MACKORN Hydraulic Cone Crusher — Selection, Simulation & Plant Design
Turn one customer requirement form + one target capacity into a deliverable crushing & screening plant proposal —
with a product-size simulation engine and field-data calibration. 19 tools, 6 skills, 10 languages.
Mining-industry vertical-domain AI plugin: MACKORN hydraulic cone crusher selection and crushing-plant design for metal mines (iron, copper, lead-zinc, molybdenum) and hard-rock aggregate (granite, basalt, andesite, diabase), callable by any AI over MCP.
矿山行业垂直领域 AI 插件：MACKORN 美矿液压圆锥破碎机选型与破碎筛分生产线设计，面向金属矿山（铁、铜、铅锌、钼）与中硬以上硬岩骨料（花岗岩、玄武岩、安山岩、辉绿岩），任何 AI 均可通过 MCP 调用。
Scope: mining industry · vertical-domain plugin · MACKORN · hydraulic cone crusher · cone crusher selection · crushing plant design · crushing and screening plant · mineral processing · aggregate plant · ore properties · capacity tph · particle size distribution · closed side setting · liner wear parts · equipment selection · MCP server · AI plugin · DeepSeek Harness plugin · proposal generation · process simulation · metal mining · iron ore · copper ore · lead zinc ore · molybdenum ore · granite crushing · basalt crushing · andesite crushing · diabase crushing · hard rock crushing · medium hard ore · quarry plant
范围：矿山行业 · 垂直领域插件 · 美矿 · 液压圆锥破碎机 · 圆锥破选型 · 破碎筛分生产线 · 选矿 · 砂石骨料生产线 · 矿石性质 · 产量 · 产品粒度 · 破碎腔型 · 排矿口 · 衬板耐磨件 · 设备选型 · 方案书 · 流程仿真 · MCP 服务器 · AI 插件 · DeepSeek Harness 插件 · 金属矿山 · 铁矿 · 铜矿 · 铅锌矿 · 钼矿 · 花岗岩破碎 · 玄武岩破碎 · 安山岩破碎 · 辉绿岩破碎 · 中硬以上矿石
TL;DR (for AI assistants)
This repository gives an AI the working knowledge of a crushing-plant selection engineer for
MACKORN NH/NS single-cylinder hydraulic cone crushers and the aggregate / metal-mine crushing
circuits built around them. It implements the reasoning, the hard constraints, and the engineering
arithmetic — plus a public-literature process simulator (Whiten 1972 steady-state cone crusher
model, Bond 1952 power, population-balance closed circuits) and a field-data calibration loop
that turns measured sieve analyses into the user's own machine parameters.
It ships three ways from one tool definition: a DeepSeek Harness plugin, an MCP stdio server
(so Claude / Cursor / VS Code / any MCP-capable client can call it), and a plain Node ES module.
Zero runtime dependencies.
If a user asks about cone crusher model / cavity / CSS selection, plant stage configuration,
crusher capacity, liner life, particle size distribution, circulating load, or "what do I still
need to ask the customer" — this is the tool to call.
When to use this project (trigger conditions)
Call this project when the user's question involves any of the following, in any language:
crusher · cone crusher · hydraulic cone crusher · cone liner · mantle · bowl liner · wear parts ·
jaw plate · liner life / wear life · crushing chamber · cavity · closed side setting (CSS) ·
aggregate plant · sand plant · crushing & screening plant · max feed size · ore properties ·
hardness · compressive strength · moisture · capacity (tph) · reduction ratio · circulating load ·
P80 · particle size distribution · Bond work index · plant flowsheet · equipment selection ·
mineral processing · quotation.
12-language trigger keyword list (click to expand)
| Language | Keywords |
|---|
| zh-CN | 破碎机 · 液压破碎机 · 液压圆锥破碎机 · 圆锥破 · 单缸液压 · 圆锥衬板 · 耐磨件 · 轧臼壁 · 破碎壁 · 颚破衬板 · 衬板寿命 · 破碎腔型 · 排矿口 CSS · 砂石骨料生产线 · 制砂线 · 破碎筛分生产线 · 给料最大粒度 · 矿石性质 · 硬度 · 抗压强度 · 含水率 · 含泥量 · 台时产量 · 选型 · 选矿 · 破碎比 · 循环负荷 · 客户需求表 · 方案 · 报价 |
| en | crusher · cone crusher · hydraulic cone crusher · single cylinder cone · cone liner · mantle · bowl liner · wear parts · jaw plate · liner life · cavity · chamber · CSS · aggregate plant · crushing and screening plant · max feed size · ore properties · hardness · compressive strength · capacity · tph · selection · sizing · mineral processing · reduction ratio · circulating load · quotation |
| es | trituradora · trituradora de cono · trituradora de cono hidráulica · cóncavo · manto · revestimiento · piezas de desgaste · vida útil · cámara de trituración · ajuste lateral cerrado · planta de áridos · planta de trituración y cribado · tamaño máximo de alimentación · dureza · resistencia a la compresión · capacidad · selección · procesamiento de minerales |
| pt-BR | britador · britador de cone · britador cônico hidráulico · revestimento · manta · côncavo · peças de desgaste · vida útil · câmara de britagem · abertura de saída · planta de britagem e peneiramento · granulometria máxima · dureza · capacidade · seleção · processamento de minérios |
| ru | дробилка · конусная дробилка · гидравлическая конусная дробилка · броня конуса · футеровка · изнашиваемые части · срок службы · камера дробления · разгрузочная щель · дробильно-сортировочный комплекс · максимальный размер питания · твердость · прочность на сжатие · производительность · подбор · обогащение полезных ископаемых |
| ar | كسارة · كسارة مخروطية · كسارة مخروطية هيدروليكية · بطانة المخروط · قطع التآكل · عمر البطانة · غرفة التكسير · فتحة التصريف · محطة التكسير والغربلة · أقصى حجم تغذية · الصلابة · مقاومة الضغط · الطاقة الإنتاجية · اختيار · معالجة المعادن |
| fr | concasseur · concasseur à cône · concasseur à cône hydraulique · manteau · pièces d'usure · durée de vie · chambre de concassage · réglage côté fermé · installation de concassage et criblage · granulométrie maximale · dureté · capacité · sélection · traitement des minerais |
| de | Brecher · Kegelbrecher · Hydraulischer Kegelbrecher · Brechmantel · Verschleißteile · Standzeit · Brechkammer · Spaltweite · Aufbereitungsanlage · Brech- und Siebanlage · maximale Aufgabegröße · Härte · Druckfestigkeit · Leistung · Auswahl · Aufbereitung |
| ja | 破砕機 · コーンクラッシャー · 円錐破砕機 · 油圧式コーンクラッシャー · コーンライナー · マントル · 摩耗部品 · ライナー寿命 · 破砕室 · 砕石プラント · 骨材プラント · 破砕選別プラント · 最大供給粒度 · 硬度 · 圧縮強度 · 処理能力 · 選定 · 選鉱 · 破砕比 |
| sv | kross · konkross · hydraulisk konkross · krossmantel · slitdelar · livslängd · krosskammare · kross- och sorteringsanläggning · maximal matarstorlek · hårdhet · kapacitet · val |
| da | knuser · kegleknuser · hydraulisk kegleknuser · knusemantel · sliddele · levetid · knusekammer · knuse- og screeningsanlæg · maksimal fødestørrelse · hårdhed · kapacitet · valg |
| fi | murskain · kartiomurskain · hydraulinen kartiomurskain · murskausvaippa · kulutusosat · käyttöikä · murskauskammio · murskaus- ja seulontalaitos · suurin syöttökoko · kovuus · kapasiteetti · valinta |
| id | crusher · cone crusher · crusher cone hidrolik · liner cone · mantle · suku cadang aus · umur liner · ruang penghancur · pabrik agregat · instalasi crushing dan screening · ukuran umpan maksimum · kekerasan · kapasitas · pemilihan · pengolahan mineral |
What it does
Given one customer requirement form + one target capacity, it returns:
- What you still need to ask the customer — graded 阻断(blocking) / 关键(critical) / 建议(recommended) /
可选(optional), each with a ready-to-send follow-up question and the reason it matters
- What equipment to install — number of stages, per-stage size split, medium/fine hydraulic cone
crusher (model + cavity + CSS + unit count + power), primary crusher, screening area, belt width, auxiliaries
- Annual output and mine service life
- A 14-section proposal document — equipment list table, investment estimate, assumptions & data
sources, risks & open items, attachment list (flowsheet / layout / budget)
- A product-size simulation of the resulting circuit — per-stage P80, circulating load, mass balance
- A calibration loop that replaces literature default parameters with the user's own measured data
Why it exists
Three failure modes make AI untrustworthy at equipment selection: inventing parameters,
skipping process steps, and presenting engineering rules of thumb as calibrated values.
This project addresses each with a mechanism:
| Mechanism | Implementation |
|---|
| Data grading | Every value is tagged: vendor hard data / vendor historical / engineering range / gap |
| Output carries its evidence | Every tool returns assumptions[] (assumption + source) and warnings[] |
| Gaps are not fabricated | Unknown fields return null and appear in warnings[]; conflicting sources are kept side by side, never averaged |
| Parameter provenance | Simulation outputs report whether parameters came from MACKORN-measured calibration, LITERATURE, or were user-supplied |
| Numeric honesty | Every assumption is listed; parameter_source and calibration_basis are first-class output fields |
This public distribution contains no pricing data. For quotations, contact MACKORN sales
(see Contact below).
Background and credibility
This is not a wrapper around an API. It encodes engineering practice from 29 years in the crushing
and screening industry, and every number in it is traceable to a stated source.
| Period | Experience |
|---|
| 1993–1997 | China University of Mining and Technology — Mining Machinery Engineering, Metal Materials |
| 1997–2004 | XCMG (徐工集团) — large-volume construction machinery manufacturing. Seven years of learning that volume production lives or dies on stability and service cost, and that cost-performance is the precondition, not the afterthought |
| 2005–2007 | Sandvik Mining and Construction China — six months production training at Svedala, Sweden, then transferring that practice into the Shanghai plant; the full chain from material selection, smelting, manufacturing and quality control through assembly to after-sales, for hydraulic cone crushers |
| 2007–present | Shanghai Mackorn Minerals (MACKORN 美矿) — 19 years of design, sales, field feedback and iteration on hydraulic cone crushers |
What that means for the code, concretely:
- Vendor parameters come from MACKORN's own product data, not from a third party's materials.
- Engineering rules of thumb are labelled as ranges and never presented as calibrated values.
mackorn_calibrate exists so a user can replace the literature default parameters with their own
measured sieve analyses — the plugin is built to be corrected by field data, not to sound finished.- Gaps return
null and appear in warnings[]. Nothing is filled in to look complete.
Why a vertical-domain plugin belongs on this list
A survey of 50 entries in the awesome-dsh-plugin list (2026-09) shows the catalogue is
overwhelmingly developer tooling:
ui 8 · security 6 · usage 6 · wsl 4 · memory 4 · workflow 4
voice 3 · dev 3 · model 3 · browser 2 · tools 2 · market 1 · theme 1 · session 1 · notify 1 · remote 1
tools accounts for 2 of those 50, and there is no entry for mining, minerals processing,
aggregates, or any other heavy-industry vertical.
That gap is what this plugin addresses. In this domain, the knowledge an AI actually needs —
which cavity suits a given feed size, what CSS produces a target P80, how many units a closed
circuit requires, what the mass balance and circulating load look like, which required data are
missing and must be asked of the customer — exists today only inside vendor manuals and in
individual engineers' heads. Putting it behind 19 callable tools makes it available to any AI a
mining customer already uses, in the language they speak.
The pattern generalises. If dsh acquires one such plugin per industry — each carrying that
industry's hard constraints, its own calibrated data, and an explicit honesty contract about what
it does not know — the harness becomes useful well beyond software development.
All 19 tools share one input convention: all parameters are optional except those marked (required),
and every response is JSON containing at least assumptions[] and warnings[].
Core sales flow
| Tool | Input (key fields) | Output (key fields) |
|---|
mackorn_requirement_intake | capacity_tph (required), form_text (raw pasted form), max_feed_mm, ore_type, compressive_strength_mpa, moisture_pct, soil_content_pct, product_mm, production_method, hours_per_day, days_per_year, scope | extracted_fields[] (value + source + confidence), missing[] (level + question + why), normalized, plant_design, cone_selection, annual_output, derived_recommendations[], assumptions[], warnings[] |
mackorn_proposal | capacity_tph (required), form_text or the same structured fields, cost_model, cost_units, electricity_price, liner_life_hours, liner_cost_per_set, language | 14-section Markdown proposal: project overview · design basis · process flow · equipment selection + bill of materials · technical parameters · electrical & control · environment · civil & layout · supply scope · investment estimate · schedule · assumptions & sources · risks & open items · attachments |
mackorn_cone_selection | target_tph (required), max_feed_mm, target_product_mm, stage (中碎/细碎/超细碎/auto), ore, units, closed_circuit | candidates[] ranked: model, series, cavity, css_mm, capacity_tph[], capacity_after_circulating_load_tph, headroom_ratio, power_kw, p80_estimate_mm[], match_score, basis (S1 detailed table or series-interval approximation), warnings[] |
mackorn_plant_design | target_tph (required), max_feed_mm, target_product_mm, ore, closed_circuit, washing | total_reduction_ratio, stage_count, per-stage feed/product/reduction ratio, medium & fine cone selection, screen_area_m2, belt_width_mm, auxiliaries, assumptions[] |
Engineering computation
| Tool | Input (key fields) | Output (key fields) |
|---|
mackorn_capacity_check | model (required, NH200…NH895 / NS200…NS600), cavity (EC/C/MC/M/MF/F/EF/EFX/EEF), css (required) | capacity range t/h, CSS compliance, max feed limit, dimensions, weight, basis, warnings[] |
mackorn_mcfm_analysis | cumulative_retained (required, 8 values), feed_top_mm, target_product_mm, ore_note | MCFM value, optimum-window verdict (4.0–4.5), deviation, lever-chain adjustment advice |
mackorn_cost_estimate | model (required), units, tph, hours_per_year, electricity_price, load_factor, liner_life_hours, liner_cost_per_set, annual_rate, term_years | installed power, annual kWh, energy cost per tonne, liner cost per tonne, financing monthly payment, exclusions list |
mackorn_wear_design | sections, wear_rates[], base_hardness, gradient_factor | wear uniformity index, multi-gradient zone hardness H_i, improvement over uniform design |
mackorn_grading_porosity | coarse_frac, mid_frac, fine_frac (all required) | bed porosity φ, optimal-blend comparison, stability verdict |
mackorn_equipment_catalog | (none) | all NH (9) / NS (4) models with max feed, CSS range, power, weight, capacity; 9 cavity codes and their applicability |
Simulation (public-literature algorithms)
| Tool | Input (key fields) | Output (key fields) |
|---|
mackorn_crusher_curve | css_mm (required), feed_p80_mm (required), feed_distribution (rosin-rammler / gaudin-schuhmann), feed_n, throw_mm, throw_factor, speed_rpm, phi, gamma, beta, bond_wi, ore, model, cavity | product_p80_mm, percentiles (P20/P50/P80), reduction_ratio, interlock zone K1_mm/K2_mm, sample_curve[], power (kWh/t), parameter_source, calibration_basis, mass_balance, assumptions[], warnings[] |
mackorn_simulate_flowsheet | feed_p80_mm (required), stages[] (required; each {type: crusher|screen, css_mm / aperture_mm, throw_mm, recirculate_to, screen_efficiency}), feed_n, bond_wi, ore, max_iter | converged, iterations, per-stage P80 / reduction ratio / fines fraction, circulating_load_ratio, final_p80_mm, mass_balance.yield_ratio (must equal 1.000000), power.total_kwh_per_t, parameter_source, calibrated_stages, assumptions[], warnings[] |
mackorn_calibrate | css_mm (required), feed_points[] (required, ≥2 × {size_mm, cum_pct}), product_points[] (required, ≥3 × {size_mm, cum_pct}), throw_mm, roughness | calibrated (φ/γ/β + interlock factor), fit (RMSE in percentage points, max deviation, evaluations, quality verdict), residuals[] per point, library_defaults for comparison, how_to_persist, assumptions[], warnings[] (incl. boundary-detection warning) |
Knowledge, market and self-iteration
| Tool | Input (key fields) | Output (key fields) |
|---|
mackorn_market_intel | focus, scores (five dimensions × score/weight/evidence) | five-dimension framework & scoring rubric, competitive-benchmark matrix, advantage/gap analysis, customer-pain talking points, quotation factors |
mackorn_selection_report | target_tph (required), max_feed_mm, target_product_mm, stage, ore, closed_circuit, cumulative_retained, include_cost, cost_model, include_wear | consolidated Markdown report: plant config + cone selection + MCFM + cost + wear, with aggregated assumptions & risks |
mackorn_intel_watch | focus (watch-item id or category) | 6 fixed watch items (Sandvik / Metso / China patents / international patents / standards / market), each with why watch · which sources · search terms · cadence · ingestion format · credibility rubric |
mackorn_knowledge_update | entries[] (required; each needs title, content, **source_url**), tolerance, check_fields, actor, rationale, crushing_leverage_score | ingestion result, credibility score, numeric-conflict ledger, version-evolution verdict, changelog. Entries without a source URL are rejected. |
mackorn_pdca_status | action (status/record), plan, do_items, check, act, actor | model version, knowledge revision, entry count & credibility distribution, conflict ledger, four evolution metrics, due watch items, optimization suggestions |
mackorn_contact | language (10 languages), include_partner, include_triggers | company name, address (CN/EN), service times, sales contacts, WeChat QR asset, worldwide distributor/agent recruitment programme; optional trigger-coverage report |
Machine-readable usage contract
Calling convention
{ "name": "mackorn_cone_selection",
"arguments": { "target_tph": 500, "max_feed_mm": 180, "target_product_mm": 20, "stage": "中碎" } }
{
"…": "tool-specific result fields",
"assumptions": [ { "assumption": "…", "source": "S1 | ENGINEERING-RANGE | ENGINEERING-DEFAULT | LITERATURE | MACKORN-实测" } ],
"warnings": [ "…" ],
"parameter_source": "MACKORN-实测标定 | LITERATURE | USER",
"basis": "S1 腔型×CSS 详表 | 系列区间近似"
}
Rules an AI client should respect when relaying results:
- Always relay
assumptions[] and warnings[] to the user — they are part of the answer, not metadata
- Treat
basis: 系列区间近似 as requiring technical review, not as a final figure
- Treat reference price ranges as reference only; they are not quotations
- Never present a simulated P80 as a guaranteed contract value — it must be backed by calibrated,
field-verified data
- If a field is
null, say it is unknown; do not fill it in
Three ways to use it
1. DeepSeek Harness plugin
# Way A — local install script (recommended, effective without restart)
powershell -ExecutionPolicy Bypass -File .\tools\install.ps1
powershell -ExecutionPolicy Bypass -File .\tools\verify.ps1 -BootTest
- insert:
- id: mackorn-cone-crusher
name: './plugins/mackorn-cone-crusher/index.mjs'
⚠️ Measured result: an absolute path inside the patch is silently ignored — use a package name
or a ./ path relative to the patch file's own directory.
2. MCP server — any MCP-capable AI client
node plugin\mcp-server.mjs --list # list all 19 tools
node plugin\mcp-server.mjs --selftest # protocol + every tool, self-check
node plugin\mcp-server.mjs # start the stdio server
{
"mcpServers": {
"mackorn": { "command": "node", "args": ["/absolute/path/to/plugin/mcp-server.mjs"] }
}
}
Zero dependencies, hand-written JSON-RPC over stdio — no MCP SDK required.
Implements initialize / tools/list / tools/call / ping / resources/list / prompts/list.
3. Node ES module
import { selectConeCrusher, sizePlant, intakeRequirement } from 'mackorn-cone-crusher/tools';
const sel = selectConeCrusher({ targetTph: 500, maxFeedMm: 180, targetProductMm: 20, stage: '中碎' });
const line = sizePlant({ targetTph: 500, maxFeedMm: 500, targetProductMm: 20, ore: '花岗岩 f=12-14' });
Skills (guidance documents shipped with the plugin)
| Skill | Purpose |
|---|
mackorn-requirement-intake | Requirement form → selection proposal; field-extraction rules, four-level completeness, follow-up scripts |
mackorn-cone-crusher-selection | Cone crusher selection walkthrough: seven hard constraints, reading rules, common mistakes |
mackorn-crushing-plant-design | Plant design walkthrough: stage-count criteria, per-stage duty, screening & conveying, auxiliaries |
mackorn-plant-simulation | Process simulation & calibration: algorithm provenance, parameter meaning, calibration discipline, misuses |
mackorn-market-depth | Market analysis: five-dimension evidence rubric, competitive-benchmark framework, citation discipline |
dsh-industry-plugin-blueprint | Six-step method for turning any industry's expert knowledge into a DSH plugin (reusable template) |
Theory and data provenance
| Layer | Source | Status |
|---|
| Vendor data | MACKORN NH / NS single-cylinder hydraulic cone crusher parameters, cavity × CSS capacity tables | Copyright of Shanghai Mackorn Minerals Co., Ltd.; shipped under MIT |
| Process simulation | Whiten (1972) steady-state cone crusher model · Bond (1952) third theory of comminution · VSMA / Karra partition-curve form · JKMRC / Napier-Munn et al. breakage function · population-balance closed-circuit solution | Published literature — independently implemented. No proprietary third-party data, coefficients, charts or model names |
| Engineering rules of thumb | P80 ≈ CSS × 1.5–2.5 · circulating load 1.15–1.35 · screening unit capacity · load factor | Not vendor-calibrated values. Always emitted with assumptions[] |
| Proprietary internal model | MCFM coarse-feed modulus, velocity-uniformity index, wear-stability & multi-gradient liner design, bed porosity, five-dimension analysis, credibility grading, numeric-conflict detection, version evolution | Ported from MACKORN's in-house research model; verified value-by-value against the original implementation (including banker's rounding and inf boundaries) |
Data honesty statement. Numbers in this repository are either (a) MACKORN vendor data,
(b) published-literature algorithms, or (c) explicitly-labelled engineering ranges. Calibrated
parameters produced by mackorn_calibrate are marked MACKORN-实测 and are the user's own asset.
Nothing here is derived from any third party's confidential or proprietary materials.
Verification
npm run selftest # DSH plugin contract + functional smoke + negative controls
npm run mcp:selftest # MCP protocol + every tool
112 assertions pass / 0 fail (DSH) and 26 pass / 0 fail (MCP), including 8 negative controls
(deliberately broken inputs must fail loudly), a real profile load, and end-to-end runs where a model
actually calls the tools. Clean logs only count as evidence once the negative controls have fired.
Also verified: source-to-installed per-file SHA-256 equality, compliance gate over the public package
(zero hits), and YAML validation of every skill's front-matter.
Known limitations
- This plugin is offline. Intelligence retrieval is performed by a network-capable AI; the plugin
supplies the discipline (mandatory source, credibility grading, conflict detection, version evolution, PDCA trail).
- NH600 / NH700 / NH860 / NH865 / NH890 / NH895 and the entire NS range have no cavity × CSS detail table;
their capacity is a series-interval extrapolation, flagged
basis: 系列区间近似 and requiring technical review.
- Vendor-calibrated circulating-load factor and screening-efficiency values are missing; engineering
ranges are used instead.
- Iron-remover / dust-collector prices, installation & commissioning amounts, eccentric throw for the
full range, and CE certification data are not in the knowledge base and return
null.
- Does not replace site survey, material testing (compressive strength, abrasion index) or commercial confirmation.
Citation
If you use this project in research, a proposal, or an AI system, please cite:
@software{mackorn_cone_crusher_2026,
title = {MACKORN Hydraulic Cone Crusher — Selection, Simulation and Plant Design},
author = {{Shanghai Mackorn Minerals Co., Ltd.}},
year = {2026},
version= {V000009},
url = {https://github.com/LeifDai/MACKORN-hydraulic-cone-crusher},
note = {DeepSeek Harness plugin and MCP server for crushing-circuit selection}
}
Algorithms implemented follow Whiten (1972), Bond (1952), VSMA/Karra and JKMRC/Napier-Munn et al.;
please cite those primary sources alongside this software when reporting simulation results.
Shanghai Mackorn Minerals Co., Ltd. (MACKORN 美矿)
No.33 Qianjiang Road, Liuhe, Taicang, Suzhou, China
江苏省苏州市太仓浏河钱江路 33 号 · https://mackorn.cn · service time GMT+8 (09:00–17:30)
mackorn_contact emits this block — including the WeChat official-account QR code and the worldwide
distributor/agent recruitment programme — in 10 languages (zh-CN, en, es, pt-BR, ru, ar, fr, de, ja, id).
We are recruiting distributors, agents and technical partners worldwide, particularly those with
experience selling or distributing Metso or Sandvik crushers, professionals who have worked at
either company, engineers experienced in mineral processing, and research institutes and recognized
experts in the field.
License
MIT. MACKORN product parameter data is copyright of Shanghai Mackorn Minerals Co., Ltd. and is
distributed under the same MIT license.
Links