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    Strategic Minerals - Redmoor-Results Expand Modelled Orebody

    Picture of Strategic Minerals logoStrategic Minerals
    05/02/2026 07:00
    RNS Number : 7832R

Strategic Minerals PLC

05 February 2026

 

 

The information contained within this announcement is deemed by the Company to constitute inside information as stipulated under the Market Abuse Regulations (EU) No. 596/2014 ('MAR') which has been incorporated into UK law by the European Union (Withdrawal) Act 2018.

 

05 February 2026

 

Strategic Minerals plc

("Strategic Minerals" or the "Company")

Redmoor - Pad 2 Results Expand Previously Modelled Orebody

 

Latest drill results confirm presence of SVS mineralisation in the previously untested Redmoor Exploration Target - expanding the previously modelled orebody, including further high-grade tungsten and high-grade tin results

Strategic Minerals plc (AIM: SML; USOTC: SMCDF), an international mineral exploration and production company, announces that its wholly owned subsidiary, Cornwall Resources Limited ("CRL"), has received assay results from drillholes CRD038 and CRD040 - the remaining holes from Pad 2 (of 3) within the Redmoor Tungsten-Tin-Copper Project ("Redmoor") in southeast Cornwall. The results include further confirmation of high grades of tungsten and tin within the Sheeted Vein System ("SVS"). Final drillhole results from Pad 3 are expected to be delivered in the near term, ahead of the forthcoming MRE update.

CRD038 was aimed at testing the uppermost extent of the Redmoor JORC (2012) Exploration Target (the "Exploration Target") to identify the presence of SVS mineralisation, and CRD040 was aimed at twinning*1 historical drillhole (RM80_16B).  Both holes are located within the high-grade, tin-dominant portion of the Redmoor deposit. The results indicate that both objectives have been achieved.

HIGHLIGHTS

·    Successful identification of SVS mineralisation within the margins of the Exploration Target, supports the potential for any future expansion drilling to test and potentially convert further portions of the 4-8 Mt Exploration Target from the 2019 MRE to Mineral Resources, subject to further drilling and estimation.

·    CRD038 intersected high-grade SVS mineralisation within the Exploration Target, with:

o  The reported intersection being consistent with the recently updated deposit model, therefore confirming the Company's confidence in the model; and

o  Providing additional geological support for the new deposit model ahead of the forthcoming Mineral Resource Estimate ("MRE") update.

·    CRD038 and CRD040 both intersected SVS mineralisation containing high-grade tungsten and high-grade tin zones from a tin-dominant section of the Redmoor deposit, including significant copper; with CRD038 identifying a wide zone of continuous mineralisation returning 18.80m @ 0.38% WO3, 0.15% Sn & 0.32% Cu (0.59% WO3.Eq) from 444.50 m. See further drillhole intersection highlights below.

·    Positive twinning results from CRD040, which further reinforce the validity of the 1980s datasets and their potential for inclusion in the Redmoor deposit model, providing more data for the forthcoming MRE, and associated time and cost savings for the planned infill drilling campaign, shortening the timeline to prefeasibility study ("PFS") by reducing the total drilling requirement.

DRILLHOLE HIGHLIGHTS

Highlights from drillhole CRD038:

·    CRD038 intersected previously untested high-grade zones within SVS structures in this section of the Redmoor deposit from 308.47m to 554.15m, confirming mineralisation within the margins of the Exploration Target.

·    Wide zone of continuous mineralisation returning 18.80m @ 0.38% WO3, 0.15% Sn & 0.32% Cu (0.59% WO3.Eq) from 444.50 m

·    Multiple high-grade intervals dominated by tungsten, tin or copper were identified with results including: 5.49% WO3 over 0.7m from 456.50m; 0.86% Sn over 0.92m from 454.00m; and 1.67% Cu over 1.64m from 534.00m.

High-grade tungsten, tin and copper from both Lode-style and SVS-style mineralisation:

·    1.05m @ 0.73% WO3, 0.79% Sn & 1.05% Cu (1.66% WO3.Eq) from 408.95 m

·    4.00m @ 1.26% WO3, 0.29% Sn & 0.61% Cu (1.66% WO3.Eq) from 454.00 m, with

o  0.70m @ 5.49% WO3, 0.17% Sn & 0.41% Cu (5.75% WO3.Eq) from 456.50 m

·    1.00m @ 1.14% WO3, 0.03% Sn & 0.02% Cu (1.17% WO3.Eq) from 462.30 m

·    1.15m @ 0.74% WO3, 0.06% Sn & 1.37% Cu (1.15% WO3.Eq) from 486.05 m

·    0.58m @ 2.31% WO3, 0.02% Sn & 0.18% Cu (2.37% WO3.Eq) from 506.50 m

Highlights from drillhole CRD040:

·    With a wide zone of continuous tin mineralisation was identified returning 14.11m @ 0.35% Sn, 0.03% WO3, & 0.02% Cu (0.33% WO3.Eq) from 312.00 m

·    High-grade silver mineralisation was identified with a 0.80m interval returning @ 1.46% Sn, 0.01% WO3, & 2.31% Cu (1.83% WO3.Eq) and 43.6g/t Ag*2 from 410.20 m

High-grade tin-dominant zones with significant copper mineralisation in CRD040 include:

·    4.77m @ 0.74% Sn, 0.06% Cu & 0.06% WO3 (0.68% WO3.Eq) from 317.23 m, with

o  1.72m @ 1.15% Sn, 0.09% Cu & 0.13% WO3 (1.10% WO3.Eq) from 318.28 m

·    1.10m @ 0.97% Sn, 1.51% Cu & 0.02% WO3, (1.22% WO3.Eq) from 387.00 m

·    0.62m @ 2.85% Sn, 0.25% Cu & 0.01% WO3, (2.41% WO3.Eq) from 394.38 m

·    2.00m @ 1.20% Sn, 0.07% Cu & 0.01% WO3, (1.01% WO3.Eq) from 401.00 m

·    3.50m @ 0.24% Sn, 0.20% Cu & 0.78% WO3, (1.04% WO3.Eq) from 404.00 m

High-grade tungsten, tin and copper intervals from SVS-Style mineralisation include:

·    0.50m @ 5.41% WO3, 1.16% Sn & 1.12% Cu (6.65% WO3.Eq) from 407.00 m

·    1.00m @ 1.42% WO3, 0.03% Sn & 0.40% Cu (1.55% WO3.Eq) from 411.00 m

·    0.93m @ 0.66% WO3, 0.14% Sn & 0.15% Cu (0.82% WO3.Eq) from 416.17 m

·    2.18m @ 0.40% WO3, 0.04% Sn & 1.01% Cu (0.71% WO3.Eq) from 428.82 m, with

o  1.18m @ 0.51% WO3, 0.06% Sn & 1.51% Cu (0.96% WO3.Eq) from 428.82 m

Dennis Rowland, CRL Managing Director, said:

"At the outset of the 2025 drilling campaign, we established several key objectives, including confirmation of continuity of structure and grade within the resource, verification of validity of the 1980s drillhole datasets, and testing a portion of the Redmoor JORC Exploration Target.

"Having produced successful results for the first two objectives, with these expected to provide significant efficiencies for future drill programmes, results from CRD038 and CRD040 further strengthen these results, and provide the first drilling evidence of sheeted vein mineralisation within the current Redmoor Exploration Target. Anticipated results from Pad 3 are expected to expand upon the results from CRD038, with CRD037 having drilled through the core of a key portion of the Exploration Target.

"We believe these results may have a positive impact on the forthcoming MRE update, subject to estimation outcomes. I would like to thank the CRL technical team for their continued efforts throughout the drilling programme in delivering these positive results for the project."

Mark Burnett, Strategic Minerals Executive Director, said:

"CRL continues to report results consistent with our high expectations, having established clear targets and proving effective delivery. The Board notes the intersection of high-grade SVS mineralisation within the margins of the Exploration Target, and the implications this may have for resource growth, subject to modelling and estimation, as part of the upcoming MRE, and potential for further expansion in the future.

"The Company continues to believe that these positive results highlight Redmoor's position as the highest-grade, undeveloped tungsten resource in Europe, and amongst the highest grade globally."

Detail of analytical results from CRD038 and CRD040

Table 1: Drillhole collar data for CRD038 and CRD040.


    Pad
    Number    		CollarOrientation at CollarTotal Depth (m)
    DHEasting (m)Northing (m)Elevation (m)Azimuth (⁰)Dip (⁰)
    2CRD038235710.0071254.0018517865566.20
    2CRD040235710.0071254.0018518554464.20
    

Figure 1:  Plan (top-down) view of the previously modelled high-grade domains (gold) used in the 2019 Redmoor MRE, showing CRD038 (right) and CRD040 (left) (in red) and other CRL and SWM drillhole traces (black). CRD038 is an infill hole aimed at demonstrating mineralisation continuity in a previously un-tested zone. CRD040 is a twin hole of SWM RM80_16B.

CRD038 and CRD040 (see Table 1 and Figure 1) were the second and third drillholes drilled from Pad 2 at Redmoor between October and December 2025. A total of 9 holes were drilled during the programme, with three drillholes from each of three drill pads. CRD038 was aimed at testing the uppermost extent of the Redmoor Exploration Target to identify the presence of SVS mineralisation, and CRD040 was aimed at twinning historical drillhole (RM80_16B). The results indicate that both objectives have been achieved with CRD040 adding additional validation of the historic datasets (see Figure 2), and CRD038 intersecting high-grade SVS mineralisation at the margins of the Exploration Target (see Figure 3), with the potential therefore for resource expansion subject to estimation outcomes and supporting the validity of the new deposit model. Hole CRD037, drilled from Pad 3, was designed to intersect the core zone of this portion of the Exploration Target, and results of this hole are expected shortly. Both holes are located within the high-grade, tin-dominant portion of the Redmoor deposit, with high-grade tungsten and high grade tin intersections highlighted above and are detailed below.

Figure 2:  N-S Section view of the updated model, showing WO3 high-grade domains (red), Sn high-grade domains (green) and SVS envelope (yellow). Also showing CRD040 and SWM hole RM80_16B coloured by WO3.

Figure 3:  N-S Oblique section view of the previous SVS model (gold), showing CRD038 coloured by WO3 and the trace clipping the previously modelled zone. This zone has limited drillhole coverage, and expands coverage into the margins of the exploration target zone.

Table 2 below contains the details of the composite sample intersections including sample depths, thickness, metal content, and tungsten equivalent calculations, as well as the mineralisation style recorded by CRL geologists. The tungsten equivalent (WO3. Eq.) highlights the contribution from tin and copper to the tungsten grades of the sample intervals. Appendix 1 includes full details of each sample included in these composite intersections.

Table 2: Highlights of downhole composite sample intersections returned from recently received results from drillhole CRD038 and CRD040 showing interval lengths and subsequent assay results for WO3, Sn & Cu. A tungsten equivalent result has also been calculated. Composited values use a downhole length weighted average of grades.


    Drillhole CRD038
    Sample StartFrom (m)To (m)Interval (m)WO3 %Cu %Sn %WO3 eq. %Comments
    CRL006214-17308.47314.706.230.050.130.210.26SVS Mineralisation
    incl. CRL006216-17312.00314.702.700.020.220.350.37SVS Mineralisation
    CRL006227330.00332.002.000.040.010.300.29Lode-Style Sn Mineralisation
    CRL006258-59375.63378.002.370.060.470.010.20SVS Mineralisation
    incl. CRL006258375.63376.761.130.130.760.010.35SVS Mineralisation
    CRL006277-79400.00405.005.000.070.200.020.15SVS Mineralisation
    incl. CRL006279403.00405.002.000.180.100.030.24SVS Mineralisation
    CRL006283-86408.95413.804.850.220.370.200.48SVS Mineralisation
    incl. CRL006283408.95410.001.050.731.050.791.66SVS Mineralisation
    CRL006302-04427.00430.003.000.060.530.090.28Lode-Style + SVS Mineralisation
    incl. CRL006304429.00430.001.000.011.570.240.63Lode-Style Cu+Sn Mineralisation
    CRL006316-34444.50463.3018.800.380.320.150.59SVS Mineralisation
    incl. CRL006317445.50447.001.500.020.480.390.47SVS Mineralisation
    incl. CRL006325-28454.00458.004.001.260.610.291.66SVS Mineralisation
    cont. CRL006327456.50457.200.705.490.410.175.75SVS Mineralisation
    incl. CRL006332-34460.00463.303.300.520.050.100.62SVS Mineralisation
    and CRL006334462.30463.301.001.140.020.031.17SVS Mineralisation
    CRL006346-47477.00480.003.000.010.740.310.46Lode-Style Cu+Sn Mineralisation
    CRL006355-58484.90490.005.100.210.450.030.35SVS Mineralisation
    incl. CRL006356486.05487.201.150.741.370.061.15SVS Mineralisation
    CRL006374-76504.55507.082.530.630.300.030.73SVS Mineralisation
    incl. CRL006376506.50507.080.582.310.180.022.37SVS Mineralisation
    CRL006395-98529.00535.646.640.040.540.040.22Lode-Style Cu+Sn Mineralisation
    incl. CRL006398534.00535.641.640.011.670.100.55Lode-Style + SVS Mineralisation
    CRL006416553.00554.151.150.110.440.040.26SVS Mineralisation
    Drillhole CRD040
    Sample StartFrom (m)To (m)Interval (m)WO3 %Cu %Sn %WO3 eq. %Comments
    CRL006659-68312.00326.1114.110.030.040.350.33Lode-Style Sn Mineralisation
    incl. CRL006661313.40315.402.000.000.020.360.30Lode-Style Sn Mineralisation
    incl. CRL006663-65317.23322.004.770.060.060.740.68Lode-Style Sn Mineralisation
    and CRL006664318.28320.001.720.130.091.151.10Lode-Style Sn Mineralisation
    incl. CRL006668325.30326.110.810.040.040.260.27Lode-Style Sn Mineralisation
    CRL006701-08365.00373.008.000.120.200.120.28S.V.S Mineralisation
    incl. CRL006707-08370.88373.002.120.360.420.260.69S.V.S Mineralisation
    CRL006715-17378.00381.003.000.220.040.020.25S.V.S Mineralisation
    incl. CRL006715378.00379.001.000.520.030.020.55S.V.S Mineralisation
    CRL006722-24385.20388.102.900.020.680.470.58Lode-Style Cu+Sn Mineralisation
    incl. CRL006724387.00388.101.100.021.510.971.22Lode-Style Cu+Sn Mineralisation
    CRL006727-32390.30395.004.700.020.120.550.50Lode-Style Sn Mineralisation
    incl. CRL006732394.38395.000.620.010.252.852.41Lode-Style Sn Mineralisation
    CRL006735-39397.00403.006.000.010.090.580.52Lode-Style Sn Mineralisation
    incl. CRL006739401.00403.002.000.010.071.201.01Lode-Style Sn Mineralisation
    CRL006742-44404.00407.503.500.780.200.241.04S.V.S Mineralisation
    incl. CRL006744407.00407.500.505.411.121.166.65S.V.S Mineralisation
    CRL006747-48410.20412.001.800.801.250.661.68S.V.S Mineralisation
    incl. CRL006748411.00412.001.001.420.400.031.55S.V.S Mineralisation
    CRL006753-55415.00418.003.000.260.100.110.37S.V.S Mineralisation
    incl. CRL006754416.17417.100.930.660.150.140.82S.V.S Mineralisation
    CRL006757-59419.20424.004.800.010.280.210.26Lode-Style Cu+Sn Mineralisation
    incl. CRL006758420.68422.601.920.010.230.270.30Lode-Style Cu+Sn Mineralisation
    CRL006764-65428.82431.002.180.401.010.040.71S.V.S Mineralisation
    incl. CRL006764428.82430.001.180.511.510.060.96S.V.S Mineralisation
    

 

Note*1 Twinned drillholes refer to new CRL drillholes which are aimed to intersect SVS mineralisation in close proximity to previous historical drilling undertaken by South West Minerals in 1978-1982, in order to verify the robustness of the historical drilling data, as well as test the continuity/reproducibility of grade and structure across the spacing between the drillholes. CRD038 aimed at twinning drillhole RM80_16b).

Note*2 Further silver analysis and commentary will follow completion of metallurgical testworks and resource modelling, noting there is no assumption at this stage that silver will be recoverable or economically reportable in the Mineral Resource.

Note*3 Tungsten Equivalent (WO3.Eq) Calculation: WO₃ (EQ)% = WO₃%+(Sn% x 0.82) + (Cu% x 0.27)

Commodity price assumptions: WO₃ US$ 43,000/t, Sn US$ 32,525/t, Cu US$ 9,429/t.  Using the 12-month average to September 2025. Recovery assumptions: total WO₃ recovery 72%, total Sn recovery 68% and total Cu recovery 85%. Payability assumptions of 81%, 90% and 90% respectively.

Competent Person Statement:

The information in this announcement that relates to Sampling Techniques and Data and Exploration Results has been reviewed and approved by Mr Laurie Hassall, MSci (Geology), FIMMM, QMR, FGS, who is a full-time employee of Snowden Optiro. Mr Hassall holds a Master of Science degree in Geology from the University of Southampton and is a Fellow of the Institute of Materials, Minerals and Mining (FIMMM), through which he is also accredited as Qualified for Minerals Reporting (QMR). He is also a Fellow of the Geological Society of London (FGS).

Snowden Optiro has been engaged by Cornwall Resources Limited to provide independent technical advice. Mr Hassall, a full-time employee of Snowden Optiro, is acting as the Competent Person and is independent of Cornwall Resources Limited. He has sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration, and to the activity being undertaken, to qualify as a Competent Person as defined in the 2012 Edition of the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves (JORC Code), and under the AIM Rules.

Mr Hassall consents to the inclusion in this announcement of the matters based on his information, in the form and context in which it appears. He confirms that, to the best of his knowledge, there is no new information or data that materially affects the information contained in previous market announcements, and that the form and context in which the information is presented has not been materially modified.


    For further information, please contact:
    Strategic Minerals plc+44 (0) 207 389 7067
    Mark Burnett
    Executive Director
    Website:www.strategicminerals.net
    Email:info@strategicminerals.net
    Follow Strategic Minerals on:
    X:@StrategicMnrls
    LinkedIn:https://www.linkedin.com/company/strategic-minerals-plc
    SP Angel Corporate Finance LLP+44 (0) 20 3470 0470
    Nominated Adviser and Broker
    Matthew Johnson/Charlie Bouverat/Grant Barker
    Zeus Capital Limited
    Joint Broker
    Harry Ansell/Katy Mitchell    		+44 (0) 203 829 5000
    Vigo Consulting+44 (0) 207 390 0234
    Investor Relations
    Ben Simons/Peter Jacob/Anna Sutton
    Email:strategicminerals@vigoconsulting.com
    

 

Notes to Editors

About Strategic Minerals plc and Cornwall Resources Limited

Strategic Minerals plc (AIM: SML; USOTC: SMCDY) is an AIM-quoted, producing minerals company, actively developing strategic projects in the UK, United States and Australia.

In 2019, the Company completed the 100% acquisition of Cornwall Resources Limited and the Redmoor Tungsten-Tin-Copper Project.

The Redmoor Project is situated within the historically significant Tamar Valley Mining District in Cornwall, United Kingdom, with a JORC (2012) Compliant Inferred Mineral Resource Estimate published 14 February 2019:


    Cut-off (SnEq%)Tonnage (Mt)WO3
    %    		Sn
    %    		Cu
    %    		Sn Eq1
    %    		WO3 Eq
    %
    >0.45 <0.651.500.180.210.300.580.41
    >0.6510.200.620.160.531.260.88
    Total Inferred Resource11.700.560.160.501.170.82
    

1 Equivalent metal calculation notes; Sn(Eq)% = Sn% x 1 + WO3% x 1.43 + Cu% x 0.40. WO3(EQ)% = Sn% x 0.7 + WO3 + Cu% x 0.28.  Commodity price assumptions: WO₃ US$ 33,000/t, Sn US$ 22,000/t, Cu US$ 7,000/t.  Recovery assumptions: total WO3 recovery 72%, total Sn recovery 68% & total Cu recovery 85% and payability assumptions of 81%, 90% and 90% respectively

More information on Cornwall Resources can be found at: https://www.cornwallresources.com

In September 2011, Strategic Minerals acquired the distribution rights to the Cobre magnetite project in New Mexico, USA, through its wholly owned subsidiary Southern Minerals Group.  Cobre has been in production since 2012 and continues to provide a sustainable revenue stream for the Company.

In March 2018, the Company completed the acquisition of the Leigh Creek Copper Mine situated in the copper rich belt of South Australia.  The Company has entered into an exclusive Call Option with South Pacific Mineral Investments Pty Ltd trading as Cuprum Metals to acquire 100% of the project.

About the CIOS Good Growth Fund and UK Shared Prosperity Fund

This project is part-funded by the UK Government through the UK Shared Prosperity Fund.  Cornwall Council is responsible for managing projects funded by the UK Shared Prosperity Fund through the Cornwall and the Isles of Scilly Good Growth Programme.

Cornwall and Isles of Scilly has been allocated £184 million for local investment through the Shared Prosperity Fund.  This new approach to investment is designed to empower local leaders and communities, so they can make a real difference on the ground where it's needed the most.

The UK Shared Prosperity Fund proactively supports delivery of the UK-government's five national missions: pushing power out to communities everywhere, with a specific focus to help kickstart economic growth and promoting opportunities in all parts of the UK.

For more information, visit

https://www.gov.uk/government/publications/uk-shared-prosperity-fund-prospectus

For more information, visit https://ciosgoodgrowth.com

Appendix 1

Table 3: Composite intersections and individual sample results, including, sample numbers, depths and widths, metal contents and tungsten equivalent calculations.


    Drillhole CRD038
    Sample StartFrom (m)To (m)Interval (m)WO3%Cu %Sn %WO3eq. %
    CRL006214-17
    CRL006214308.47310.472.000.010.030.130.13
    CRL006215310.47312.001.530.150.120.060.23
    CRL006216312.00313.001.000.010.070.120.13
    CRL006217313.00314.701.700.020.300.490.50
    CRL006227330.00332.002.000.040.010.300.29
    CRL006258-59
    CRL006258375.63376.761.130.130.760.010.35
    CRL006259376.76378.001.240.000.200.010.07
    CRL006277-79
    CRL006277400.00401.001.000.000.720.020.22
    CRL006278401.00403.002.000.000.040.020.03
    CRL006279403.00405.002.000.180.100.030.24
    CRL006283-86
    CRL006283408.95410.001.050.731.050.791.66
    CRL006284410.00411.981.980.060.200.050.16
    CRL006285411.98413.001.020.000.160.020.06
    CRL006286413.00413.800.800.200.150.030.27
    CRL006302-04
    CRL006302427.00428.001.000.180.020.010.19
    CRL006303428.00429.001.000.000.010.010.01
    CRL006304429.00430.001.000.011.570.240.63
    CRL006316-34
    CRL006316444.50445.501.000.030.110.030.08
    CRL006317445.50447.001.500.020.480.390.47
    CRL006318447.00448.301.300.010.080.020.05
    CRL006319448.30449.000.700.370.280.070.50
    CRL006321449.00450.001.000.020.190.030.10
    CRL006322450.00451.001.000.001.200.200.49
    CRL006323451.00453.002.000.000.000.000.00
    CRL006324453.00454.001.000.100.240.100.25
    CRL006325454.00454.920.920.261.150.861.28
    CRL006326454.92456.501.580.550.300.150.75
    CRL006327456.50457.200.705.490.410.175.75
    CRL006328457.20458.000.800.130.780.000.34
    CRL006331458.00460.002.000.000.370.160.23
    CRL006332460.00461.241.240.180.050.230.38
    CRL006333461.24462.301.060.350.070.010.38
    CRL006334462.30463.301.001.140.020.031.17
    CRL006346-47
    CRL006346477.00478.001.000.010.500.280.37
    CRL006347478.00480.002.000.010.860.330.51
    CRL006355-58
    CRL006355484.90486.051.150.140.180.020.20
    CRL006356486.05487.201.150.741.370.061.15
    CRL006357487.20489.001.800.000.190.010.06
    CRL006358489.00490.001.000.040.170.030.11
    CRL006374-76
    CRL006374504.55505.500.950.240.310.020.34
    CRL006375505.50506.501.000.030.360.040.16
    CRL006376506.50507.080.582.310.180.022.37
    CRL006395-98
    CRL006395529.00530.131.130.240.710.050.47
    CRL006396530.13532.001.870.000.010.000.01
    CRL006397532.00534.002.000.000.010.000.00
    CRL006398534.00535.641.640.011.670.100.55
    CRL006416553.00554.151.150.110.440.040.26
    Drillhole CRD040
    Sample StartFrom (m)To (m)Interval (m)WO3%Cu %Sn %WO3eq. %
    CRL006659-68
    CRL006659312.00313.401.400.010.020.270.24
    CRL006661313.40315.402.000.000.020.360.30
    CRL006662315.40317.231.830.010.010.020.03
    CRL006663317.23318.281.050.020.100.360.34
    CRL006664318.28320.001.720.130.091.151.10
    CRL006665320.00322.002.000.010.020.600.50
    CRL006666322.00324.002.000.010.010.000.01
    CRL006667324.00325.301.300.010.030.090.10
    CRL006668325.30326.110.810.040.040.260.27
    CRL006701-08
    CRL006701365.00366.001.000.000.100.110.11
    CRL006702366.00367.001.000.010.020.060.07
    CRL006703367.00368.001.000.090.050.040.13
    CRL006704368.00369.001.000.020.170.020.09
    CRL006705369.00370.001.000.090.290.170.31
    CRL006706370.00370.880.880.010.050.040.05
    CRL006707370.88372.001.120.050.500.240.38
    CRL006708372.00373.001.000.710.350.281.04
    CRL006715-17
    CRL006715378.00379.001.000.520.030.020.55
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    CRL006717380.00381.001.000.130.020.020.15
    CRL006722-24
    CRL006722385.20385.700.500.010.490.080.21
    CRL006723385.70387.001.300.020.060.190.19
    CRL006724387.00388.101.100.021.510.971.22
    CRL006727-32
    CRL006727390.30392.001.700.020.110.360.34
    CRL006728392.00393.001.000.020.200.130.18
    CRL006731393.00394.381.380.010.040.040.05
    CRL006732394.38395.000.620.010.252.852.41
    CRL006735-39
    CRL006735397.00398.001.000.010.120.130.15
    CRL006736398.00399.001.000.010.030.110.10
    CRL006737399.00400.001.000.020.210.540.52
    CRL006738400.00401.001.000.020.020.340.31
    CRL006739401.00403.002.000.010.071.201.01
    CRL006742-44
    CRL006742404.00406.002.000.010.030.120.11
    CRL006743406.00407.001.000.010.080.030.05
    CRL006744407.00407.500.505.411.121.166.65
    CRL006747-48
    CRL006747410.20411.000.800.012.311.461.83
    CRL006748411.00412.001.001.420.400.031.55
    CRL006753-55
    CRL006753415.00416.171.170.010.030.020.03
    CRL006754416.17417.100.930.660.150.140.82
    CRL006755417.10418.000.900.160.130.190.36
    CRL006757-59
    CRL006757419.20420.681.480.000.300.130.19
    CRL006758420.68422.601.920.010.230.270.30
    CRL006759422.60424.001.400.010.340.200.27
    CRL006764-65
    CRL006764428.82430.001.180.511.510.060.96
    CRL006765430.00431.001.000.260.420.030.40
    

 

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