Millrock Resources Inc. (TSX-V: MRO) (OTCQX: MLRKF) is pleased to announce that PolarX (ASX: PXX) has issued a press release announcing results for two further drill holes that intersected the Zackly high-grade copper-gold deposit situated on the Alaska Range Project. Drilling was completed in late September of 2017.
The work was executed by Millrock on behalf of PolarX. Millrock presently owns 10.74% of the issued and outstanding shares of PolarX and is entitled to certain milestone and royalty payments on portions of the project.
Assay results from the first five holes drilled into the zone intersected copper and gold mineralization from near-surface, as were reported in an earlier press release. The two additional holes now reported by PolarX further confirm the grade and thickness of the deposit.
The highlights of the results are:
|Hole ID||From (m)||To (m)||Down-Hole Interval (m)*||Cu %||Au g/t|
Note: The mineralized intervals reported are down-hole, measured thickness. There is insufficient interpretation of the mineralization to confidently report “true widths”. However, it is noted that the mineralized lenses appear to be relatively steeply dipping. As such, “true widths”, depending on hole dip angle, will be 50% to 60% of the reported down-hole, measured thickness.
The detailed PolarX press release can be read here.
Additional assay results from the remaining holes of the drill program will be available in January.
Quality Control — Quality Assurance
Millrock adheres to stringent Quality Assurance — Quality Control standards. Drill core samples are kept in a secure location at all times. Representative quarter-core samples were collected and assayed at ALS Chemex laboratories in Vancouver, Canada and Reno, Nevada, USA. Gold was analyzed by Fire Assay (specifically ALS code Au-AA25 — Au by fire assay and AAS using a 30g nominal sample weight). Other elements (33 in total including copper) were analyzed using ALS method code ME-ICP61 which involves a four-acid digest and an ICP-MS finish. Over range (Cu >= 1%) was analyzed using ALS method code ME-OG62 which involves a four-acid digest and an ICP-AES or AAS finish. The following QA/QC protocols have been adopted for this program: 1) Duplicates were created as coarse crush duplicates on every 20th sample in the sample preparation process at the laboratory, and 2) Blanks every 20th sample, and 3) Standards — Certified Reference Material (CRM’s) every 20th sample plus additional random insertions at supervising geologist’s discretion. All results from blanks, standards and duplicates were reviewed and found to be accurate within acceptable tolerances for results obtained to date.
The scientific and technical information disclosed within this document has been prepared, reviewed and approved by Gregory A. Beischer, President, CEO and a director of Millrock Resources. Mr. Beischer is a Qualified Person as defined in NI 43-101.
About Millrock Resources Inc.
Millrock Resources Inc. is a premier project generator to the mining industry. Millrock identifies, packages and operates large-scale projects for joint venture, thereby exposing its shareholders to the benefits of mineral discovery without the usual financial risk taken on by most exploration companies. The company is active in Alaska, British Columbia, the southwest USA and Sonora State, Mexico. Funding for drilling at Millrock’s exploration projects is primarily provided by its joint venture partners. Business partners of Millrock have included some of the leading names in the mining industry: Centerra Gold, First Quantum, Teck, Kinross, Vale, Inmet, Altius, and Riverside. Millrock is a major shareholder of junior explorers PolarX Limited. and Sojourn Exploration Inc.
Velocity Minerals (TSX-V: VLC) is a Maven portfolio... READ MORE
Commodities will reign supreme as a new supercycle starts. ... READ MORE
Listen to the Interview with Larry Reaugh of American manganese H... READ MORE
Southern Silver Exploration Corp. (TSX-V: SSV) reported today tha... READ MORE
eCobalt Solutions Inc. (TSX:ECS) (OTCQX:ECSIF) is pleased to repo... READ MORE