with poor toughness are also prone to fracturing during the machine’s high-speed rotation.
Another example is that if the raw material has higher moisture content, once the raw materials are fed into the crusher chamber, they are very easy to stick to the surface of crusher hammer heads, causing localized wear and leading to material failure.

The silicon content of the raw material also has extremely high requirements for the crusher hammer head: the higher the silicon content, the faster the wear of the crusher hammer heads.

So, SUPER will confirm the raw material details with you carefully. This is the only way we can provide you with products you can trust and that are right for you.

SUPER’s workers are making wax patterns

Clinker Crushing

Crushing clinker is another main mission of the crusher hammer in a cement factory. Unlike the raw materials, clinker has higher hardness; it is also crisp and has angular grains. Their impact loads always change, and combine impact and wear on the crusher hammer heads. Some clinker also has a higher temperature.

These properties require the crusher hammer heads to be harder, but not become brittle. They must have better impact resistance and toughness; the metallurgical structure must be uniform to avoid being “hard and brittle.”

Crushing clinker for a crusher hammer head is a challenging task.

Cement Plant Limestone Primary Crusher Hammer

Cement Raw Material Pre-Crusher Hammer

Clay and Shale Crusher Hammer for Cement Plants

Gypsum Crusher Hammer for Cement Production

Coal Crusher Hammer for Cement Kiln Fuel Preparation

Clinker Cooler Discharge Crusher Hammer

Cement Clinker Pre-Crusher Hammer

Cement Clinker Fine-Crusher Hammer

High-quality hammer heads manufactured by SUPER for use in cement plant crushing operations

We often see some photos of other suppliers’ failed crushers from our clients. After our experienced engineers’ analysis, we find the reason is that they didn’t choose the right crusher hammer heads. When they choose the crusher incorrectly, it will cause localized or generalized accelerated wear, edge spalling, overall or localized cracking and breaking, pinhole deformation, consequently causing a decline in production capacity, increased downtime, and losses. If you are interested in SUPER crusher hammer head, please reach out to us to discuss your requirements and listen to our suggestions.

Why Is Clinker Crushing a Demanding Hammer Application?

SUPER crusher hammer can crush clinker not only because of its sufficient hardness, but also because of other factors like better wear resistance in fixed temperature operation conditions and fine crusher operations.

Crusher hammer head must have impact resistance and wear resistance; these two are the main characteristics. When crushing the clinker, the first challenge to address is impact resistance. Crusher hammer head strikes a large piece of material head-on; continuous strikes of clinker at high working speeds require superior impact resistance to strike clinker to fine size. When the size of clinkers becomes smaller, the impact between the hammer head and clinkers will become friction and wear. Fine-particle-size clinker has more contact area with the crusher hammer head, and it can experience greater friction and wear during crushing; this requires the hammer head to have strong wear resistance.

The Effect of Temperature on the Performance of Hammer Heads. Because the initial temperature of clinker is higher, this lets the crusher hammer head start work at a higher temperature. So the crusher hammer head should have better thermal resistance. This can prevent the properties of the crusher hammer from changing at higher temperatures, reducing the crusher hammer head’s performance. SUPER crusher hammer heads also have better fatigue resistance. When the crusher hammer experiences long-term impact and wear, it can maintain excellent properties without degradation, thereby ensuring the crusher can operate at high performance.

SUPER workers are making lost-foam patterns for producing cement plants crusher hammers.

Crusher Hammer Materials for Cement and Clinker Applications

Some customers often ask us which material crusher hammer is the best hammer head to be used in cement production and crushing clinker? Actually, there is no best material, because each material has its own special properties. For example, some materials have higher hardness; they are suitable for crushing high-hardness clinker. Some materials have excellent wear resistance; they are suitable for crushing high-wear stones or rocks. No material with higher hardness, outstanding wear resistance, and superior toughness exists. Let us give you a general introduction to the commonly used materials; then you will have a better understanding.

High Manganese Steel Hammers

High manganese steel is one of the main materials for crusher hammer heads; it has wide applications. High manganese steel’s main characteristics are high hardness and toughness. Especially when its surface is subjected to a strong impact, it forms a hardened layer that can resist higher impacts; however, if the material doesn’t have sufficient hardness, it is a bit softer, so the surface cannot be fully hardened, which can lead to excessive wear. So the High-manganese steel crusher hammer head needs a crushing material with a strong impact force; this is the only way to take full advantage of the high hardness of high-manganese steel.

Bimetal Crusher Hammers

Bimetal composite materials are used to solve the problem that a single material can not meet both sufficient hardness and wear resistance. During operation, the hammer working end experiences high impact force, and the hammer shank experiences enormous centrifugal force. So the shank needs premium toughness to ensure it will not break when it is subjected to impact forces from the working end. In response to this request, SUPER adopts bimetal composite material casting technologies. We use high chrome in the impact working end, which has outstanding wear resistance and hardness; cast steel in the hammer shank, which has excellent toughness and is not easy to break.

The application of this technology also requires ensuring that the two different materials bond effectively during the casting process. If they can not bond strongly, there will be different stresses in these two materials. When the hammer head is working, as time increases, different coefficients of thermal expansion cause the two materials to split, and the hammer head will break.

Bimetal composite material casting technology is SUPER’s most advantageous technology. After more than 40 years of technical expertise, SUPER has fully mastered it. It is adept at applying this casting technology, and our products have performed exceptionally well in both the Chinese and international markets.

High-quality blow bars manufactured by SUPER for use in cement plant crushing operations

Common Crusher Hammer Wear and Failure Problems

So, what are the typical signs of a poorly performing hammer head during operation? Generally, there are three main types: First, rapid surface wear; second, cracking and breakage of the hammer head; and third, uneven wear, causing abnormal vibration in the crusher.

Rapid Surface Wear

Rapid surface wear may be caused by the hammer head itself, quality, or other issues, such as feeding materials not being suitable, crushing materials having higher wear properties, insufficient working hardening, crusher overspeed running, feeding materials not being even, improper heat treatment, and so on.

Cracking and Hammer Breakage

Cracks or breaks are other common failures in crusher operations. This is mainly caused by insufficient toughness of the hammer head, uneven heat treatment, localized hard and brittle layers forming on the hammer head, causing stress concentration, or excessively large pieces of material entering the crusher.

Uneven Wear and Crusher Vibration

Uneven wear and crusher vibration may have happened because the entire crusher hammer already had severe uneven wear, and the weight distribution is uneven. Also, because the installation is not proper, the gap is quite large, leading to crusher vibration. It is also possible that several hammer heads failed, leading to an uneven weight distribution in the crusher system.

Lost-foam patterns for crusher hammers used in cement plants, displayed in the SUPER production workshop

How SUPER Engineers Crusher Hammers for Cement Plants

When we manufacture crusher hammer heads for your cement plants, we will follow the standard procedure below to provide you with qualified hammer mill crusher hammers.

Conduct an assessment of working conditions

We will know your crusher brands and models. We will confirm the dimension of the hammer heads you are using, the drawings, or the samples. We can also guide you to measure the dimensions of the crusher hammer head, and then provide them to us. Then we also need to know what raw materials you are using to produce cement, and how about the raw materials’ hardness and abrasion performance. We would also like to know the process details, such as the sizes of the feeding materials, the max size, the discharge size, the crushers’ production capacity, the rotor speed, the crushers’ working time, the raw materials’ temperature, moisture content, and silica content.

We would also like to collect the hammer head materials you are currently using to analyze them, know their lifetime, wear failure situation, collect failure photos and failure locations. We will start a preliminary assessment according to these above information. This will help us to get the right direction to produce the hammer heads.

We need to determine the failure mode of this hammer head.

Using the information collected in step 1, we will combine the feeding material characteristics to analyze whether they will cause impact or abrasive wear on the crusher hammer head. Combine the hammer head you are currently using to see whether it is impact wear or abrasive wear, breakage or deformation, the bond surface split or localized uneven wear, the dimension is not suitable, or the entire hammer head performance degradation caused by high temperature. This information will provide us with very useful technical support. They will further verification our analysis in step 1, give us more objective information. Let us produce the most suitable crusher hammer head for your operation condition and crushers.

Single-Stage Hammer Crusher Replacement Hammer

Ring-Type Crusher Rotor Hammer

Reversible Hammer Crusher Swing Hammer

Double-Rotor Cement Crusher Hammer

Single-Rotor Cement Crusher Hammer

Cement Fine Hammer Crusher Replacement Hammer

Hammer Mill Rotor Hammer for Cement Raw Materials

Clinker Hammer Crusher Rotor Hammer

Selecting the Right Materials and Structure

We will refer to the first step and the second step’s analysis and conclusion, choose the most suitable hammer material, and also improve it when compared with the hammer heads you are using now. For example, high-manganese steel, high-chromium alloys, alloy steel, bimetallic materials, titanium carbide, or ceramic-reinforced materials, etc. We will combine each material’s advantages and disadvantages, along with your crusher operation conditions, working time, and the feeding material’s characteristics, to select the right material for your hammer heads.

Manufacturing and Inspection of Hammer Heads

Throughout the entire production process for hammer heads, we follow a scientific, rational, and standardized production workflow. We strictly adhere to ISO standards, maintaining detailed records of every step—from raw material proportions to casting process control and heat treatment. These records are compiled in accordance with the requirements of our standard production workflow, which helps minimize performance inconsistencies between batches and ensures, to the greatest extent possible, that all products maintain consistent performance and stable quality across different batches.

After the hammer head has been manufactured, according to our standard inspection procedure, we will start different kinds of inspections. These inspection include chemical composition analysis, hardness testing, dimensional inspection, weight and wear resistance testing, metallographic examination, and ultrasonic testing. According to our inspection requirements, we will leave samples for every lot. When you find any quality issues after you receive the products, we can track the records quickly, test the sample again, and use our fastest time and working efficiency to find the reason and solve it from the roots.

In summary, after more than 40 years development, we have a highly refined, standardized reception process that minimizes human error. By leveraging standardized procedures and systems to drive product manufacturing, we ensure that every batch meets quality standards. This ensures that SUPER Hammer Heads provide greater stability for your production, allowing you to reduce maintenance costs, improve operational efficiency, and minimize downtime—ultimately saving you money.

SUPER workers are cleaning the surface of the crusher hammers.

How to Select a Clinker Crusher Hammer

1. We will confirm with you about your crusher types, crusher models, and hammer head shapes and accurate dimensions.

2. We will confirm again about the hammer head’s application, crushing clinker or other materials, to make sure they are manufactured correctly.

3. We will know your operating conditions to provide support for the designs and manufacturing. We need to know the machine operation speed, particle size of the feeding material, whether they have erosion, their impact strength, feeding quantity, the temperature of the clinker, and the entire working temperature.

4. We will inspect the current wear patterns and failure locations of your hammer heads to assess further whether our design of the hammer head’s material and shape is scientifically sound and reasonable, and whether it can improve work efficiency.

5. We will analyze each material’s characteristics, combine total costs, and decide which material is the best one to produce your hammer heads.

6. We also need to pay attention to whether the dimension is suitable for your crusher. When it is working in your crusher, can it maintain balance, reduce shaking, and operate normally and reliably to minimize damage to the crusher and prevent abnormal wear or damage to the hammer heads?

High-Throughput Cement Crusher Hammer

Energy-Efficient Cement Crusher Hammer

Low-Maintenance Cement Crusher Hammer

Consistent-Output Cement Hammer Mill Hammer

SUPER’s Production Site for Cement Mill Hammer Heads

Custom and OEM Replacement Support

If the crusher models you are dealing with or using are not common, we can produce your crusher hammer heads to fit your crusher according to your drawings. If you don’t have any drawings, we can guide you to measure your hammer heads’ dimensions according to your photos. We will collect some key data to determine your crusher hammer head sizes. If necessary, please send your hammer head sample to us so we can get the right dimensions and its material analysis.

If you are not satisfied with your hammer head’s performance and want us to make some improvements, we are more than willing to adjust the material to produce the most suitable crusher hammer head for you.

After the sample is manufactured and before delivery, we will start a series of inspections according to our standard procedure, such as hardness, wear resistance, material analysis, impact resistance performance, dimension, and other factors, and provide the inspection reports.

We have more than 40 years’ casting history. We have rich experience in wear resistance parts manufacturing. We can produce hammermill hammer and crusher hammer heads In Cement Plant applicatino with precise dimensions, excellent performance, and reasonable prices. Please feel free to contact us anytime if you need assistance.

Crusher Hammer for Cement | SUPER Manufacturer