Max Resource Reports 4.8% Copper and 51 g/t Silver Over 25-Metres at the New SP Target, CESAR North, NE Colombia

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Algemeen advies 02/09/2021 11:31
Vancouver B.C., September 2, 2021 – MAX RESOURCE CORP. (“Max” or the “Company”) (TSX.V: MXR; OTC: MXROF; Frankfurt: M1D2) is pleased to report initial assay results for “SP”, a new target located midway along the CESAR North 80-kilometre-long belt, in line with the four previous discoveries the URU, CONEJO, AMN and AMS zones, within the wholly-owned CESAR project in North Eastern Colombia (refer to Figures 1 and 2).

Copper Silver Width Sample #

4.8% 51 g/t 25-metre 876502

1.0% 6 g/t 25-metre 876509

6.3% 47 g/t 0.5-metre 867233

12.4% 162 g/t float 876130

Table 1. Rock sample results of 1.0% copper and above.

Presently, the SP target spans over 1.6-kilometres and is open in all directions. The reconnaissance composite grab sampling over 25-metres averaging 4.8% copper and 51 g/t silver is considered very significant, as is indicates the presence of a higher copper and silver grades within each 25-metre interval. This first pass sampling program is to be followed up with trenching and detailed chip channel sampling.

“In 2021 alone, Max’s in-country team have now identified three new copper-silver discoveries spanning along the CESAR North 80-kilometre-long belt, showing the importance of identifying the extent of the copper-silver rich mineralization,” commented Max CEO, Brett Matich.

"In addition to these new results, Max looks forward to reporting continued results from the CONEJO and URU zones located along the CESAR North 80-kilometre-long copper-silver belt," he continued.

"World demand for copper continues to increase because it is the key metal for the green revolution's move to electric vehicles, solar, wind and clean power grid infrastructure. Combined with copper's declining reserve base, new discoveries of copper are essential to replace depleting reserves. The potential district-size of the CESAR discoveries positions Max to take advantage of the copper shortfalls," he concluded.

Max interprets the sediment-hosted stratabound copper-silver mineralization in the Cesar basin to be analogous to both the Central African Copper Belt (CACB) to the south and the Polish Kupferschiefer to the north. Almost 50% of the copper known to exist in sediment-hosted deposits is contained in the CACB, including Ivanhoe Mines Ltd (TSX: IVN) 95-billion-pound Kamoa-Kakula copper deposits in the Congo.

Kupferschiefer, the world’s largest silver producer and Europe’s largest copper source, is a mining orebody of 0.5 to 5.5-metres thick at depths of 500-metres, grading 1.49% copper and 48.6 g/t silver. The silver yield is almost twice the production of the world’s second largest silver mine.

Source: Central African Belt Descriptive models, grade-tonnage relations, and databases for the assessment of sediment-hosted copper deposits with emphasis on deposits in the Central Africa Copperbelt, Democratic Republic of the Congo and Zambia by USGS 2010. Kamoa-Kakula by OreWin March 2020. World Silver Survey 2020 and Kupferschiefer Deposits & Prospects in SW Poland, September 27, 2019. Max cautions investors that the presence of copper mineralization of the Central African Copper Belt and the Polish Kupferschiefer are not necessarily indicative of similar mineralization at CESAR.

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All CESAR rock chip samples are shipped to ALS Lab's sample preparation facility in Medellin, Columbia. Sample pulps are then sent to Lima, Peru, for analysis. All samples are analyzed using ALS procedure ME-MS41, a four-acid digestion with inductively coupled plasma finished. Over-limit copper and silver are determined by ALS procedure OG-62, a four-acid digestion with an atomic absorption spectroscopy finish. ALS Labs is independent from Max.

Max uses standard chip and channel sampling where possible, but also relies on composite grab sampling. Max considers composite grab samples to be representative but cautions investors that individual grab samples can be selective and may not be representative of continuous mineralization at CESAR.

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