100 TPH Limestone Crushing Plant Shipped to Ethiopia: Complete Project Solution

UNIQUEMAC has successfully completed the manufacturing and shipment of a 100 TPH limestone crushing plant for an aggregate processing project in Ethiopia. The stationary crushing plant is designed to process limestone and basalt materials and provide a stable supply of aggregates for local infrastructure and construction applications.

The complete crushing line includes a PF1210 impact crusher, 4YK1860 vibrating screen, B800 and B650 belt conveyors, and other supporting equipment. With a compact stationary layout and an hourly capacity of approximately 100 tons, the plant provides a practical solution for customers looking for reliable limestone aggregate production in Ethiopia and other African markets.

Ethiopia 100 TPH Limestone Crushing Plant Project Overview

Limestone is widely used in road construction, concrete production, building materials, and infrastructure projects. For aggregate producers, the crushing plant needs to provide not only sufficient production capacity but also stable operation and consistent product quality.

For this Ethiopian project, UNIQUEMAC designed a 100 TPH stationary limestone crushing plant according to the processing requirements of the project.

The plant is intended for processing soft to medium-hard materials such as limestone and dolomite. The complete production system integrates crushing, screening, and conveying processes into one continuous production line.

The main equipment includes:

The equipment configuration is designed to maintain a continuous material flow from feeding and crushing to screening and finished aggregate transportation.

Why Choose a 100 TPH Limestone Crushing Plant?

A production capacity of around 100 tons per hour is suitable for many medium-scale aggregate production projects.

The appropriate crushing plant capacity depends on several factors, including:

• Raw material type and hardness
• Maximum feed size
• Required finished-product sizes
• Working hours per day
• Required production volume
• Site conditions
• Transportation and installation requirements

For limestone aggregate projects, simply selecting a crusher with a nominal capacity is not enough. The complete system must be properly matched so that the crusher, vibrating screen, and conveyors can operate as an integrated production line.

In this Ethiopian project, the equipment is configured as a complete stationary crushing solution rather than as a standalone stone crusher. This allows the customer to process limestone continuously and classify the crushed material into different aggregate sizes.

100 TPH Limestone Crushing Process

The basic production process of this limestone crushing plant can be understood as a continuous sequence of feeding, crushing, screening, and conveying.

Limestone Feeding

Raw limestone is fed into the crushing system and transported toward the primary processing equipment.

A stable and continuous feeding process is important because fluctuations in material flow can affect crusher utilization and overall production efficiency.

For a commercial aggregate plant, the feeding system should therefore be selected according to the material characteristics and required production capacity.

Limestone Crushing with PF1210 Impact Crusher

The core crushing equipment used in this project is the PF1210 impact crusher.

The impact crusher is designed for crushing limestone and other suitable soft to medium-hard materials. Its crushing chamber and impact crushing principle allow the incoming material to be reduced to a smaller size for subsequent screening.

For limestone aggregate production, impact crushing can also help produce a relatively well-shaped final aggregate, which is important for applications such as road construction and concrete aggregate production.

The actual crusher performance, however, depends on factors such as feed size, material properties, moisture content, feed distribution, and operating conditions.

Aggregate Screening with 4YK1860 Vibrating Screen

After crushing, the material enters the 4YK1860 vibrating screen for classification.

The multi-deck vibrating screen separates crushed material according to particle size. This allows different aggregate fractions to be classified and transported separately.

Screening is an essential part of a complete crushing plant because crushing alone cannot guarantee that the final material will meet the required size distribution.

The 4YK1860 is therefore integrated into the production line to provide continuous aggregate classification during operation.

Conveying with B800 and B650 Belt Conveyors

The crushing plant uses B800 and B650 belt conveyors to transport material between different stages of the production process.

The conveyor system helps connect the crushing and screening equipment and provides a continuous material transfer path.

Compared with manual material handling, a properly designed conveyor system can reduce unnecessary material movement and labor requirements while making the overall production process more continuous.

Main Equipment of the Ethiopia Limestone Crushing Plant

PF1210 Impact Crusher

The PF1210 impact crusher is the main crushing machine in this project.

For limestone applications, an impact crusher can provide effective size reduction while producing aggregate with a favorable particle shape.

Its application is particularly suitable when the feed material falls within the appropriate hardness and feed-size range.

However, crusher selection should always be based on actual material characteristics rather than capacity alone. When planning a limestone crushing plant, factors such as maximum feed size, abrasiveness, moisture, and required final products should be considered before selecting the crusher model.

4YK1860 Vibrating Screen

The 4YK1860 four-deck vibrating screen is responsible for classifying the crushed material.

A multi-deck screen can separate material into different size fractions within a single screening stage, helping aggregate producers obtain more controlled final products.

For projects serving road construction and concrete aggregate markets, accurate screening is important because the final aggregate needs to meet the required size distribution and application standards.

The vibrating screen is also designed for continuous operation, making it suitable for production environments where the crushing plant needs to work for extended periods.

B800 and B650 Belt Conveyors

The crushing line uses both B800 and B650 belt conveyors.

Different conveyor widths can be used according to the material flow and position within the plant layout.

The conveyor system connects the individual processing stages and helps maintain a continuous flow of crushed limestone through the production line.

For stationary crushing plants, conveyor layout should be considered together with the crusher and screening equipment during the plant design stage. This can help improve material flow and make the overall plant layout more practical.

Key Advantages of This Stationary Limestone Crushing Plant

Designed for Limestone Aggregate Production

The plant is designed around limestone and other suitable soft to medium-hard aggregate materials.

This makes the configuration applicable to construction aggregate projects where limestone is the primary raw material.

Approximately 100 TPH Production Capacity

The complete production line is designed for an output of approximately 100 tons per hour, providing a practical capacity for medium-scale aggregate production.

Actual production can vary depending on feed material, feed size, moisture, product requirements, equipment operation, and other site conditions.

Integrated Crushing and Screening

The project combines crushing and screening equipment into one production system.

Instead of purchasing individual machines separately, the customer receives an integrated crushing solution designed around the required production capacity and material-processing requirements.

Continuous Material Conveying

The B800 and B650 belt conveyors provide continuous transportation between the different stages of the production process.

This helps reduce manual material handling and supports a more streamlined production workflow.

Compact Stationary Layout

As a stationary crushing plant, the equipment can be arranged according to the available project site.

A well-planned layout can help optimize material flow and provide convenient access for operation and maintenance.

Applications of the Finished Limestone Aggregates

The limestone processed by this crushing plant is intended for aggregate applications.

Crushed limestone is commonly used in:

• Road construction
• Highway projects
• Concrete aggregate
• Building materials
• Infrastructure construction
• General construction aggregate

The exact application and final product specifications should be determined according to the customer’s requirements and local project standards.

For aggregate producers, controlling the final particle size is particularly important because different construction applications require different aggregate specifications.

Limestone Crushing Plant Solutions for Ethiopia and Africa

Ethiopia has growing demand for construction aggregates as infrastructure and construction projects develop.

A suitable crushing plant needs to take local operating conditions, raw material characteristics, production requirements, and maintenance considerations into account.

UNIQUEMAC provides customized 50–500 TPH stationary and mobile crushing plant solutions for customers in Africa and other international markets.

Our service covers:

• Crushing plant design
• Equipment selection
• Complete equipment manufacturing
• Crushing and screening plant configuration
• Equipment transportation
• Installation support
• Technical assistance
• After-sales maintenance

UNIQUEMAC has supplied crushing and aggregate processing equipment for projects in Ethiopia, Kenya, Tanzania, and other African countries.

Rather than applying the same equipment configuration to every project, the recommended crushing plant should be developed according to the customer’s raw material, capacity, feed size, final product requirements, and site conditions.

How to Choose the Right Limestone Crushing Plant?

If you are planning a limestone crushing project, the following information can help determine the appropriate equipment configuration:

Raw Material

First, identify the material that needs to be processed. Limestone, granite, basalt, river stone, and other materials have different crushing characteristics.

Required Capacity

Tell the supplier your target production capacity, such as 50 TPH, 100 TPH, 200 TPH, or 300 TPH.

Maximum Feed Size

The maximum size of the raw material directly affects the selection of the crusher and feeding equipment.

Final Product Size

Different projects may require different aggregate specifications. The desired final products should therefore be confirmed before designing the screening system.

Working Conditions

Site space, power supply, climate, transportation conditions, and maintenance requirements can also affect the final plant configuration.

Providing these details to the crusher manufacturer allows the supplier to recommend a more appropriate crushing and screening solution.

FAQ About 100 TPH Limestone Crushing Plants

What is the capacity of this Ethiopian limestone crushing plant?

The production capacity of this project is approximately 100 tons per hour. Actual output depends on factors such as raw material characteristics, feed size, moisture, final product requirements, and operating conditions.

What equipment is included in the plant?

The main equipment specified for this project includes a PF1210 impact crusher, 4YK1860 vibrating screen, B800 belt conveyor, and B650 belt conveyor, together with supporting equipment required for the complete production system.

Is a stationary crushing plant suitable for limestone?

Yes. Stationary crushing plants are commonly used for long-term aggregate production projects where the processing site is relatively fixed and continuous production is required.

Can this plant process other materials?

The configuration is intended for suitable soft to medium-hard materials such as limestone and dolomite. Whether a particular material can be processed efficiently depends on its hardness, abrasiveness, feed size, moisture, and other properties.

Can UNIQUEMAC customize a crushing plant?

Yes. UNIQUEMAC provides customized stationary and mobile crushing plant solutions with capacities ranging from approximately 50 to 500 TPH.

The final configuration should be determined according to the customer’s raw material, required capacity, feed size, final products, and site conditions.

Get a Customized 100 TPH Limestone Crushing Plant Proposal

Planning a limestone crushing plant in Ethiopia, Africa, or another international market?

UNIQUEMAC can help you develop a crushing and screening solution based on your actual project requirements.

To receive a suitable equipment recommendation, please provide:

• Raw material type
• Maximum feed size
• Required capacity
• Required final aggregate sizes
• Expected working hours per day
• Project location

Based on this information, our engineers can recommend the appropriate stone crusher, vibrating screen, belt conveyor, and complete crushing plant configuration for your project.

Contact UNIQUEMAC today to discuss your limestone crushing project and request a customized crushing plant solution.