Extensive High-Grade Titanium Zones Confirmed

Empire Metals Limited (LON: EEE, OTCQB: EPMLF), the AIM-listed and OTCQB-traded resource exploration and development company, is pleased to announce highly successful results from its recently completed Air Core ('AC') drilling programme at the Pitfield Project in Western Australia ('Pitfield').

This latest phase of drilling has further defined widespread and continuous, high-grade titanium dioxide ('TiO₂') mineralisation within the in-situ weathered cap, extending from surface to depths of over 50 metres. These results represent the next step in developing a globally significant titanium resource at Pitfield whilst also delivering significant bulk sample material for further processing testwork.

Highlights

• 85 AC holes drilled over 4,437m, with 43 holes at Thomas and 42 holes at Cosgrove Prospects.
• Broad, continuous, high-grade zones identified in every hole, with an average weathered interval grade of 5.77% TiO₂.
• Standout intercepts include:

o 60m @ 6.30% TiO₂ from surface (AC25COS001)

o 56m @ 7.15% TiO₂ from surface (AC25COS042)

o 51m @ 7.88% TiO₂ from surface (AC25TOM039)

o 57m @ 7.48% TiO₂ from surface (AC25TOM040)

o 52m @ 7.43% TiO₂ from surface (AC25TOM042)

• Cosgrove Prospect revealed multiple zones exceeding 10% TiO₂, including 14m @ 11.66% TiO₂ from 2m depth.
• Thomas Prospect continues to impress with intercepts including 49m @ 7.49% TiO₂ and rich internal zones up to 11.67% TiO₂.

This campaign not only delivered over 70 tonnes of metallurgical bulk samples but also produced analytical data that will directly inform the planning of a maiden JORC-compliant Mineral Resource Estimate, targeted for Q3 2025.

Total drilling at Pitfield has surpassed 22,000m across 202 holes, providing a robust geological foundation ahead of resource definition.

Shaun Bunn, Managing Director, said: "These exceptional results demonstrate the sheer scale and quality of titanium mineralisation at Pitfield. The consistency of high-grade intervals from near-surface, along with the depth and continuity of weathering, has surpassed our expectations. The bulk samples will now feed directly into upscaled metallurgical testwork aimed at fast-tracking product development."

AC Drill Results Summary

The drilling campaign consisted of 85 AC drillholes for a total 4,437m drilled, that both tested the extent of, and bulk sampled, the high-grade zones of titanium mineralisation that were previously discovered within the strongly weathered cap covering this giant, titanium-rich mineral system.

The drilling focused on areas within the Thomas and Cosgrove Prospects. These areas contained thick, highly weathered in-situ zones of high-grade titanium mineralisation, previously identified from reverse circulation ('RC') and diamond drillholes ('DD'). The total combined drilling covered an area over 60 hectares, on a 100m by 100m grid, with the following key results:

Thomas Prospect:

o 43 AC drill holes for a total 2,326m, drilled

§ Average hole depth of 54.1m

§ Average grade of 6.20% TiO2 from 1,148 samples

Cosgrove Prospect:

o 42 AC drill holes for a total 2,111m drilled

§ Average hole depth of 50.3m

§ Average grade of 5.34% TiO2 from 1,060 samples

Two drill holes at each prospect were "twin holes", designed to validate the geological and assay data quality of the AC drill holes, focusing on the weathered portion of three existing RC drillholes and one diamond core drill hole located within the target areas.

The drill programme confirmed thick, strongly weathered zones of high-grade titanium mineralisation of between 7% and 10% TiO2 at both the Thomas and Cosgrove Prospects, with assays peaking up to 18% (refer Table 1). Importantly, all drill holes confirmed continuous mineralisation, with an average grade of 5.79% TiO2 from 2,208 samples.

Table 1: Significant intercepts from February 2025 AC Drilling

Pitfield Project Combined Drilling Summary 2023-2025

The Company completed its maiden reconnaissance drilling programme at the Pitfield Project in early 2023 (announced 24 April 2023), which consisted of 21 RC drill holes focused mainly to the north of the giant mineral system, near Mt Scratch. The Company executed two further drill campaigns in late 2023, a three-hole DD drill programme, which confirmed the mineralisation to a depth of over 350m below surface (announced 20 November 2023) and a 40-hole RC drill programme which confirmed the high-grade, near surface mineralisation at what is now referred to as the Thomas and Cosgrove Prospects (announced 22 January 2024).

Further RC and DD campaigns were carried out in early 2024, which identified the much higher grade, in-situ weathered cap and confirmed the presence of clean, titanium dioxide minerals (anatase and rutile) which occur as a result of the natural weathering of the interbedded in-situ sediments near surface (announced 5 June 2024). A subsequent DD drilling campaign (announced 24 October 2024) encountered extensive weathered zones from very near surface to depths of around 60 metres, nearly double that previous encountered at the Cosgrove and Thomas prospects, confirming the extremely soft and friable nature of the bedded sandstones in this weathered zone.

With the successful completion of the recent 85-hole AC drilling campaign the total exploration drilling completed at the Pitfield Project now stands at:

Figure 1 below shows all the prior drill holes across the mineralised system and the recent AC drilling at the high-grade target areas within the Cosgrove and Thomas Prospects.

Figure 1. Pitfield Project Drill Hole Collar Location

February 2025 AC Drilling Programme

Cosgrove Prospect

Drilling at Cosgrove was focused on a priority area off approximately 500m by 600m (refer Figure 2).

The weathered zone interval width from this drill programme confirmed previous drilling in the area, however the average TiO2 grades for each drill hole were higher than any prior programme.

There are broad zones of high-grade mineralisation over the weathered zone, for example 60m at 6.30% TiO2 from surface [AC25COS001] and 56m @ 7.15% TiO2 from surface [AC25COS042]. The depth of weathering of the Cosgrove drill area was shown to be on average 50.1m and contains very high-grade intervals of mineralisation of up to 18% TiO2.

There are broad zones of high-grade mineralisation close to surface, for example 14m at 11.66% TiO2 from 2m [AC25COS036] and 18m at 10.00% TiO2 from 10m [AC25COS036].

All 42 drill holes confirmed the continuity of high-grade TiO2 mineralisation, with total hole average grades ranging from 3.48% to 7.15% TiO2. The overall average grade from the 1,060 assayed samples is 5.34% TiO2.

Figure 2. Air Core drillhole collar locations within the Cosgrove Prospect priority area.

Thomas Prospect

Drilling at Thomas was focused on a priority area of approximately 300m by 1,000m (refer Figure 3).

The depth of weathering at Thomas was consistently deeper than that encountered at Cosgrove, with the deepest AC drill hole reaching 66m from surface.

There are broad zones of high-grade mineralisation over the weathered zone, for example 57m @ 7.48% TiO2 from surface [AC25TOM040] and 49m @ 7.49% TiO2 from surface [AC25TOM021]. There are broad zones of high-grade mineralisation close to surface, for example 16m at 10.00% TiO2 from 6m [AC25TOM040] and 14m at 10.06% TiO2 from 4m [AC25TOM041].

All 43 drill holes confirmed the continuity of high-grade TiO2 mineralisation, with total hole average grades ranging from 4.41% to 7.88% TiO2. The overall average grade from the 1,148 assayed samples is 6.20% TiO2.

Figure 3. Air Core drill hole collar locations within the Thomas Prospect priority area.

Next Steps:

Acceleration of Mineral Resource Estimate ('MRE') Drill Programme

Based on the highly encouraging AC drill campaign results the Company is planning an enlarged programme of works at the Thomas and Cosgrove Prospects. Results from the AC, RC and DD drilling indicate the potential for a significant mineral resource at both prospects. The strategic importance of a resource for Empire Metals is significant for the company moving forward with the project. As such planning has begun on generating a MRE, which will include RC and AC drilling, with the drilling focused on a significantly expanded target area.

Interpretation of the drilling data highlights the Thomas Prospect as the best place to drill the initial resource due to the better consistency of geology and grade with thicker zones of weathering. A second phase of drilling will be planned in late 2025 to drill a resource at the Cosgrove prospect.

Metallurgical Test Programme

The broad zones of high-grade mineralisation encountered at or near surface within the in-situ weathered cap have been shown to hold the highest percentage of the most important titanium bearing minerals, anatase and rutile, and these will form the primary feedstock for the upscaled metallurgical test work programme.

The Pitfield Titanium Project

Figure 4. Pitfield Project Location showing the Mid-West Region Infrastructure and Services