A hammer crusher price cannot be determined by capacity alone. The selected model, feed size, material properties, motor power, wear-part materials, supply scope and delivery terms can all produce substantial differences between an online listing and a formal quotation.
At XINGAONAI, our Alibaba listings displayed an indicative price of US$10,450 for one heavy hammer crusher in October 2026. For orders of two or more units, the displayed price ranged from US$7,450 to US$8,250 per set.
However, these online figures are preliminary listing prices. In March 2026, we prepared an actual quotation of US$34,120 EXW for one XGN-Z1310 heavy hammer crusher configured for a specific project.
The difference demonstrates why buyers should compare the complete configuration rather than relying only on the lowest price displayed online.
How Much Does a Hammer Crusher Cost?
Based on our public listings and historical quotations, the following figures can be used for preliminary budgeting:
| Price reference | Displayed or quoted price | What the price represents |
|---|---|---|
| Alibaba listing, 1 set | US$10,450 | Preliminary online reference |
| Alibaba listing, 2 or more sets | US$7,450–8,250/set | Quantity-based platform price |
| XGN-Z1310 project quotation | US$34,120 EXW | Model-specific equipment quotation |
| PCZ1512 spare-parts package | US$8,800 EXW | Replacement parts only |
| PCZ1512 parts with CIP delivery | US$11,278 | Parts and specified delivery costs |
These figures do not form a fixed price list for every model. They represent different products, configurations and commercial terms.
The Alibaba prices are useful for initial comparison, while the project quotation provides a more realistic example of what a model-specific industrial crusher may cost.
Price notice: These prices are historical listing and quotation references. They do not constitute a current binding offer. Contact us for an updated quotation based on your material and production requirements.
A Real XGN-Z1310 Hammer Crusher Quotation
In March 2026, we prepared a quotation for one XGN-Z1310 heavy hammer crusher.
The quoted configuration included:
| Item | Quoted specification |
|---|---|
| Crusher model | XGN-Z1310 |
| Rated capacity | 150–180 tph |
| Maximum feed size | 500 mm for the quoted project |
| Motor power | 160 kW |
| Quantity | 1 set |
| Trade term | EXW factory |
| Equipment price | US$34,120 |
| Payment terms | 30% deposit and 70% before dispatch |
| Estimated delivery | Within 30 days after order confirmation |
The US$34,120 price applied to the specified machine and commercial conditions in that quotation. It should not be interpreted as the current price of every XGN-Z1310 or every 150–180 tph hammer crusher.
Feed conditions, material characteristics, electrical requirements and included accessories must still be reviewed for each project.
Why Is the Formal Quotation Higher Than the Online Price?
An online product listing usually covers several models or configurations under one page. The displayed figure may represent an entry configuration, a promotional reference or a price that does not include all the equipment required by the project.
When we prepare a formal quotation, we calculate the price according to the actual operating conditions.
1. Crusher model and required capacity
A larger crusher requires a heavier rotor, larger bearings, a stronger main shaft, a more robust frame and a higher-powered motor.
For example, selected XGN-Z Series models cover very different production requirements:
| Model | Capacity | Maximum standard feed size | Motor power |
|---|---|---|---|
| XGN-Z1310 | 150–180 tph | ≤650 mm | 160 kW |
| XGN-Z1512 | 250–320 tph | ≤750 mm | 2 × 160 kW |
| XGN-Z1615 | 420–500 tph | ≤1,000 mm | 2 × 220 kW |
| XGN-Z1818 | 570–670 tph | ≤1,200 mm | 2 × 250 kW |
| XGN-Z1620 | 800–1,000 tph | ≤1,200 mm | 2 × 400 kW |
A larger nominal capacity does not automatically mean that the crusher will achieve that output in every application. Actual capacity depends on feed gradation, moisture, material density, discharge requirements and feeding stability.
2. Feed material
The material is one of the most important hammer crusher price and selection factors.
Our heavy hammer crushers are primarily designed for medium-hard to brittle materials such as limestone and coal gangue. The product page recommends them for suitable brittle materials with compressive strength below approximately 150 MPa.
Hard, highly abrasive or silica-rich materials may require different hammer materials, more frequent replacement or another crushing method. Before quoting, we normally check:
Material name
Compressive strength
Abrasiveness
Silica content
Bulk density
Moisture content
Clay or sticky-material content
Presence of uncrushable metal
If the feed is highly abrasive, choosing the lowest-priced crusher may lead to much higher wear and maintenance costs later.
3. Feed and discharge sizes
A crusher processing 500 mm feed into 0–40 mm aggregate does not have the same duty as a machine receiving smaller feed or producing a coarser output.
The required reduction ratio affects:
Rotor loading
Hammer arrangement
Crushing-chamber design
Motor power
Wear rate
Production stability
Customers requesting several finished aggregate sizes may also need a vibrating screen and return conveyor. These auxiliary machines are not automatically included in the hammer crusher price.
For a detailed explanation of the crushing process, see our guide to the hammer crusher working principle.
4. Motor and electrical configuration
Motor power increases with crusher size and duty. The final electrical configuration may also depend on the customer’s local voltage, frequency and starting method.
Before we issue a quotation, we may need to confirm:
Voltage and frequency
Motor efficiency requirement
Direct or soft starting
Variable-frequency control
Control cabinet requirements
Cable and electrical-component standards
Local certification requirements
A price that includes only the mechanical crusher cannot be compared directly with a quotation that includes the motor, control cabinet and electrical system.
5. Hammer and liner materials
Hammer heads, liners and rotor-protection components operate under continuous impact and abrasion. Their material and manufacturing process directly affect both the initial price and long-term operating cost.
Depending on the application, the quotation may specify:
High-chromium alloy hammers
Composite hammer heads
Manganese steel components
Wear-resistant liner plates
Rotor-disc protection rings
Heat-treated shafts and pins
Premium wear-resistant components may increase the initial investment, but they can reduce replacement frequency and unplanned downtime.
More information is available in our hammer crusher wear parts guide.
6. Supply scope
A low online price may represent only the main crusher body. A formal quotation should clearly state whether the following items are included:
| Component or service | Must be confirmed |
|---|---|
| Crusher body | Model and complete mechanical assembly |
| Main motor | Brand, power, voltage and quantity |
| Base or support frame | Included or supplied locally |
| Couplings and belt drive | Included configuration |
| Control cabinet | Included or quoted separately |
| Initial lubricants | Quantity and specification |
| Spare hammers and liners | Included quantity |
| Special tools | Included or optional |
| Foundation drawings | Document delivery schedule |
| Installation supervision | Included or charged separately |
| Commissioning | Scope and duration |
| Operator training | Online or on-site |
| Packing | Export packing specification |
Buyers should compare quotations line by line. Comparing only the final total may conceal major differences in the supply scope.
7. Trade and delivery terms
EXW, FOB, CIF and CIP prices are not directly comparable.
The XGN-Z1310 case was quoted at US$34,120 EXW, meaning the price was based on delivery at the specified factory location. Freight, destination handling, import duties, civil foundations and overseas installation expenses were not automatically included.
For a separate PCZ1512 spare-parts package, the historical price was:
US$8,800 EXW
US$11,278 CIP for the specified destination
The US$2,478 difference illustrates how transport and commercial terms can change the total purchasing budget, even before local taxes, unloading and site installation are considered.
What Does a Complete Hammer Crusher Budget Include?
The machine purchase price is only one part of the investment.
A more realistic project budget can be expressed as:
Total project budget = crusher price + optional equipment + spare parts + packing + freight + insurance + import costs + civil works + installation + commissioning
Depending on the project, the complete crushing system may also require:
Feeding hopper
Vibrating feeder
Belt conveyors
Vibrating screen
Dust-control system
Metal detector or magnetic separator
Electrical control system
Steel supports and walkways
Foundation construction
Initial spare-parts package
If the customer requires a complete crushing plant, we prepare the quotation according to the entire process instead of simply multiplying the price of one crusher.
How Much Should You Budget for Wear Parts?
Wear parts should be considered during the initial purchasing stage rather than after the machine enters production.
In March 2026, we prepared a historical quotation for a PCZ1512 replacement-parts package:
| Spare part | Quantity | Historical price |
|---|---|---|
| Crusher hammers | 20 pieces | US$5,085 |
| Movable liner plates | 4 pieces | US$906 |
| Middle rotor-disc protection rings | 32 pieces | US$652 |
| Side-disc protection rings | 32 pieces | US$1,160 |
| Upper-housing rotor-protection liners | 8 pieces | US$517 |
| Rear fastening bolts | 40 pieces | US$323 |
| Protection-ring fastening bolts | 144 pieces | US$157 |
| Total EXW | 7 groups | US$8,800 |
The total package weight was approximately 3,124 kg. This helps explain why wear-part transportation can represent a meaningful part of the delivered cost.
These figures are historical references for a specific parts package. Current prices depend on material grade, quantity, weight, manufacturing cost and delivery destination.
How Should You Compare Hammer Crusher Quotations?
Before selecting a supplier, confirm that every quotation answers the same technical and commercial questions.
Technical comparison
Check the following:
Is the proposed model suitable for the material?
Is the stated capacity based on the required feed and output sizes?
What is the maximum allowable feed size?
What motor power is included?
What hammer and liner materials are supplied?
How is the discharge size adjusted?
Is the rotor dynamically balanced?
Which bearings and main-shaft materials are used?
Are foundation drawings and operating manuals included?
Has the quotation defined the expected operating conditions?
Commercial comparison
Confirm:
Whether the price is EXW, FOB, CIF or CIP
What equipment is included
Whether the motor and control cabinet are included
Packing and loading responsibilities
Delivery time
Payment terms
Warranty period
Spare-parts availability
Installation and commissioning charges
Which expenses remain the buyer’s responsibility
A cheaper quotation may not be more economical if it excludes the motor, control system, spare parts or installation support.
Heavy or Light Hammer Crusher: Which Should You Price?
We manufacture both heavy and light hammer crusher configurations.
Our heavy hammer crusher is intended for large-feed, high-capacity crushing of suitable medium-hard to brittle materials. The published product range covers approximately 150–6,000 tph, depending on the selected model and operating conditions.
Our light hammer crusher covers smaller and medium production requirements, with published capacities from approximately 50 to 1,600 tph.
The correct choice depends on:
Material characteristics
Maximum feed size
Required capacity
Required product size
Moisture and clay content
Available installation space
Desired process layout
Planned maintenance budget
If you are unfamiliar with this crusher type, first read what a hammer crusher is, then compare the model ranges.
When Is a Hammer Crusher Not the Best Choice?
A hammer crusher should not be selected only because its initial price is attractive.
It may not be the best option when:
The feed is extremely hard or abrasive
The material contains a high percentage of silica
Sticky feed may obstruct the crushing chamber
Large amounts of uncrushable metal are present
The required wear-part life cannot be achieved economically
The project requires a crushing mechanism better suited to compression
For hard and abrasive materials such as some granite, basalt and high-silica ores, a jaw crusher and cone crusher process may provide more predictable wear performance.
We recommend sending a material report or representative sample before final equipment selection when the feed properties are uncertain.
What Information Do We Need to Prepare a Price?
To provide an accurate hammer crusher quotation, we normally ask for:
Material name
Maximum feed size
Feed-size distribution
Required capacity in tph
Required finished sizes
Material compressive strength
Moisture content
Clay content
Project location
Local voltage and frequency
Daily operating hours
Required trade term
Whether spare parts are needed
Whether installation support is required
Whether the crusher will operate alone or in a complete plant
The more complete the information, the more accurately we can select the model, calculate the motor requirement and define the supply scope.
Conclusion
Hammer crusher price should be evaluated through a complete technical and commercial quotation, not through one online number.
Our public listings provide an initial reference, while the XGN-Z1310 case shows that a model-specific industrial quotation may be substantially different once capacity, motor power, configuration and trade terms are defined.
Wear parts, freight, installation and auxiliary equipment should also be included in the purchasing budget. Before comparing suppliers, make sure each quotation covers the same model, operating conditions and supply scope.
Send us your material, maximum feed size, required capacity, finished sizes and project location. We will recommend a suitable model and prepare a clear quotation showing what is included.
