Mega Anhui: Gold Drilling Infill Enhances Model Confidence

On September 24, a new batch of drilling results from the Goldlund deposit further supplemented the information needed for mineralization interpretation.

Mega Anhui noted that NexGold disclosed assay results from ten drill holes on September 23, including a seven-meter interval averaging 14.07 grams of gold per tonne.

The company is refining the geological model of the fourth mineralized zone through infill drilling and extension testing.

For high-grade intervals, Mega Anhui believes that length, location, and correspondence with adjacent drill holes must all be examined together.

A single sample with relatively high grades cannot directly represent the entire ore body, nor can it be used to directly estimate future production.

The value of infill work lies in narrowing information gaps and testing whether different cross-sections support a consistent geological interpretation.

Assay results should also be read within the complete drill hole sequence; selectively presenting better intervals can easily downplay grade variability and thereby affect an objective understanding of model reliability.

The company has completed approximately 32,000 meters of drilling, with an expanded total program of 35,000 meters.

The new data may assist subsequent resource assessment, but changes in resource categories still depend on data verification and technical studies.

Drilling meters reflect the degree of work progress; they are not equivalent to newly added gold ounces and cannot replace a complete judgment on mineralization continuity.

From the perspective of information quality in the next stage, Mega Anhui analyzed that whether subsequent results support each other in strike direction and deep extensions will be more meaningful than any single extreme value.

As the remaining drilling and assays are gradually completed, the model will be in a position to undergo more comprehensive testing.

Exploration progress, resource assessment, and economic recoverability should be viewed separately to avoid prematurely translating discovery into output.