CORNERSTONE CAPITAL RESOURCES INC : http://www.cornerstoneresources.com/ : QwikReport |
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![]() | November 22, 2019 19-35 - Update on Investment for Accounting Purposes in Cascabel | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Ottawa, ON, Canada: Cornerstone Capital Resources Inc. ("Cornerstone" or "the Company") (TSXV-CGP) (F-GWN) (B-GWN) (OTC-CTNXF) announces that on November 21, 2019, it received an updated valuation report on the estimated fair market value for accounting purposes of its investment in Exploraciones Novomining S.A. ("ENSA"). ENSA is an Ecuadorean company owned by SolGold Plc and Cornerstone, that holds 100% of the Cascabel concession. The periodic valuation of the investment is required by International Financial Reporting Standards (IFRS). The Company engaged a valuation firm to assist in the reevaluation of that investment after receipt of the National Instrument 43-101 technical report on the Alpala Deposit filed on Sedar on January 3, 2019 as a result of the November 20, 2018 disclosure of the updated mineral resource estimate for the Alpala deposit. The Company engaged the same valuation firm, received the updated valuation report and management selected what it believes is a conservative valuation of ENSA within the range provided in the report. The estimated fair value of the Company's long-term investment in ENSA for financial statement reporting purposes as at September 30, 2019 is $69,700,000. The value has fluctuated over time, in line with the change in many variables, including the market value of SolGold shares.
About Cornerstone: Further information is available on Cornerstone's website: www.cornerstoneresources.com and on Twitter. For investor, corporate or media inquiries, please contact:
Investor Relations: Due to anti-spam laws, many shareholders and others who were previously signed up to receive email updates and who are no longer receiving them may need to re-subscribe at http://www.cornerstoneresources.com/s/InformationRequest.asp
Cautionary Notice:
On Behalf of the Board, Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
![]() | November 20, 2019 19-34 - Cornerstone Files Amended Technical Report for Cascabel (Alpala Deposit) Preliminary Economic Assessment | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Ottawa, ON, Canada: Cornerstone Capital Resources Inc. ("Cornerstone" or "the Company") (TSXV-CGP) (F-GWN) (B-GWN) (OTC-CTNXF) announces that as a result of a review by staff of the Ontario Securities Commission ("OSC") the Company is issuing the following news release regarding its technical disclosure made with respect to the Alpala Project in Ecuador. Specifically, with regards to the Technical Report titled "Cascabel Project, Northern Ecuador, Alpala Copper-Gold-Silver Deposit, NI 43-101 Technical Report on Preliminary Economic Assessment" which has an effective date March 25, 2019 and which was first announced in a news release dated May 20, 2019, the Company wishes to announce the filing of an amended Technical Report which incorporates certain revisions to the originally filed report, including: (i) inclusion of an updated Qualified Person (QP) certificate from lead consultants Wood showing Mr Peter Gron's updated status as Fellow of the Australasian Institute of Mining and Metallurgy (FAusIMM); (ii) inclusion of an "Important Notice" provided by Wood in replacement of the Disclaimer in the original document; (iii) amendment to the reliance on experts references to include references to other experts concerning Items 3.3 (Mining) and 3.4 (Mineral Processing and Infrastructure) now described in Item 2.6 (Information Source References); (iv) additional information with respect to the key assumptions to support the basis for the cut-off grade used in resource estimates set out in the report; and (v) the inclusion of a spider sensitivity diagram covering ±25% variations in copper price, gold price, discount rate, Capex and Opex (at 5% intervals). An revised report incorporating the above-noted amendments has been filed on SEDAR and is available under the profile of the Company and on the Company's web site. The May 20, 2019 news release summarizing the PEA results can be viewed at: http://www.cornerstoneresources.com/s/NewsReleases.asp?ReportID=850697
About Cornerstone: Further information is available on Cornerstone's website: www.cornerstoneresources.com and on Twitter. For investor, corporate or media inquiries, please contact:
Investor Relations:
Cautionary Notice:
On Behalf of the Board, Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.
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![]() | October 29, 2019 19-33 - Drilling continues at the Limon and Bramaderos Main gold-copper porphyry prospects | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Ottawa, ON, Canada: Cornerstone Capital Resources Inc. ("Cornerstone" or "the Company") (TSXV-CGP) (F-GWN) (B-GWN) (OTC-CTNXF) is pleased to provide an update on its Bramaderos gold and copper project in southern Ecuador, which it is exploring together with ASX listed Sunstone Metals Inc. under a farm-in agreement (see "About Bramaderos", below). Figures and plates related to this news release can be seen in PDF format by accessing the version of this release on the Company's website (www.cornerstoneresources.com) or by clicking on the link below: http://www.cornerstoneresources.com/i/pdf/NR19-33Figures.pdf.
HIGHLIGHTS: The Bramaderos Project comprises multiple gold-copper porphyry targets and an epithermal gold corridor (Figures 1 & 2). Receipt of assay results from drill holes at West Zone and Limon have been delayed due to laboratory delays. These are being managed and incorporated into future planning. Cornerstone Vice President, Exploration, Yvan Crepeau said: "It is still early days at the Bramaderos Project. Our Phase 1 drilling delivered a gold-copper porphyry at Bramaderos Main that shows potential for significant scale with mineralization extending from surface to at least 300m deep, and with a strike extent of at least 500m. Drilling now will focus on increasing the scale of this system. "At Limon, we have intersected compelling 'near porphyry' alteration and mineralization in a very large system, with evidence in one drill hole of a shallow 'high sulphidation' copper-gold system. Follow-up drilling is aimed at intersecting both the shallow copper-gold system and the deeper main porphyry gold-copper zone. "At the West Zone epithermal gold prospect, we have completed eight shallow holes which intersected a variety of host rocks and several zones of alteration. We need to wait for assay results before we can comment on the significance of the West Zone drill program."
Limon Prospect: Importantly, the process for targeting hole LMDD005 has included further detailed review of all Limon datasets and has focused on a 3-D review of new ground magnetics data in the context of geological constraints provided by drilling results. It is still early days at Limon, but we have established that we are within a large alteration envelope to a porphyry system. LMDD005 will also test for extensions to the shallow high-sulphidation epithermal copper-gold system intersected in LMDD004 (13.3m at 0.43% copper and 0.11g/t gold, see Cornerstone news release dated October 15, 2019), and then drill to a final depth of ~1100m to test a magnetic anomaly approximately 800m below surface that is located adjacent to and below the intervals of most intense veining, alteration and gold-copper mineralization intersected in holes LMDD002 (see Cornerstone news release dated July 2, 2019) and LMDD004 (see Cornerstone news release dated October 15, 2019). LMDD002 intersected 14m at 0.2% copper, 0.1g/t gold, and 40.8ppm molybdenum at bottom of hole, with clear evidence of a porphyry gold-copper system. In addition to LMDD005, two more drill holes have been planned that will test targets that may be associated with outcropping gold-copper porphyry mineralization defined in trench LM-01 which intersected 97.6m at 0.71g/t gold and 0.23% copper (see Cornerstone news release dated May 29, 2018). The link between outcropping porphyry gold-copper mineralization (trench LM-01), shallow high-sulphidation mineralization at ~60m below surface in LMDD004, and deep porphyry mineralization in LMDD002 at 600m below surface, is being pursued with this exploration program and the next 3 drill holes.
Bramaderos Main Prospect: This is mapped out well at surface from extensive trenching with three higher grade domains defined (see Cornerstone news release dated August 26, 2019, and Figure 5). A north-west extension of the longitudinal trench is currently being prepared and sampled which is expected to extend the domain of surface mineralization. BMDD004 is currently at ~70m downhole and has intersected mineralization from 5m downhole comparable to that seen in the upper part of hole BMDD001 (see Cornerstone news release dated July 18, 2019). It is designed to test a 500m vertical section of the higher-grade domain (Figure 6) below hole BMDD001. Additional holes to be drilled include at least two holes on sections to the NW of BMDD001 and 004 testing the higher-grade zones in trenches over a strike length of 400m, a shallow hole to twin and extend historical hole CURI-03, and two holes under the main topographic high of Bramaderos Hill which exhibits extensive epithermal style alteration. Detailed ground magnetics have been collected over Bramaderos Main and these will be processed over the next month to assist with further drill targeting.
Table 1: Assay results from BMDD002.
West Zone: From drilling it is clear that the geometry of the breccia bodies is complex, and other epithermal style veins and zones of alteration have been defined. A complete release of the West Zone drilling results will be prepared once all assay results have been received and a coherent geological and mineralization model can be presented. Drill hole details for the Bramaderos project to date are shown in Figure 8.
About Bramaderos The Bramaderos concession is owned by La Plata Minerales S.A. ("PLAMIN"), which in turn is owned 51% by Sunstone and 49% by Cornerstone, Sunstone having earned its initial 51% interest by spending US$3.4 million over 3 years to complete a phase 1 drill program. Sunstone has 90 days (i.e., until November 27, 2019) to elect to earn an additional 19% to go to 70% by funding a bankable feasibility study within 5 years, and can go to 80% by financing 100% of the cost of construction of a mine and mill (see Cornerstone news releases dated April 10, 2017 and August 28, 2019). Sunstone is the project operator.
Qualified Person:
Sampling and assaying Standards, blanks and duplicates are inserted ~1/28 samples. The values of the standards range from low to high grade and are considered appropriate to monitor performance of values near cut-off and near the mean grade of the deposit. The check sampling results are monitored and performance issues are communicated to the laboratory if necessary. Sample security was managed through sealed individual samples and sealed bags of multiple samples for secure delivery to the laboratory by permanent staff of the joint-venture. MS Analytical is an internationally accredited laboratory that has all its internal procedures heavily scrutinized in order to maintain their accreditation. MS Analytical is accredited to ISO/IEC 17025 2005 Accredited Methods. PLAMIN's sampling techniques and data have been audited multiple times by independent mining consultants during various project assessments. These audits have concluded that the sampling techniques and data management are to industry standards. All historical data has been validated to the best degree possible and migrated into a database. Rock samples are collected by PLAMIN's personnel, placed in plastic bags, labeled and sealed, and stored in a secure place until delivery by PLAMIN employees to the LAC y Asociados ISO 9001-2008 certified sample preparation facility in Cuenca, Ecuador. Rock samples are prepared crushing to 70% passing 2 mm (10 mesh), splitting 250 g and pulverizing to 85% passing 75 microns (200 mesh) (MSA code PRP-910). Prepared samples are then shipped to MS Analytical Services (MSA), an ISO 9001-2008 laboratory in Langley, BC, Canada, where samples are assayed for a multi-element suite (MSA code IMS-136, 15.0 g split, Aqua Regia digestion, ICP-AES/MS finish) and gold by Fire Assay (MSA code FAS-111, 30 g fusion, AAS finish). Over limit results for Cu (>1%) are systematically re-assayed (MSA code ICF-6Cu, 0.2 g, 4-acid digestion, ICP-AES finish). Gold is assayed using a 30 g split, Fire Assay (FA) and AAS finish (MSA code FAS 111). Over limit results for Au (>10 g/t) are systematically re-assayed (MSA code FAS-415, FA, 30g., gravimetric finish). Soil samples are dried at low temperature, screened to 80 mesh (MSA code PRP-757), a 15 grams portion is then assayed for a multi-elements suite (MSA code IMS-136, Aqua Regia digestion, ICP-AES/MS finish).
Quality assurance / Quality control (QA/QC)
About Cornerstone:
Investor Relations: Due to anti-spam laws, many shareholders and others who were previously signed up to receive email updates and who are no longer receiving them may need to re-subscribe at http://www.cornerstoneresources.com/s/InformationRequest.asp
Cautionary Notice:
On Behalf of the Board,
Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.
1 True widths cannot be determined at this time from the limited number of holes drilled.
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![]() | October 28, 2019 19-32 - Cascabel Copper Gold and Silver Recovery Improvements Drive Modeled Revenue Increases | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Ottawa, ON, Canada: Cornerstone Capital Resources Inc. ("Cornerstone" or "the Company") (TSXV:CGP) (Frankfurt:GWN) (Berlin:GWN) (OTC:CTNXF) is pleased to announce significant improvements in copper and gold recoveries from metallurgical testing at the Alpala deposit at its Cascabel copper-gold porphyry joint venture in northern Ecuador. Cornerstone has a 22.8% direct and indirect interest in Cascabel comprised of (i) a direct 15% interest in the project financed through to completion of a feasibility study and repayable out of Cornerstone's share of project cash flow, plus (ii) an indirect interest comprised of 9.2% of the shares of joint venture partner and project operator SolGold Plc. Figures related to this news release can be seen in PDF format by accessing the version of this release on the Company's website (www.cornerstoneresources.com) or by clicking on the link below: http://www.cornerstoneresources.com/i/pdf/NR19-32Figures.pdf.
HIGHLIGHTS: Davis Tube Recovery (DTR) tests indicate that 60% of iron in tailing can be recovered to a rougher magnetic concentrate grading 50% Fe. This is comparable to operations where magnetite has been recovered as a by-product of copper treatment, such as Ernest Henry and Atlas Copper. Following regrind of concentrate it is anticipated that product grades >60% Fe can be achieved. This is economically sensible plus also has a positive impact by reducing the material to be stored in tailing storage facilities.
Mineralogy drives excellent results Late-stage, pyritic veins contain chalcopyrite, minor bornite and locally, molybdenite. Many of the later vein stages exploit and re-open earlier vein types. Anhydrite is a common vein constituent and re-opens earlier vein stages. Early-formed, hydrothermal magnetite occurs within main-stage quartz veins and as monomineralic veinlets, disseminated grains and replacements of magmatic hornblende. Magnetite is variably converted to metallic hematite and pyrite in the upper part of the deposit. The earliest formed copper sulphide minerals observed in drill-core consists of abundant chalcopyrite and rare bornite in main-stage quartz veins. Chalcopyrite most commonly forms after, and surrounds, cubic and massive pyrite in transitional- and late-stage veins. It also occurs in anhydrite-rich veins and main-stage quartz veins that have been re-opened by later vein types. Bornite is in textural equilibrium with pyrite and chalcopyrite in transitional- and late-stage veins. Scanning Electron Microscopy (SEM) techniques including Backscattered Electron (BSE) imaging and Energy Dispersive X-ray Spectroscopy (EDS) indicate that gold and silver occur as discrete grains of electrum (typically 60% to 85% Au, with the remainder as Ag) that range from 1 to 50 microns in diameter (Figure 5, right). Electrum is rarely coarse-grained and ranges up to 1000 microns (1.0 mm) in diameter (Figure 5, left). The electrum grains occur within chalcopyrite, bornite, pyrite and more rarely quartz and anhydrite. Grains of low-Ag gold (> 90% Au) that are 1 to 3 microns in diameter are associated with sulphide grains and occur locally within silicate gangue minerals. In summary, the sulphide mineral assemblages at Alpala are characterized principally by chalcopyrite, pyrite and bornite, which are similar to the main-stage to transitional-stage sulphide mineral assemblages present at Grasberg, Indonesia and the El Salvador and Portrerillos mines in northern Chile. The simple chemical formulas of the minerals at Alpala contribute to enhanced metallurgical recoveries and clean concentrates that lack any significantly deleterious elements. See Figures 6 (Gold Recovery Benchmarking) and 7 (Copper Grade Benchmarking).
About the Cascabel Joint Venture with SolGold:
Qualified Person:
Logging, sampling, assaying and reporting
About Cornerstone: Further information is available on Cornerstone's website: www.cornerstoneresources.com and on Twitter. For investor, corporate or media inquiries, please contact:
Investor Relations: Corporate Matters: David Loveys, CFO; Email: loveys@cornerstoneresources.ca; Tel. (343) 689-0714 Due to anti-spam laws, many shareholders and others who were previously signed up to receive email updates and who are no longer receiving them may need to re-subscribe at http://www.cornerstoneresources.com/s/InformationRequest.asp
Cautionary Notice:
On Behalf of the Board, Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release. release. 1 See Cornerstone news releases dated May 20, 2019 (PEA results) and June 28, 2019 (Sedar filing of NI 43-101 Technical Report for the PEA). | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
![]() | October 28, 2019 19-31 - Cascabel Metallurgical Test Work Yields High Grade Copper and Gold Content Rates at Alpala | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Ottawa, ON, Canada: Cornerstone Capital Resources Inc. ("Cornerstone" or "the Company") (TSXV:CGP) (Frankfurt:GWN) (Berlin:GWN) (OTC:CTNXF) pleased to announce the following update on recent results from the ongoing comprehensive comminution and metallurgical test work program for the Alpala project at its Cascabel copper-gold porphyry joint venture in northern Ecuador. These include updates to the recovery parameters for copper, gold and silver and a comprehensive analysis of concentrate specifications from Locked Cycle test work completed and published in the comprehensive ALS Metallurgical Testing Cascabel Copper-Gold Project -- Phase 1 Report (the "ALS Report"). Cornerstone has a 22.8% direct and indirect interest in Cascabel comprised of (i) a direct 15% interest in the project financed through to completion of a feasibility study and repayable out of Cornerstone's share of project cash flow, plus (ii) an indirect interest comprised of 9.2% of the shares of joint venture partner and project operator SolGold Plc. SolGold is now actively engaged with concentrate market participants and expects to confirm alignment on the high quality and marketability of the Alpala concentrate in the prefeasibility study ("PFS").
HIGHLIGHTS:
Background on the Metallurgical Test Work and Design The test work program was carried out under the supervision and guidance of Dr. Gregory J. Harbort, General Manager Process and Metallurgy (SolGold Plc) (see summary below). SolGold Plc have specified a test program aligned with the resource size and quality to maximize capital payback early in the project. The ALS Report considered 5,500 kg of drill core from fifty-three variability samples representing different lithology, alteration styles and head grades, selected to provide a good spatial distribution within the mine plan. Further, the samples were composited into three master composites based on gold and copper head grade, to allow for optimization and locked cycle flotation tests and solid-liquid tests.
Variability testing of the 53 samples has included extensive comminution testing2 with SAG Mill Comminution (SMC) (profiling an orebody to predict its comminution circuit throughput as well as its rock mass characteristics and blasting properties), Bond Abrasion Index, and Bond Ball Mill Work Index testing. Bond rod mill work index tests were also conducted on selected samples, where sufficient material was available. Assessment of the elemental content of each Master Composite and variability sample was conducted via standard analytical techniques and multi-element ICP analyses. In addition, detailed scanning electron microscope (SEM) mineralogy was undertaken. Variability flotation test work included both kinetic roughing tests and open circuit cleaning tests. Davis Tube Recovery (DTR) tests were conducted on the rougher tailing to determine the amount of recoverable magnetite. Master Composite optimization tests focused on developing conditions to enhance recovery and concentrate grade, including size-by-assay analysis and diagnostic leach tests on the cleaner tailing stream. Locked cycle flotation tests were conducted under optimized conditions to produce expected plant recoveries, concentrate grades and mass balances to feed into the PFS. Concentrates produced were/are being assayed for an extended assay suite to confirm concentrate quality. The assays will also be used to evaluate the recovery of molybdenum and a valuable rhenium credit. Please refer to Table 1: Critical timeline for test work in http://www.cornerstoneresources.com/i/pdf/NR19-31Figures.pdf. Please refer to Figure 1: Master Composite Locked Cycle Test Summary -- Locked Cycle Flowsheet in http://www.cornerstoneresources.com/i/pdf/NR19-31Figures.pdf.
Appointment of Dr Gregory J Harbort, General Manager Process and Metallurgy Greg brings a wealth of porphyry copper experience to SolGold plc, including five years working for Philex Mining Corp Padcal site, recognized as one of the world's most efficient block cave operations and two year's involvement with design, construction, commission and operation of the Minera Alumbrera concentrator. He had a five-year involvement with the CMOC NorthParkes operation, working on process optimization, refurbishment and life of mine geo-metallurgical planning. In the two years prior to joining SolGold he was involved with design and life of mine geo-metallurgical planning for the Oyu Tolgoi concentrator expansion to allow treatment of the Hugo North block cave ore. Greg holds a Ph.D. from University of Queensland, Australia, 2005 and holds a bachelor's degree of Engineering Metallurgy, University of Queensland, 1990. Mineralogy at Alpala drives exceptional recoveries and produces a clean high-quality copper and precious metals concentrate.
Summary of Mineral Processing and Metallurgical Testing to Date
Further Planned Test Work The large quantity of flotation tailing will allow testing of rougher recovery enhancements and magnetite recovery at a substantial scale, in addition to allowing for tailing deposition and environment tests. The production of significant pyrite concentrate allows for pilot testing of the cleaner recovery enhancement. The pilot is designed to be an effective blueprint for the first ten years of performance. At the same time material flow tests will be conducted allowing for ore chute and stockpile design. It is anticipated that several hundred kilograms will also undergo ore sorting evaluation trials.
Summary of the Quality of Concentrates and Concentrate Specifications Copper measured between 29% and 31%, iron measured between 29% and 31%, and sulphur measured between 37% and 38%. Combined, these three elements account for 96% to 99% of the concentrate mass, indicating a very low level of dilution of these concentrates by non-sulphide minerals. None of the measured deleterious elements such as arsenic, bismuth, cadmium, chlorine, fluorine, mercury, selenium, tellurium, or uranium, were present at levels that typically are of concern; most measured at only trace levels. Similarly, Only trace amounts of magnesium and total organic carbon (TOC) were measured in the Alpala concentrates. This suggests little to no presence of typically hydrophobic non-sulphide gangue minerals. Very low levels of lead and zinc measured indicate little to no galena or sphalerite content in the concentrates.
It is expected that there will be strong demand for the concentrate from South East Asian, North and South American, European and a limited number of Chinese smelters seeking to optimize their economics with a premium quality concentrate such as Alpala. Deleterious elements are low for a copper concentrate which will enhance the ability to market the Alpala concentrate, including the potential to achieve market leading payability. Alpala concentrate will allow smelters to consume greater quantities of complex material for which smelters receive a penalty payment, therefore optimising a smelter's revenue without adversely affecting the smelter's overall feed grade.
Appointment of Bluequest Resources AG (BQR) Its personnel have been responsible for assisting companies in the marketing and transportation of concentrates from a number of world-class assets in recent years, including Timok (Nevsun), Fruta del Norte (Lundin Gold), Khoemacau (Cupric Canyon), Quebradona (Anglogold Ashanti) and Minesa (Mubadala).
About the Cascabel Joint Venture with SolGold:
Qualified Person:
Logging, sampling, assaying and reporting
About Cornerstone: Further information is available on Cornerstone's website: www.cornerstoneresources.com and on Twitter. For investor, corporate or media inquiries, please contact:
Investor Relations: Corporate Matters: David Loveys, CFO; Email: loveys@cornerstoneresources.ca; Tel. (343) 689-0714 Due to anti-spam laws, many shareholders and others who were previously signed up to receive email updates and who are no longer receiving them may need to re-subscribe at http://www.cornerstoneresources.com/s/InformationRequest.asp
Cautionary Notice:
On Behalf of the Board, Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release. 1 See Cornerstone news releases dated May 20, 2019 (PEA results) and June 28, 2019 (Sedar filing of NI 43-101 Technical Report for the PEA). 2 Comminution refers to the reduction of solid materials from one average particle size to a smaller average particle size, by crushing, grinding, cutting, vibrating, or other processes. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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