Oct. 13, 2026
A 500 tph stone crusher plant is configured around the rock type, feed size, required product sizes, and operating conditions—not capacity alone. A typical setup uses a primary jaw crusher, secondary crushing equipment, vibrating screens, conveyors, and, where needed, a tertiary crusher in a closed circuit. For hard, abrasive rock, a jaw-and-cone arrangement is often a practical starting point; for suitable softer or less abrasive material, an impact crusher may be considered. At DAHONGLI, we recommend confirming the design against project-specific material data and output requirements before selecting equipment.
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This guide is for quarry operators, mining project teams, EPC contractors, and procurement professionals evaluating a 500 tph stone crushing line. It is useful whether you are planning a new fixed plant or reviewing an upgrade to an existing operation. The recommended configuration will differ depending on local material, site layout, and the products your customers need. Treat the examples below as planning guidance rather than a guaranteed production specification.
A crushing plant reduces blasted or excavated rock into saleable aggregate through one or more crushing stages. Screens separate material by size, while conveyors move feed and products between equipment or into stockpiles. In a closed circuit, oversize material from a screen returns to a crusher for further reduction. This arrangement can help control product sizing, but the actual output depends on the selected equipment and operating conditions.
Granite, basalt, and some other hard or abrasive rocks can place substantial demands on wear parts. A jaw crusher followed by cone crushing is a common configuration to evaluate for these materials. Screening between stages can help manage feed to the next crusher and separate finished products. The supplier should review rock characteristics and the required output before recommending crusher models or wear components.
For limestone and other materials that are less abrasive, a jaw-and-impact arrangement may be suitable, subject to feed characteristics and product requirements. Impact crushing can be considered where particle shape is important, but wear and operating costs should be assessed for the actual rock. Some projects may use a cone crusher instead, particularly when the material or operating priorities favor that choice. Do not select an impact or cone configuration based on rock name alone.
A plant may be asked to produce several saleable fractions, for example 0–5 mm, 5–10 mm, 10–20 mm, or 20–31.5 mm aggregate. These are illustrative size ranges, not a universal product specification. Final screen decks, crusher settings, and circuit design should follow the applicable market requirements and the material’s crushing behavior. If the project needs manufactured sand or tightly controlled gradation, discuss that requirement early because it can affect the flow sheet.
Clarify whether 500 tph means crusher feed rate, total plant throughput, or finished product output. Ask whether the figure assumes a particular material, feed size, moisture level, and operating circuit. These details matter because a stated nominal capacity is not automatically the same as sustained saleable production. For a simple planning calculation, 500 tonnes per hour over an 8-hour shift equals 4,000 tonnes of theoretical throughput before downtime, feed variation, or other operating losses.
Provide the supplier with the expected maximum feed size, material type, hardness or abrasiveness information where available, and any moisture or clay concerns. Oversize feed can affect primary crusher selection and may require changes to the feeding arrangement. Fine material or sticky feed can influence screening performance. If reliable test information is unavailable, state the uncertainty and request that the supplier list the assumptions used in its proposal.
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List each required product fraction, its target size range, and the approximate share of total production needed. A plant designed around one aggregate product may not produce the same mix efficiently as a multi-product line. Clarify whether the specification sets a maximum top size, a grading envelope, particle shape requirements, or other acceptance criteria. These points inform screen sizing, crusher selection, and whether additional crushing or washing equipment should be considered.
Review feeder, crusher, screen, conveyor, and stockpile capacities as one system. A crusher capable of handling the target feed rate cannot ensure that the complete plant will maintain that rate if a screen, transfer point, or conveyor becomes a bottleneck. Ask for a process flow diagram and equipment list, including the proposed return paths for oversize. Also confirm site conditions such as available space, foundation requirements, power supply, access, and environmental controls.
The cost of a 500 tph plant depends on the equipment configuration, material-handling scope, automation, structures, electrical components, and site-specific requirements. A quote for crushers alone is not directly comparable with a turnkey or broader plant package. Request an itemized scope and identify exclusions before comparing proposals. Pricing and delivery schedules should be confirmed directly with the supplier for the actual project specification.
When evaluating suppliers, ask for a flow sheet, equipment schedule, stated capacity assumptions, and a description of installation and after-sales support. Confirm how wear parts, operating instructions, and technical communication will be handled. Request relevant, verifiable references or documentation where appropriate, and avoid relying on unsubstantiated production guarantees. A useful proposal should make design assumptions and buyer responsibilities clear.
DAHONGLI supplies mining and crushing equipment and can review project inputs to develop a configuration proposal for a 500 tph stone crushing plant. To begin a technical discussion, share the material type, available feed information, target product sizes, site location, and preferred project scope. We can use these details to discuss suitable crushing stages, screening arrangements, and equipment options. Final selection should be confirmed against the project’s engineering requirements and agreed supply boundaries.
A 500 tph plant is typically built from coordinated feeding, crushing, screening, and conveying equipment, with the specific arrangement selected to match the rock and product targets. A jaw-and-cone circuit is a common option to assess for hard, abrasive material, while an impact-based arrangement may suit some less abrasive applications. Neither configuration should be treated as universal; actual performance depends on the feed, circuit, and operating conditions. Before requesting a quotation, prepare a clear feed description, product schedule, capacity basis, and site requirements.
Send those project details to DAHONGLI to discuss a configuration and equipment scope tailored to your operation. Ask for the assumptions behind the proposed capacity and confirm what is included in the supply. This gives your team a practical basis for comparing technical proposals and moving toward a plant design suited to its intended application.
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