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Multiple High-Grade Copper Results and Antimony at Fiery Creek Project
Aruma Resources Limited (ASX: AAJ) (Aruma or the Company) is pleased to announce high-grade copper assay results from its initial surface sampling program at the Fiery Creek Copper Project in the Mt Isa copper belt, in northern Queensland.
Highlights
- Initial Surface Sampling Program returns multiple very high-grade copper assay results at Fiery Creek Copper Project in the Mt Isa copper belt, Queensland
- Results from the Piper prospect covering over 600m of strike include; 11.83% Cu, 11.53% Cu, 9.95% Cu and 9.53% Cu
- Highly encouraging antimony results also returned including; 10,883ppm Sb, 2,305ppm Sb and 2,035ppm Sb – along with high-grade silver assays up to 31.3g/t Ag
- Historical exploration at Fiery Creek also returned very high-grade copper rock chip samples including; 36% Cu, 25.4% Cu and 15.2% Cu (ASX announcement 30 July 2024)
- Data generated from soil sampling to date indicates strong copper anomalism across the Fiery Creek Project, beyond the initial Piper and Fiery Creek targets
- The under-explored Fiery Creek Project displays geological features favourable for copper deposits and is an exploration priority for Aruma
- Next steps: detailed ground gravity surveys to better define drill targets to commence this month followed by an IP survey at the Piper prospect planned for October
The first-phase sampling program provides initial confirmation of the Project’s exploration potential. Results come from the priority Piper prospect in the north-west of the Project area, and include multiple very high-grade copper samples along with high-grade silver results (Figure 1). Highlight results include;
- 11.83% Cu, 17.7g/t Ag: AR28585
- 11.53% Cu, 18.8 g/t Ag and 0.3% Zn: AR28586
- 9.95% Cu, 31.3g/t Ag; AR28582
- 9.53% Cu: AR28580
- 4.02% Cu, 20.8g/t Ag: AR28584
- 2.10% Cu, 31.3g/t Ag: AR28581
The sampling program also returned encouraging antimony (Sb) results including; 10,883ppm Sb in AR28586, 2,305ppm Sb in AR28583 and 2,035ppm Sb in AR28585.
Aruma Resources managing director Glenn Grayson said:“The multiple high-grade copper results, along with the silver and antimony mineralisation returned at the Piper target from our initial surface sampling program provide early confirmation of the Fiery Creek Project’s exploration potential. These results, in conjunction with historic exploration results, help provide key base-line data for our next phase of field work. Ground-based geophysical surveys are planned in the coming weeks, with the aim of defining targets for a maiden drilling program. Also of significant, wider importance is that the data generated from soil sampling to date indicates strong copper anomalism across the Fiery Creek Project, beyond the initial Piper and Fiery Creek targets.”
Figure 1: Geology map of the Piper Prospect at the Fiery Creek Project (GDA20 z54) showing AAJ’s sample results plus historic drilling results.
Sample rocks from the Piper prospect (Figures 2, 3) highlight the potential for copper mineralisation with supporting antimony, sliver and arsenic (As), with an outcropping cross-cutting quartz breccia mapped for 700m. The breccia is terminated by a tertiary creek system to the east. This is an excellent example of the prospectivity of Fiery Creek, and also underlines the need for appropriate base data to help interpret other prospective structural traps for copper under cover.
Click here for the full ASX Release
This article includes content from Aruma Resources, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
Rimfire Pacific Mining Limited (ASX: RIM) – Trading Halt
Description
The securities of Rimfire Pacific Mining Limited (‘RIM’) will be placed in trading halt at the request of RIM, pending it releasing an announcement. Unless ASX decides otherwise, the securities will remain in trading halt until the earlier of the commencement of normal trading on Friday, 18 October 2024 or when the announcement is released to the market.
Issued by
ASX Compliance
Click here for the full ASX Release
This article includes content from Rimfire Pacific Mining, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
Copper Refining: From Ore to Market (Updated 2024)
Copper ore must undergo a complicated refining process to convert it into saleable high-purity copper products, as mined ore typically contains less than 1 percent copper.
Copper refining involves increasing the grade and purity of the metal through a variety of physical, mechanical and chemical processes. One of the first steps in the copper refinement process is beneficiation, also known as concentration.
Copper concentrates are processed further via pyrometallurgy or hydrometallurgy, depending on the different types of ore (e.g. oxide, sulfide) from which they were extracted. Taking the copper refining process further, electrochemical processes are used to produce high-purity copper cathodes that can later be converted to end use products down the value chain.
High-purity copper products are in high demand throughout many of the world’s most important sectors of the economy, from construction and communications, to automotive and electronics. Demand for copper products is also on the rise in the renewable energy sector.
Read on to learn more about the difference between copper concentrate and copper cathodes, the copper refining processes used to make these economically important products, and how they make it to the market.
In this article:
Copper concentrate vs. copper cathode
What’s the difference between copper concentrate and copper cathode? While both are saleable copper products, each represents very different stages along the copper added-value supply chain.
The first stage of concentrate production is generally conducted at or very near mine locations to save on transportation costs. It involves crushing and grinding mined ore into smaller particles to roughly separate copper from waste rock.
The copper is further extracted through flotation, which involves slurrying the ground ore with water and chemical reagents. In this process, air is blown through the mixture, and the copper floats to the top. The copper is then removed with a skimmer. At the end of this step, concentrate levels are typically between 24 and 36 percent copper, depending on their region of origin.
Further liberating the copper from the waste rock depends on the type of ore, whether sulfide or oxide, due to the different chemistries of these separate ore types. Pyrometallurgy, which uses extreme heat, is best suited for copper sulfide ores, while hydrometallurgy, which uses water, is best for copper oxide ores.
The resulting copper concentrate, although still considered an unfinished material at this stage, is considered a saleable copper product. Often in powder form, copper concentrate is purchased by copper smelters to use in the production of copper anode and blister copper, the next saleable copper product in the value-added chain. Blister copper typically falls in a range of 98 percent to 99.5 percent copper purity.
The production of copper cathode is the final stage in the copper refinement process and takes place at a refining plant or smelter. The two main processing pathways to copper cathode are leaching and electro-winning, or smelting and electrolytic refining. You can read more about these below.
Through these copper refining processes, unwanted material is progressively removed from blister copper to the point that the resulting copper cathode product is concentrated at up to 99.99 percent purity, the standard for the highest-grade copper. Copper cathode is used to make copper wire rods, sheets, ingots and copper alloys.
The hydrometallurgical copper refining process
In hydrometallurgy, water-based solutions are used to extract copper from oxide ores. The most commonly used method is heap leaching, which involves percolating chemical solutions to leach out metals. Crushed copper ore is “heaped” onto an impermeable leach pad and then sprayed with a sulfuric acid solution in order to dissolve the copper from the ore, forming a copper solution.
This is typically followed by solvent extraction and electrowinning (SX/EW). This is a newer refining technology that became widely adopted in the 1980s, and roughly 20 percent of the world’s copper production is now produced via this process.
Solvent extraction begins with an organic solvent, which separates copper from impurities and unwanted material. Next, sulfuric acid is added to strip the copper from the organic solvent, producing an electrolytic solution.
This solution goes through the electrowinning process, a form of electrolysis in which an electrical current passes through the copper solution. Positively charged copper ions in the solution are then plated onto a cathode. At 99.99 percent pure copper, the copper cathode is now a value-added saleable copper product.
The pyrometallurgical copper refining process
In pyrometallurgy, intense heat, often at 2,300 degrees Fahrenheit, is applied to extract copper from sulfide ores. After the flotation process described above, the next steps are thickening, smelting in a refiner and electrolysis to produce high-purity copper cathodes.
During the thickening stage, the froth solution produced during flotation is poured into large tanks, allowing solids to settle at the bottom. The solution is then then filtered to remove excess water. At the end of this stage, the resulting copper concentrate is ready to be sent to the smelter.
Chemical reactions that occur during the smelting process cause the concentrate to separate into two layers of molten material: a matte layer and a slag layer. The matte layer, on the bottom, contains the copper, while the slag layer contains the impurities.
The slag is discarded and the matte is recovered and moved to a cylindrical vessel called a converter. A variety of chemicals are added to the converter, and these react with the copper to form blister copper, which is usually 98 percent to 99.5 percent pure. The blister copper is then recovered and subjected to a process called fire refining.
In fire refining, air is blown through the copper to oxidize impurities into slag, then wood is added to help reduce the oxidized copper through chemical reactions, leaving refined copper behind to be processed into copper anode.
Finally, to completely deoxidize the copper, either phosphorus is added to it to form phosphorus pentoxide, or the copper is cast into copper anodes and placed in an electrolytic copper cell. Once charged, the pure copper collects on the cathode and is removed as a 99.99 percent pure copper product.
How does refined copper reach the market?
Concentrate producers sell a concentrate powder containing 24 to 40 percent copper to copper smelters and refiners. Selling terms are unique to each smelting company or copper refinery, but in general, the smelter pays the miner approximately 96 percent of the value of the contained copper content in the concentrate, minus treatment charges (TCs) and refining charges (RCs).
TCs are charged per metric ton of concentrate treated, while RCs are charged per pound of metal refined. These charges fluctuate with the market, but are often fixed on an annual basis. TCs and RCs tend to rise when there is a high availability of copper ore.
Miners indicate copper concentrations, although they may be spot checked by a third party when enroute to the refiner. Additionally, penalties may be assessed against copper concentrate according to the level of deleterious elements contained, such as lead or tungsten.
Most smelting companies have strict limitations on permissible concentrations of impurities, and if concentrate producers do not meet these needs, they will be subject to financial penalties. Miners may also receive credits for “valuable” minerals, such as precious metals gold and silver. TCs and RCs are levied separately on these metals.
Smelters generally operate by charging tolls, but they may also sell refined copper metal on behalf of miners. All of the risk (and reward) of fluctuating copper prices, then, falls on miners’ shoulders.
How is refined copper sold?
Refined copper is sold mostly in the form of 99.99 percent purity copper cathode either by smelting companies or mining companies with their own refining plants. The buyers are normally end users such as copper mills, brass mills or foundries who purchase copper cathode as melting stock for the manufacture of copper wire rods, copper ingots or copper alloys.
The price of refined copper is set by the global exchanges, such the London Metal Exchange (LME), the CME Group's COMEX or the Shanghai Futures Exchange (SHFE), and can be brought to market through these exchanges.
Copper cathode sold on the global exchanges must be registered Grade A type with a copper content of 99.99 percent. Unregistered high-grade copper cathode, standard grade and off-grade can be sold into the physical market through trading companies and financial institutions, but will not garner the producer’s premium prices of SHFE or LME registered copper cathode. This premium allows the copper cathode producer to recoup the costs such as insurance and freight associated with transporting its goods to the buyer.
This is an updated version of an article originally published by the Investing News Network in 2011.
Don’t forget to follow us @INN_Resource for real-time updates!
Securities Disclosure: I, Melissa Pistilli, hold no direct investment interest in any company mentioned in this article.
Red Metal Resources: Advancing High-grade Copper Assets in Chile’s Coast Cordillera Belt
With assets located in a historic copper mining district in Chile that boasts high-grade mineralization and low-cost operations, Red Metal Resources (CSE:RMES) is well-positioned to benefit from Chile’s globally significant copper sector.
The company holds 3,278 hectares across 21 secure mining claims within the Carrizal Alto mining district in the prolific Coastal Cordillera. The Carrizal property comprises two projects - Farellon and Perth - located in an area with a rich copper and gold production history.
The Carrizal Alto district provides a favorable geographic position located at a low elevation of around 500 meters above sea level, reducing the logistical challenges often associated with exploration in higher-altitude regions. The district is also well-connected by infrastructure, including highways and proximity to major urban centers. Red Metal Resources' property is situated just 150 kilometers south of Copiapó, 25 kilometers from the coast, and only 20 kilometers west of the Pan-American Highway. This close access to infrastructure allows for easier transportation of equipment and supplies, as well as streamlined access to labor and other resources.
Company Highlights
- Red Metal Resources holds 3,278 hectares across 21 secure mining claims within the Carrizal Alto mining district in the prolific Coastal Cordillera.
- The company’s Carrizal property comprises two projects - Farellon and Perth - located in an area with a rich history of copper and gold production.
- The Farellon project has over 9,000 metres of drilling, identifying 1.5 kilometres of mineralized strike length with potential for an additional 3.5 kilometres.
- In 2022, a high-grade surface sample from Farellon returned 5.77 percent copper, 1.55 percent cobalt, and 0.11 g/t gold.
- Management and insiders control approximately 35 percent of the company’s shares, aligning their interests with investors.
This Red Metal Resources profile is part of a paid investor education campaign.*
Click here to connect with Red Metal Resources (CSE:RMES) to receive an Investor Presentation
Los Andes Copper
Investor Insight
As demand for copper continues to rise, driven by global electrification trends, Los Andes Copper is well-placed to leverage its significant copper position in Chile, driven at the helm by a group of highly experienced technical and business leaders.
Overview
The electrification transition is already in motion and driving demand for copper, an essential metal for manufacturing emerging technologies. Copper is already found in electronics worldwide, and as clean energy technologies aim to replace fossil fuels, demand will only increase — it's projected that copper demand will likely reach 50 million metric tons by 2035. A separate analysis estimates the world copper deficit may hit more than 8.5 metric tons by 2030.
Growing copper demand has put the spotlight on Chile which hosts some of the world’s largest copper deposits. It is currently the top copper producer in the world, producing more than twice the volume of its closest competitor, Peru. The country is a stable, mining-friendly jurisdiction that has already attracted prolific mining companies.
Los Andes Copper (TSXV:LA,OTCQX:LSANF) is a Vancouver-based mining company focusing on developing its 100 percent owned, Vizcachitas copper-molybdenum porphyry project in Chile. Vizcachitas is one of the largest advanced copper projects not owned by a major mining company and has the potential to become a world-class mine. An experienced management team with decades of varied experience in the natural resources industry provides confidence in the company’s ability to reach its goals.The company filed a positive pre-feasibility study in 2023 indicating US$2.78 billion after-tax net present value (NPV) using an 8 percent discount rate and an internal rate of return (IRR) of 24.2 percent at US$ 3.68/lb copper, US$12.90/lb molybdenum and US$21.79/oz silver, with an estimated initial capital cost of US$2.44 billion. The PFS also highlighted a construction period of 3.25 years and a payback period of 2.5 years from initial production.
The Vizcachitas project is surrounded by mining majors
Los Andes works closely with the local community to support the development of local businesses and social organizations. The company has joined the Association of Small Miners of Putaendo and has established several programs to support social organizations, local technical high schools and female entrepreneurs. Los Andes is also environmentally aware and strives to maintain an excellent ESG rating.
The company’s management team is experienced in the natural resources industry, including experts in geology, community affairs, and corporate finance.
Company Highlights
- Los Andes Copper is a Vancouver-based mining company focused on developing its world-class Vizcachitas copper project in Chile.
- To support the project, the company has received a combined US$14 million in investments from Queen’s Road Capital and US$ 20 million from Ecora Resources.
- The Vizcachitas project has tremendous blue-sky potential and is the largest advanced copper project in the Americas owned by a junior miner.
- The company released the results of its pre-feasibility study (PFS) in 2023 with a US$2.8 billion post-tax NPV8 and 24 percent IRR at US$3.68 copper.
- The company strives to maintain an excellent ESG rating and works closely to support the local community and minimize the project’s environmental impact.
- An experienced management team leads Los Andes Copper with a range of experience throughout the mining industry.
Key Project
Vizcachitas Copper Project
https://investingnews.com/stocks/tsxv-la/los-andes-copper/
The 100-percent-owned Chilean Vizcachitas copper project is one of the largest advanced copper deposits in the Americas and the largest deposit owned by a junior miner. The project is located in the Rio Rocin Valley, roughly 150 kilometers northeast of Santiago.
Project Highlights:
- Strong Existing Infrastructure: The project is accessed by a 124-kilometer paved highway, a nearby railway and shipping ports. Due to the presence of existing copper mines, smelting facilities are accessible by railway. Additionally, there are multiple large power substations near the project.Completed PFS: 2023 Pre-Feasibility Study results indicated:
- US$2.78 billion after-tax NPV using an 8 percent discount rate and an IRR of 24.2 percent at US$ 3.68/lb copper, US$12.90/lb molybdenum, and US$21.79/oz silver, with an estimated initial capital cost of US$2.44 billion.
- A construction period of 3.25 years and a payback period of 2.5 years from initial production.
- A 16-percent increase in measured and indicated resources from the preliminary economic assessment dated June 13, 2019, to 14.8 billion pounds (lbs) copper equivalent grade (CuEq).
- measured resources of 2.61 billion lbs copper, 84 million lbs molybdenum, and 11 million ounces (Moz) silver;
- indicated resources of 10.42 billion lbs of copper, 442 million lbs of molybdenum, and 43 Moz of silver;
- and increase inferred resources by 130 percent to 15.4 billion lbs CuEq (13.75 billion lbs copper, 495 million lbs molybdenum, 55 Moz silver).
- Dedicated to a strong ESG rating: The PFS focused on utilizing the latest sustainable mining methods which resulted in a 50 percent reduction in water consumption, and a 25 percent reduction in energy use and confined the project to one valley, reducing the project footprint. The company has also committed to using desalinated water, ensuring a sustainable water supply. Additionally, the company works closely with local communities to improve the knowledge and understanding of the future Vizcachitas Project and of the multiple opportunities that a sustainable mining project like Vizcachitas will bring to the community.
- Royalty Agreement with Ecora Resources: Los Andes closed a royalty agreement with Ecora Resources, a leading royalty and streaming company focused on investing in future-facing commodities. The agreement includes a $20 million cash consideration paid to Los Andes in return for royalty payments equal to 0.25 percent net smelter return royalty on minerals sold on open pit operations and 0.125 percent NSR on underground operations.
- Permit to Restart Drilling: The Second Environmental Court in Chile ruled that Los Andes has complied with all the conditions imposed on July 20, 2022 and is now authorized to restart drilling.
Management Team
Santiago Montt - CEO
With 11 years of experience in the mining sector, Santiago Montt has a law degree from the University of Chile, a J.S.D. law degree (PhD) from Yale University, and a Master's in Public Policy from Princeton University. He has worked for BHP from 2011 to 2021 in various roles: vice-president of corporate affairs for the Americas, VP of ligation (Global), VP of legal Brazil, and VP of legal copper. He is an experienced professional in the areas of stakeholder management, risk management, crisis management, project management and commercial and legal affairs
Antony Amberg - Chief Geologist
Anthony Amber is a chartered geologist with 32 years of diverse experience working in Asia, Africa, and South America. Amberg is a qualified person under NI 43-101. He has managed various exploration projects ranging from grassroots through to JORC-compliant feasibility studies. In 2001, he returned to Chile where he started a geological consulting firm specializing in project evaluation and NI 43-101 technical reports. He began his career in 1986 working with Anglo American in South Africa before moving on to work for the likes of Severin-Southern Sphere, Bema Gold, Rio Tinto and Kazakhstan Minerals Corporation.
Ignacio Melero - Director of Corporate Affairs and Sustainability
Ignacio Melero is a lawyer with a degree from Pontificia Universidad Católica de Chile with vast experience in corporate and community affairs. Before Los Andes, Ignacio was responsible for community affairs at CMPC, having managed community and stakeholder affairs for a number of its pulp and forestry divisions throughout the country. Ignacio has worked for the Government of Chile, in the Ministry General Secretariat of the Presidency. He was responsible for the inter-ministerial coordination of the ChileAtiende project, a multi-service network linking communities, regional governments and public services.
Gonzalo Saldias - Geologist Consultant
Gonzalo Saldias is a geologist with a degree from the Universidad Católica del Norte, Chile, with more than 35 years of experience working within Chile and internationally. He worked for Antofagasta Minerals from 2007 to 2015, and for Placer Dome Latin America for ten years. He also worked for Codelco as head of exploration geology for the El Salvador Division.
Harry Nijjar - Chief Financial Officer
Harry Nijjar holds a CPA CMA designation from the Chartered Professional Accountants of British Columbia and a Bachelor of Commerce from the University of British Columbia. He is a managing director of Malaspina Consultants. Nijjar has been working with public and private companies for the past 10 years in various roles. He is also currently the CFO of Darien Business Development and Clarmin Explorations.
Manuel Matta - Senior Mining and Project Consultant
Manuel Matta is a mining engineer from the University of Chile, with more than 30 years of experience in operations, planning and projects. He worked for Falconbridge and Xstrata as vice-president of projects and development where he led the expansion of the Collahuasi mine. He was also the general manager of Altonorte Smelter in Chile. Matta also worked for Barrick Gold in Chile and the Dominican Republic and was the general manager of Las Cenizas copper mines in Chile.
TNC Advances Mining and Processing Activities at Cloncurry Copper Project
True North Copper Limited (ASX:TNC) (True North, TNC or the Company) is pleased to announce it is progressing mining and processing activities on schedule with the current mine plan at its Cloncurry Copper Project (CCP) in Queensland1.
- Operations at TNC’s Cloncurry Copper Project (CCP) in Queensland continue to ramp up in line with the current CCP mine plan.
- TNC is on track to become Australia’s next copper producer and critical metals supplier in Q1 2025 following the commencement of sulphide processing in the new year.
- Circa 223k Bank Cubic Metres (BCM) of overburden has been mined since mining activities commenced at the Wallace North deposit in July with approximately 22,000t of oxide ore mined and placed on the RoM.
- Oxide ore has been transported to the Great Australia Mine (GAM) since September with approximately 8,300t crushed and stacked on the leach pad to date.
- Irrigation of the leach pad is underway and will improve copper production from TNC’s Solvent Extraction (SX) plant.
- Based on the Mining Restart Study (MRS) announced in February 20246, the CCP is estimated to generate free cash flow of ~$200 million at current copper spot prices over its initial 4.6-year mine life.
- TNC has binding offtake and toll milling agreements with Glencore International AG (Glencore) for 100% of copper concentrate from CCP and toll milling of up to 1Mt of ore per year. TNC currently expects toll milling to commence in Q1 2025.
- TNC is continuing a recruitment campaign to grow its workforce to support its objectives at CCP with the addition of another 28 people for the GAM and Wallace North operations by mid-November.
In July, TNC announced the commencement of mining activities at Wallace North, one of four open-pit deposits making up CCP. Since July, the Company has mined 223k BCM of overburden, including 22,000t of oxide ore which has been placed on the Wallace North RoM to date.
Transportation of oxide ore from the Wallace North pit to the Great Australia Mine (GAM) crushing facility commenced in September. To date, approximately 8,300t has been crushed and stacked on the leach pad and 2,400t remains available to TNC in the current crushing campaign.
Irrigation of the ore has commenced and will contribute to improved copper production from the Solvent Extraction (SX) plant. This is the first new ore mined by TNC which has been added to the heap leach since the Company commissioned the SX plant in 2023.
TNC has binding offtake and toll milling agreements with global commodity trader Glencore International AG for 100% of copper concentrate produced at CCP and toll milling of up to 1Mt of ore per year3. Under the toll milling agreement, sulphide ore will be transported to a third-party concentrator for toll treatment in Q1 2025.
The Wallace North deposit at CCP has an Ore Reserve totalling 0.7Mt (Probable) grading 1.01% Cu and 0.46g/t Au for 6.8kt Cu and 10.0koz Au2.
Click here for the full ASX Release
This article includes content from True North Copper, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
Rimfire Pacific Mining
Company Overview
Rimfire Pacific Mining (ASX:RIM) has its roots in NSW with a long history of exploration activity within some of the world's most prolific mining jurisdictions in Central Western NSW and the Broken Hill districts. With a highly capable and accomplished technical team, the company is committed to employing best-in-class geoscience to discovery Australia's next critical minerals mines.
With a combination of 100% owned assets and JV projects, Rimfire's Lachlan Orogen Projects are on the doorstep of some of Australia's truly great gold-copper porphyry mines such as Northparkes, Cadia and Cowal within a region dominated by major international mining businesses.
In the iconic Broken Hill region which has been a major production centre for base metals, Rimfire is primarily focused on chasing up historical occurrences of cobalt mineralisation and has projects proximate to ASX listed Cobalt Blue Ltd's Broken Hill Cobalt Project.
As a company committed to the discovery of critical minerals orebodies of scale, Rimfire aims to deliver enduring value to shareholders.
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