View Financial HealthCantex Mine Development 配当と自社株買い配当金 基準チェック /06Cantex Mine Development配当金を支払った記録がありません。主要情報n/a配当利回り-13.0%バイバック利回り総株主利回り-13.0%将来の配当利回りn/a配当成長n/a次回配当支払日n/a配当落ち日n/a一株当たり配当金n/a配当性向n/a最近の配当と自社株買いの更新更新なしすべての更新を表示Recent updatesお知らせ • Jun 03Cantex Mine Development Corp Reports Preliminary Flotation Results for North Rackla ProjectCantex Mine Development Corp. had announced highly successful results from preliminary metallurgical flotation testwork on its 100-percent owned 14,077 hectare North Rackla claim block in the Yukon. The company is pursuing multiple options for the sale of lead and zinc from the deposit, which include ore sorting and direct ore shipments which may result in a flowsheet that does not include flotation. The test program, conducted at ALS Kamloops Metallurgy, successfully demonstrated that conventional, industry standard sulphide flotation techniques can effectively separate and produce high-quality, lead and zinc concentrates from both high-grade and low-grade sulphide mineralization as well as a high quality lead concentrate from the near surface oxidized mineralization. The flotation process demonstrated particularly good results for the low-grade sulphide mineralization. All sulphide and oxide composites successfully exceeded the critical commercial benchmark of >45% metal purity for both final lead and zinc concentrates. High-Grade (HG) sulphide composites achieved 85.1% lead recovery (at 53.6% Pb grade) and 80.6% zinc recovery (at a 61.8% Zn grade). Low-Grade (LG) sulphide composites demonstrated exceptional metallurgic resilience, yielding 91.1% lead recovery (at 51.0% Pb grade) and 88.4% zinc recovery (at 51.0% Zn grade). Silver reports predominantly to the lead concentrate, delivering stellar grades of 960 g/t Ag (HG), 532 g/t Ag (LG) and 410 g/t Ag (Ox) representing a high-margin revenue driver. Testwork confirms an optimized primary grind size of 75 microns ensures maximum mineral liberation which allows the use of industry standard plant designs. The flotation process is typically broken down into rougher and cleaner stages. The rougher stage is meant to maximize recovery at the coarsest grind possible, while the cleaner circuit is responsible for achieving a saleable concentrate. Initial rougher testwork on the LG, HG, and Oxide samples evaluated primary grind sizes of 150um and 75um. The finer 75um grind size demonstrated a significant improvement in overall metallurgical performance, showing excellent recovery under standard lead and zinc flotation conditions. Achieving both high recovery and acceptable concentrate grade often requires additional grinding to liberate the valuable minerals, and adjusting the chemistry to cause unwanted particles to be depressed, leaving only the purest lead or zinc containing minerals behind. Cleaner flotation typically involves multiple stages. In the tests completed during this study, regrinding to a particles size between a P80 of 15 µm and a P80 of 25 µm were used for both the lead and zinc concentrates, as well as two cleaner stages were completed for each of the lead and zinc rougher concentrates. Cleaner circuit testing demonstrated high recoveries to lead and zinc concentrates with desirable metal grades. The low-grade sample produced exceptional results. The lead concentrate recovered 91.1% of the lead from the sample and assayed 51% lead. The zinc concentrate recovered 88.4% of the zinc and assayed 51% zinc. The lead concentrate contains substantial silver (532 g/t). The zinc concentrate contains 100 g/t silver and based upon previous testing is expected to contain substantial germanium. Additional work is being conducted on the germanium recovery. Both the lead and zinc concentrates comprised 7.9% of the original sample size. The high-grade sample also produced encouraging results. The lead concentrate recovered 85.1% of the lead from the sample and assayed 53.6% lead. The zinc concentrate recovered 80.6% of the zinc and assayed 61.8% zinc. The lead concentrate contains substantial silver (960 g/t). The zinc concentrate contains 74 g/t silver and based upon previous testing is expected to contain substantial germanium. The lead and zinc concentrates comprised 4.3% and 5.4% of the original sample weight respectively. Consistent with typical near-surface oxide mineralization processed through a standard sulphide circuit, overall zinc recovery was poor, prompting metallurgical focus to pivot exclusively toward lead and silver recovery. Cleaner testwork successfully proved that a high-quality, saleable lead concentrate grading 53.0% Pb and 410 g/t Ag can be produced from this material. It also demonstrates that the process also results in substantial reduction of mass, with the concentrate comprising only 2.1% of the original sample weight. Though oxide mineralization represents a minor component of the deposit, it is promising that it adds value, as prior to this study the surficial oxides were regarded as waste. The second cleaner flotation testing on all composites yielded highly encouraging commercial products: High-Grade Composite (KM7852-10): Generated a lead concentrate grading 53.6% Pb and 960 g/t Ag, alongside a premium zinc concentrate grading 61.8% Zn. A mass pull of just 4.3% for lead and 5.4% for zinc indicates highly favorable, low-volume shipping economics. Low-Grade Composite (KM7852-08): Proved the chemical resilience of the ore, recovering 91.1% of the lead to a 51.0% Pb concentrate, and 88.4% of the zinc to a 51.0% Zn concentrate. Oxide Material (KM7852-09): Successfully proved that a high-quality, saleable lead concentrate grading 53.0% Pb and 410 g/t Ag can be produced. This confirms that the near-surface oxide cap could be commercialized as a valuable starter feed rather than treated as waste rock. Total mass pull is small, ranging from 2.1% for the lead concentrate for the oxide mineralization to 7.9% for each of the low-grade lead and zinc concentrates. This means one would only ship 2.1 tons of lead concentrate for every 100 tons of oxide mineralization mined, or 7.9 tons of each the lead and zinc concentrates for 100 tons mined of the low-grade mineralization. The high-grade lead concentrate captured 9.6% of the available zinc. Future flowsheet fine-tuning will focus on having this zinc report to the zinc concentrate, providing a pathway to further boost overall zinc recovery and optimize concentrate terms. The preliminary metallurgical flotation testwork confirms that conventional processing achieves premium, highly saleable products.Board Change • May 20Less than half of directors are independentNo new directors have joined the board in the last 3 years. The company's board is composed of: No new directors. 1 experienced director. 4 highly experienced directors. 2 independent directors (3 non-independent directors). Independent Director Vern Frolick was the last independent director to join the board, commencing their role in 2003. The following issues are considered to be risks according to the Simply Wall St Risk Model: Minority of independent directors. Insufficient board refreshment.お知らせ • Apr 25Cantex Mine Development Corp Provides Update On Metallurgical Test Work ProgramCantex Mine Development Corp. started the metallurgical program in January 2026, which was designed to evaluate pre-concentration by X-Ray Transmission sorting, mineralogy, comminution characteristics, etc. for three composites that cover different mineralization types in the deposit. The three composites were selected to represent the range of mineralization styles seen across both the strike length and depth extent of the mineralization. The composites consist of half split HQ drill core. Oxide Composite. High Grade Sulphide Composite. Low Grade Sulphide Composite. The testwork program was split into 2 components: sorting test work to identify opportunities to pre-concentrate mill feed, conducted at Base Met Labs, and the conventional processing testwork conducted at ALS Kamloops Metallurgy, an independent metallurgical laboratory specializing in base and precious metal process development. Sorting amenability was carried out on a sample of 100 pieces of drill core which covered a range of lead, zinc, silver, and sulphur grades and included samples from all 3 zone types currently under testing. The results confirmed excellent differentiation between mineralization-rich rock and barren host rock, achieving strong pre-concentration performance across the tested size fractions. Core samples from multiple mineralized zones were subjected to sensor-based sorting using X-ray transmission (XRT) technology. XRT is a technology that differentiates rocks based on atomic density. As such, it is able to discern dense silver-lead-zinc-germanium bearing rocks from lighter unmineralized country rock. In this test, the individual pieces of drill core measured approximately 10cm in length. The curve demonstrates that 95.0%, 97.8%, and 97.9% of the silver, zinc, and lead report to a concentrate stream containing 70% of the mass.決済の安定と成長配当データの取得安定した配当: DHDの 1 株当たり配当が過去に安定していたかどうかを判断するにはデータが不十分です。増加する配当: DHDの配当金が増加しているかどうかを判断するにはデータが不十分です。配当利回り対市場Cantex Mine Development 配当利回り対市場DHD 配当利回りは市場と比べてどうか？セグメント配当利回り会社 (DHD)n/a市場下位25% (DE)1.5%市場トップ25% (DE)4.7%業界平均 (Metals and Mining)1.5%アナリスト予想 (DHD) (最長3年)n/a注目すべき配当: DHDは最近配当金を報告していないため、配当金支払者の下位 25% に対して同社の配当利回りを評価することはできません。高配当: DHDは最近配当金を報告していないため、配当金支払者の上位 25% に対して同社の配当利回りを評価することはできません。株主への利益配当収益カバレッジ: DHDの 配当性向 を計算して配当金の支払いが利益で賄われているかどうかを判断するにはデータが不十分です。株主配当金キャッシュフローカバレッジ: DHDが配当金を報告していないため、配当金の持続可能性を計算できません。高配当企業の発掘7D1Y7D1Y7D1YDE 市場の強力な配当支払い企業。View Management企業分析と財務データの現状データ最終更新日（UTC時間）企業分析2026/06/17 23:11終値2026/06/17 00:00収益2026/01/31年間収益2025/07/31データソース企業分析に使用したデータはS&P Global Market Intelligence LLC のものです。本レポートを作成するための分析モデルでは、以下のデータを使用しています。データは正規化されているため、ソースが利用可能になるまでに時間がかかる場合があります。パッケージデータタイムフレーム米国ソース例会社財務10年損益計算書キャッシュ・フロー計算書貸借対照表SECフォーム10-KSECフォーム10-Qアナリストのコンセンサス予想+プラス3年予想財務アナリストの目標株価アナリストリサーチレポートBlue Matrix市場価格30年株価配当、分割、措置ICEマーケットデータSECフォームS-1所有権10年トップ株主インサイダー取引SECフォーム4SECフォーム13Dマネジメント10年リーダーシップ・チーム取締役会SECフォーム10-KSECフォームDEF 14A主な進展10年会社からのお知らせSECフォーム8-K* 米国証券を対象とした例であり、非米国証券については、同等の規制書式および情報源を使用。特に断りのない限り、すべての財務データは1年ごとの期間に基づいていますが、四半期ごとに更新されます。これは、TTM（Trailing Twelve Month）またはLTM（Last Twelve Month）データとして知られています。詳細はこちら。分析モデルとスノーフレークこのレポートを生成するために使用した分析モデルの詳細は、当社の Github ページ でご覧いただけます。また、レポートの使い方に関する ガイド や YouTube の チュートリアル もご用意しています。シンプリー・ウォールストリート分析モデルを設計・構築した世界トップクラスのチームについてご紹介します。業界およびセクターの指標私たちの業界とセクションの指標は、Simply Wall Stによって6時間ごとに計算されます。アナリスト筋Cantex Mine Development Corp. 0 これらのアナリストのうち、弊社レポートのインプットとして使用した売上高または利益の予想を提出したのは、 。アナリストの投稿は一日中更新されます。0
お知らせ • Jun 03Cantex Mine Development Corp Reports Preliminary Flotation Results for North Rackla ProjectCantex Mine Development Corp. had announced highly successful results from preliminary metallurgical flotation testwork on its 100-percent owned 14,077 hectare North Rackla claim block in the Yukon. The company is pursuing multiple options for the sale of lead and zinc from the deposit, which include ore sorting and direct ore shipments which may result in a flowsheet that does not include flotation. The test program, conducted at ALS Kamloops Metallurgy, successfully demonstrated that conventional, industry standard sulphide flotation techniques can effectively separate and produce high-quality, lead and zinc concentrates from both high-grade and low-grade sulphide mineralization as well as a high quality lead concentrate from the near surface oxidized mineralization. The flotation process demonstrated particularly good results for the low-grade sulphide mineralization. All sulphide and oxide composites successfully exceeded the critical commercial benchmark of >45% metal purity for both final lead and zinc concentrates. High-Grade (HG) sulphide composites achieved 85.1% lead recovery (at 53.6% Pb grade) and 80.6% zinc recovery (at a 61.8% Zn grade). Low-Grade (LG) sulphide composites demonstrated exceptional metallurgic resilience, yielding 91.1% lead recovery (at 51.0% Pb grade) and 88.4% zinc recovery (at 51.0% Zn grade). Silver reports predominantly to the lead concentrate, delivering stellar grades of 960 g/t Ag (HG), 532 g/t Ag (LG) and 410 g/t Ag (Ox) representing a high-margin revenue driver. Testwork confirms an optimized primary grind size of 75 microns ensures maximum mineral liberation which allows the use of industry standard plant designs. The flotation process is typically broken down into rougher and cleaner stages. The rougher stage is meant to maximize recovery at the coarsest grind possible, while the cleaner circuit is responsible for achieving a saleable concentrate. Initial rougher testwork on the LG, HG, and Oxide samples evaluated primary grind sizes of 150um and 75um. The finer 75um grind size demonstrated a significant improvement in overall metallurgical performance, showing excellent recovery under standard lead and zinc flotation conditions. Achieving both high recovery and acceptable concentrate grade often requires additional grinding to liberate the valuable minerals, and adjusting the chemistry to cause unwanted particles to be depressed, leaving only the purest lead or zinc containing minerals behind. Cleaner flotation typically involves multiple stages. In the tests completed during this study, regrinding to a particles size between a P80 of 15 µm and a P80 of 25 µm were used for both the lead and zinc concentrates, as well as two cleaner stages were completed for each of the lead and zinc rougher concentrates. Cleaner circuit testing demonstrated high recoveries to lead and zinc concentrates with desirable metal grades. The low-grade sample produced exceptional results. The lead concentrate recovered 91.1% of the lead from the sample and assayed 51% lead. The zinc concentrate recovered 88.4% of the zinc and assayed 51% zinc. The lead concentrate contains substantial silver (532 g/t). The zinc concentrate contains 100 g/t silver and based upon previous testing is expected to contain substantial germanium. Additional work is being conducted on the germanium recovery. Both the lead and zinc concentrates comprised 7.9% of the original sample size. The high-grade sample also produced encouraging results. The lead concentrate recovered 85.1% of the lead from the sample and assayed 53.6% lead. The zinc concentrate recovered 80.6% of the zinc and assayed 61.8% zinc. The lead concentrate contains substantial silver (960 g/t). The zinc concentrate contains 74 g/t silver and based upon previous testing is expected to contain substantial germanium. The lead and zinc concentrates comprised 4.3% and 5.4% of the original sample weight respectively. Consistent with typical near-surface oxide mineralization processed through a standard sulphide circuit, overall zinc recovery was poor, prompting metallurgical focus to pivot exclusively toward lead and silver recovery. Cleaner testwork successfully proved that a high-quality, saleable lead concentrate grading 53.0% Pb and 410 g/t Ag can be produced from this material. It also demonstrates that the process also results in substantial reduction of mass, with the concentrate comprising only 2.1% of the original sample weight. Though oxide mineralization represents a minor component of the deposit, it is promising that it adds value, as prior to this study the surficial oxides were regarded as waste. The second cleaner flotation testing on all composites yielded highly encouraging commercial products: High-Grade Composite (KM7852-10): Generated a lead concentrate grading 53.6% Pb and 960 g/t Ag, alongside a premium zinc concentrate grading 61.8% Zn. A mass pull of just 4.3% for lead and 5.4% for zinc indicates highly favorable, low-volume shipping economics. Low-Grade Composite (KM7852-08): Proved the chemical resilience of the ore, recovering 91.1% of the lead to a 51.0% Pb concentrate, and 88.4% of the zinc to a 51.0% Zn concentrate. Oxide Material (KM7852-09): Successfully proved that a high-quality, saleable lead concentrate grading 53.0% Pb and 410 g/t Ag can be produced. This confirms that the near-surface oxide cap could be commercialized as a valuable starter feed rather than treated as waste rock. Total mass pull is small, ranging from 2.1% for the lead concentrate for the oxide mineralization to 7.9% for each of the low-grade lead and zinc concentrates. This means one would only ship 2.1 tons of lead concentrate for every 100 tons of oxide mineralization mined, or 7.9 tons of each the lead and zinc concentrates for 100 tons mined of the low-grade mineralization. The high-grade lead concentrate captured 9.6% of the available zinc. Future flowsheet fine-tuning will focus on having this zinc report to the zinc concentrate, providing a pathway to further boost overall zinc recovery and optimize concentrate terms. The preliminary metallurgical flotation testwork confirms that conventional processing achieves premium, highly saleable products.
Board Change • May 20Less than half of directors are independentNo new directors have joined the board in the last 3 years. The company's board is composed of: No new directors. 1 experienced director. 4 highly experienced directors. 2 independent directors (3 non-independent directors). Independent Director Vern Frolick was the last independent director to join the board, commencing their role in 2003. The following issues are considered to be risks according to the Simply Wall St Risk Model: Minority of independent directors. Insufficient board refreshment.
お知らせ • Apr 25Cantex Mine Development Corp Provides Update On Metallurgical Test Work ProgramCantex Mine Development Corp. started the metallurgical program in January 2026, which was designed to evaluate pre-concentration by X-Ray Transmission sorting, mineralogy, comminution characteristics, etc. for three composites that cover different mineralization types in the deposit. The three composites were selected to represent the range of mineralization styles seen across both the strike length and depth extent of the mineralization. The composites consist of half split HQ drill core. Oxide Composite. High Grade Sulphide Composite. Low Grade Sulphide Composite. The testwork program was split into 2 components: sorting test work to identify opportunities to pre-concentrate mill feed, conducted at Base Met Labs, and the conventional processing testwork conducted at ALS Kamloops Metallurgy, an independent metallurgical laboratory specializing in base and precious metal process development. Sorting amenability was carried out on a sample of 100 pieces of drill core which covered a range of lead, zinc, silver, and sulphur grades and included samples from all 3 zone types currently under testing. The results confirmed excellent differentiation between mineralization-rich rock and barren host rock, achieving strong pre-concentration performance across the tested size fractions. Core samples from multiple mineralized zones were subjected to sensor-based sorting using X-ray transmission (XRT) technology. XRT is a technology that differentiates rocks based on atomic density. As such, it is able to discern dense silver-lead-zinc-germanium bearing rocks from lighter unmineralized country rock. In this test, the individual pieces of drill core measured approximately 10cm in length. The curve demonstrates that 95.0%, 97.8%, and 97.9% of the silver, zinc, and lead report to a concentrate stream containing 70% of the mass.