Multi-Cylinder Hydraulic Cone Crusher
STM Multi-Cylinder Hydraulic Cone Crusher is a high-performance cone crusher designed for medium, fine and ultra-fine crushing applications.
The machine combines optimized crushing speed, eccentric stroke and high-performance crushing cavity design to achieve high crushing capacity and efficient particle reduction. According to the STM product brochure, the crusher is developed by introducing German technology and combining it with the performance characteristics of Chinese metal materials.
It is suitable for applications ranging from limestone and basalt crushing to metal and non-metal ore processing, aggregate production and other demanding crushing operations.
STM Multi-Cylinder Hydraulic Cone Crusher is a high-performance cone crusher designed for medium, fine and ultra-fine crushing applications.
The machine combines optimized crushing speed, eccentric stroke and high-performance crushing cavity design to achieve high crushing capacity and efficient particle reduction. According to the STM product brochure, the crusher is developed by introducing German technology and combining it with the performance characteristics of Chinese metal materials.
It is suitable for applications ranging from limestone and basalt crushing to metal and non-metal ore processing, aggregate production and other demanding crushing operations.
Key Features
- Multi-cylinder hydraulic protection and control system
- High crushing efficiency
- High production capacity
- Lamination crushing principle
- Improved cubic particle shape
- Reduced needle-shaped particles
- Multiple crushing cavity options
- Medium, fine and ultra-fine crushing
- Automatic iron-pass protection
- Hydraulic lubrication control
- Suitable for high-capacity crushing plants
- HPT-200, HPT-300, HPT-400 and HPT-500 models
What Is a Multi-Cylinder Hydraulic Cone Crusher?
A Multi-Cylinder Hydraulic Cone Crusher is a high-performance compression crusher designed for crushing medium and high-hardness rocks and ores.
Compared with conventional spring cone crushers, the multi-cylinder hydraulic cone crusher uses a hydraulic control and protection system and combines the crushing stroke, crushing speed and crushing cavity design to improve crushing performance.
STM’s brochure describes the machine as a high-energy cone crusher developed using German technology, with applications covering medium, fine and ultra-fine crushing.
The crusher can be used as a secondary, tertiary or further crushing machine depending on the complete crushing process.
How Does a Multi-Cylinder Hydraulic Cone Crusher Work?
The basic crushing process is:
Feeding → Compression Crushing → Lamination Crushing → Screening → Finished Product
1. Material Feeding
After primary crushing, the material enters the multi-cylinder hydraulic cone crusher through the feed opening.
2. Compression Crushing
The crushing chamber creates repeated compression between the moving crushing component and the fixed liner.
3. Lamination Crushing
STM’s product brochure highlights the use of a lamination crushing principle, in which particle-to-particle crushing helps improve the shape and size distribution of the finished material.
4. Product Discharge
Material that reaches the required size passes through the discharge opening and enters the next stage or screening system.
5. Hydraulic Protection
When uncrushable material such as iron enters the crushing chamber, the iron-pass protection system can release the material and reset afterward, helping maintain stable operation.
Why Choose STM Multi-Cylinder Hydraulic Cone Crusher?
1. High Crushing Efficiency
The STM brochure states that the optimized structure using a fixed main shaft and small spherical surface shaft provides 5%–15% higher efficiency than the older spring cone crusher design.
This design is intended to improve crushing performance while maintaining stable operation.
2. Higher Production Capacity
The crusher combines:
- Crushing stroke
- Crushing speed
- Crushing cavity design
According to the STM brochure, under the same crushing cone size, the optimized combination can provide 35%–60% higher output than the older spring cone crusher design.
Actual production depends on material characteristics, feed size, cavity configuration, discharge setting and operating conditions.
3. Better Cubic Product Shape
The machine uses a lamination crushing principle that creates particle-to-particle crushing.
According to the product brochure, this helps:
- Increase the proportion of cubic particles
- Reduce needle-shaped particles
- Improve particle size distribution
This makes the crusher particularly relevant for aggregate production where particle shape is an important consideration.
4. Multiple Crushing Cavity Options
The HPT series provides different cavity configurations for different crushing requirements.
Depending on the model, STM lists:
- EC – Extra Coarse
- C – Coarse
- M – Medium
- F – Fine
- F – Ultra Fine
This allows the same series to be configured for different crushing stages and product requirements.
For example, HPT-300 provides EC, C, M and F cavity options, while HPT-400 and HPT-500 provide EC, C, M and F configurations as listed in the brochure.
5. Stable Operation and Iron-Pass Protection
Uncrushable metal objects can cause serious problems in crushing equipment.
STM’s multi-cylinder hydraulic cone crusher uses an iron-pass protection system. When iron blocks or other uncrushable hard materials enter the crushing chamber, the protection system automatically releases them and then resets.
This feature is designed to improve equipment protection and operational stability.
6. Multi-Point Hydraulic Lubrication Control
The product brochure specifies a multi-point hydraulic lubrication control system.
According to STM, this system provides dual protection for bearing lubrication together with overload protection.
This is particularly important for continuous crushing applications where equipment reliability and lubrication management are critical.
7. Suitable for Medium, Fine and Ultra-Fine Crushing
One of the main advantages of the multi-cylinder hydraulic cone crusher is its wide crushing range.
It can be configured for:
Medium Crushing
Suitable for reducing material after primary crushing.
Fine Crushing
Suitable for producing smaller aggregate and mineral particles.
Ultra-Fine Crushing
Suitable for applications requiring a finer product size.
STM’s brochure specifically describes the machine as suitable for medium, fine and ultra-fine crushing operations.
HPT Multi-Cylinder Hydraulic Cone Crusher Models
STM’s product brochure lists four main models:
- HPT-200
- HPT-300
- HPT-400
- HPT-500
The models cover different capacity ranges and cavity configurations.
HPT-200 Multi-Cylinder Hydraulic Cone Crusher
The HPT-200 is a smaller model within the STM multi-cylinder hydraulic cone crusher range.
Available Cavity Options
| Cavity | Minimum Discharge | Feed Opening | Capacity |
|---|---|---|---|
| F – Fine | 13 mm | 95 mm | 120–200 t/h |
| M – Medium | 16 mm | 120 mm | 140–220 t/h |
| C – Coarse | 19 mm | 190 mm | 150–250 t/h |
Motor Power: 160 kW
HPT-300 Multi-Cylinder Hydraulic Cone Crusher
The HPT-300 is designed for higher-capacity crushing applications.
Available Cavity Options
| Cavity | Minimum Discharge | Feed Opening | Capacity |
|---|---|---|---|
| F – Ultra Fine | 10 mm | 80 mm | 100–240 t/h |
| F – Fine | 13 mm | 105 mm | 110–260 t/h |
| M – Medium | 16 mm | 150 mm | 175–320 t/h |
| C – Coarse | 20 mm | 210 mm | 190–380 t/h |
| EC – Extra Coarse | 25 mm | 230 mm | 220–440 t/h |
Motor Power: 250 kW
HPT-400 Multi-Cylinder Hydraulic Cone Crusher
The HPT-400 is designed for larger-scale crushing applications.
Available Cavity Options
| Cavity | Minimum Discharge | Feed Opening | Capacity |
|---|---|---|---|
| F – Fine | 14 mm | 110 mm | 185–345 t/h |
| M – Medium | 20 mm | 196 mm | 255–430 t/h |
| C – Coarse | 25 mm | 251 mm | 295–560 t/h |
| EC – Extra Coarse | 30 mm | 295 mm | 325–630 t/h |
Motor Power: 315 kW
HPT-500 Multi-Cylinder Hydraulic Cone Crusher
The HPT-500 is the largest model listed in the STM brochure and is designed for high-capacity crushing applications.
Available Cavity Options
| Cavity | Minimum Discharge | Feed Opening | Capacity |
|---|---|---|---|
| F – Ultra Fine | 13 mm | 95 mm | 200–430 t/h |
| F – Fine | 16 mm | 135 mm | 280–455 t/h |
| M – Medium | 22 mm | 210 mm | 345–605 t/h |
| C – Coarse | 30 mm | 290 mm | 405–790 t/h |
| EC – Extra Coarse | 38 mm | 330 mm | 445–855 t/h |
Motor Power: 400 kW
HPT Multi-Cylinder Hydraulic Cone Crusher Specifications
| Model | Cavity | Min. Discharge | Feed Opening | Capacity | Motor Power |
|---|---|---|---|---|---|
| HPT-200 | F | 13 mm | 95 mm | 120–200 t/h | 160 kW |
| HPT-200 | M | 16 mm | 120 mm | 140–220 t/h | 160 kW |
| HPT-200 | C | 19 mm | 190 mm | 150–250 t/h | 160 kW |
| HPT-300 | F | 10 mm | 80 mm | 100–240 t/h | 250 kW |
| HPT-300 | M | 16 mm | 150 mm | 175–320 t/h | 250 kW |
| HPT-300 | C | 20 mm | 210 mm | 190–380 t/h | 250 kW |
| HPT-300 | EC | 25 mm | 230 mm | 220–440 t/h | 250 kW |
| HPT-400 | F | 14 mm | 110 mm | 185–345 t/h | 315 kW |
| HPT-400 | M | 20 mm | 196 mm | 255–430 t/h | 315 kW |
| HPT-400 | C | 25 mm | 251 mm | 295–560 t/h | 315 kW |
| HPT-400 | EC | 30 mm | 295 mm | 325–630 t/h | 315 kW |
| HPT-500 | F | 13 mm | 95 mm | 200–430 t/h | 400 kW |
| HPT-500 | M | 22 mm | 210 mm | 345–605 t/h | 400 kW |
| HPT-500 | C | 30 mm | 290 mm | 405–790 t/h | 400 kW |
| HPT-500 | EC | 38 mm | 330 mm | 445–855 t/h | 400 kW |
The above specifications are derived from the STM product brochure; actual throughput is influenced by material properties, feed particle size, crushing chamber configuration, discharge opening settings, and operating conditions.
Multi-Cylinder Hydraulic Cone Crusher Applications
1. Quarry Crushing
The HPT multi-cylinder hydraulic cone crusher can be used in quarry crushing plants for processing hard rock and producing construction aggregates.
Typical materials include:
- Limestone、Basalt、Granite、Quartzite、Sandstone、Pebble
STM’s brochure specifically describes applications ranging from limestone to basalt and from stone production to various ore crushing operations.
2. Mining and Ore Crushing
The multi-cylinder hydraulic cone crusher is suitable for various mineral processing applications.
The brochure lists:
- Iron ore、Non-ferrous metal ore、Granite、Limestone、Quartzite、Sandstone、Pebble
and describes its use in metal and non-metal mining, cement plants, sand and aggregate metallurgy and other industries.
3. Aggregate Production
For aggregate production, the HPT cone crusher can be used as a secondary or tertiary crushing machine.
A typical process can be:
Vibrating —Jaw Crusher—Multi-Cylinder Hydraulic Cone Crusher—Vibrating Screen—Finished Aggregates
Oversized material can be returned to the cone crusher for further crushing.
4. Manufactured Sand and Cubical Aggregate
The lamination crushing principle is particularly relevant to aggregate applications where particle shape is important.
According to STM’s brochure, the crushing process can increase the proportion of cubic particles, reduce needle-shaped particles and make the particle size distribution more uniform.
Multi-Cylinder Hydraulic Cone Crusher in a Complete Crushing Plant
A complete hard-rock crushing plant can be configured as:
Stage 1 – Feeding
Vibrating Feeder
Stage 2 – Primary Crushing
Jaw Crusher
Stage 3 – Secondary Crushing
HPT Multi-Cylinder Hydraulic Cone Crusher
Stage 4 – Screening
Vibrating Screen
Stage 5 – Finished Products
Belt Conveyor
Oversized material can be returned to the cone crusher to create a closed crushing circuit.
The exact equipment combination should be selected according to the raw material, required capacity and final product specifications.
Multi-Cylinder Hydraulic Cone Crusher vs Spring Cone Crusher
| Feature | Multi-Cylinder Hydraulic Cone Crusher | Spring Cone Crusher |
|---|---|---|
| Protection system | Hydraulic | Spring |
| Crushing applications | Medium, fine & ultra-fine | Coarse, medium & fine |
| Crushing control | Hydraulic control | Mechanical adjustment/protection |
| Cavity options | F / M / C / EC depending on model | Standard / short-head |
| Product shape | Lamination crushing for improved shape | Compression crushing |
| Capacity range | High-capacity models available | PYB series |
| Typical application | Large quarry & mining plants | Quarry, mining & aggregate plants |
STM’s brochure positions the multi-cylinder hydraulic cone crusher as a high-energy design for higher-performance crushing, while the Spring Cone Crusher is described as a reliable and economical solution for medium and higher-hardness materials.
Multi-Cylinder Hydraulic Cone Crusher vs Jaw Crusher
These two machines normally perform different roles in a crushing plant.
Jaw Crusher
Usually used for:
- Primary crushing
- Large feed material
- Initial size reduction
Multi-Cylinder Hydraulic Cone Crusher
Usually used for:
- Secondary crushing
- Tertiary crushing
- Fine crushing
- Ultra-fine crushing
A common production process is:
Jaw Crusher → HPT Cone Crusher → Vibrating Screen
This combination is particularly suitable for hard-rock and high-capacity aggregate production.
How to Choose the Right HPT Cone Crusher?
1. Determine the Required Capacity
STM offers HPT models with different production ranges.
For example:
- HPT-200: up to 250 t/h in the listed configurations
- HPT-300: up to 440 t/h
- HPT-400: up to 630 t/h
- HPT-500: up to 855 t/h
The actual model should be selected according to the required continuous production rather than maximum theoretical capacity alone.
2. Check Maximum Feed Size
The feed opening varies by model and cavity.
For example, the listed HPT-500 configurations range from 95 mm to 330 mm feed opening, depending on the selected cavity.
The primary crusher and cone crusher must therefore be properly matched.
3. Select the Appropriate Cavity
EC – Extra Coarse
For larger feed and coarse crushing applications.
C – Coarse
For coarse crushing.
M – Medium
For medium crushing.
F – Fine
For fine crushing.
Ultra Fine
For applications requiring a finer crushing stage.
The availability of each cavity depends on the HPT model.
4. Consider the Final Product
If the project requires high-quality aggregate with improved particle shape, the lamination crushing characteristics of the HPT series can be considered as part of the equipment selection process.
Why Choose STM Multi-Cylinder Hydraulic Cone Crusher?
High-Efficiency Crushing Design
STM’s product brochure describes the machine as combining crushing speed, eccentricity/stroke and high-performance crushing cavity design to improve production capacity and crushing efficiency.
Multiple Capacity Options
The HPT series covers several model sizes, allowing the crusher to be selected according to different production requirements.
Complete Crushing Solutions
STM can integrate the cone crusher with:
- Jaw Crusher
- Vibrating Feeder
- Vibrating Screen
- Belt Conveyor
- Impact Crusher
- Sand Making Machine
- Other auxiliary equipment
This allows the HPT cone crusher to become part of a complete crushing and screening plant rather than operating as a standalone machine.
Multi-Cylinder Hydraulic Cone Crusher Manufacturer in China
STM provides multi-cylinder hydraulic cone crushers for mining, quarrying, aggregate production and mineral processing applications.
The HPT series includes:
HPT-200 → HPT-300 → HPT-400 → HPT-500
with different crushing cavity configurations and production capacities.
If you are looking for a multi-cylinder hydraulic cone crusher manufacturer in China, STM can provide equipment selection and complete crushing plant configuration based on your material and production requirements.
After-Sales Service
STM can provide technical support for crushing equipment projects, including:
- Equipment selection
- Crushing plant design
- Equipment configuration
- Installation guidance
- Commissioning support
- Operation guidance
- Spare parts support
- Technical service
For a complete crushing plant, equipment selection should be based on the complete process rather than the cone crusher alone.
Get a Multi-Cylinder Hydraulic Cone Crusher Quote
Looking for a multi-cylinder hydraulic cone crusher for sale?
Send STM the following information:
- Material name
- Maximum feed size
- Required capacity
- Desired output size
- Required crushing stage
- Working hours per day
- Stationary or mobile plant
- Destination country
Our technical team can recommend a suitable HPT model, cavity and complete crushing plant configuration.
Contact STM for a Multi-Cylinder Hydraulic Cone Crusher quotation.
Email: admin@centbro.com
Website: centbrocrusher.com
FAQ
What is a multi-cylinder hydraulic cone crusher?
A multi-cylinder hydraulic cone crusher is a high-performance compression crusher using a multi-cylinder hydraulic control and protection system. STM’s HPT series is designed for medium, fine and ultra-fine crushing applications.
What materials can an HPT cone crusher process?
According to the STM brochure, applications include limestone, basalt, iron ore, non-ferrous metal ore, granite, quartzite, sandstone and pebble.
What is the capacity of an HPT-500?
Depending on the selected cavity, the STM brochure lists capacities from 200–430 t/h to 445–855 t/h for HPT-500 configurations.
What is the largest HPT model in the STM product range?
The product brochure lists HPT-500 as the largest model in this series, with a listed motor power of 400 kW.
What is the difference between HPT and spring cone crushers?
The HPT multi-cylinder hydraulic cone crusher uses hydraulic protection and control and is designed for medium, fine and ultra-fine crushing. The Spring Cone Crusher uses a spring safety system and is generally configured for coarse, medium or fine crushing.
Can the HPT cone crusher be used for aggregate production?
Yes. The brochure describes applications in stone production and emphasizes the lamination crushing principle, cubic product shape and more uniform particle size.
Can STM provide a complete crushing line?
Yes. The HPT cone crusher can be combined with jaw crushers, vibrating feeders, vibrating screens and belt conveyors according to the customer’s production requirements.
