New Pacific Metals Corp. Enters Into a Memorandum of Understanding to Acquire a 75% Interest in the Longmenchang Silver-Gold-Lead-Zinc Property in China
29.02.2012 | Marketwire
VANCOUVER, 02/28/12 - New Pacific Metals Corp. (TSX: NUX) (the 'Company') is pleased to announce it has entered into an arm's length non-binding Memorandum of Understanding ('MOU') with Fujian Henyuan Mining Co., Ltd. ('Fujian Henyuan' ) to acquire a 75% interest in the LMC silver-gold-lead-zinc Property, Fujian Province, China (the 'Property'). The Property is located approximately 100 kilometres to the west of Fuzhou, the capital city of Fujian Province, China, and consists of an exploration permit for an area of 1.54 square kilometres and a 300 ton-per-day flotation mill plant. An area of 1.03 square kilometres has been approved for mining by the local government within the current exploration permit. The applicable mining license for the Property is expected in the near future.Terms of the MOU
Pursuant to the terms of the MOU, the Company will pay, upon signing of a definitive agreement, a total of RMB210 million to acquire a 75% interest of the Property. The RMB210 million payment consists of an upfront cash payment by the Company of RMB80 million and the issuance of Company shares (the 'Shares') equivalent of RMB100 million to Fujian Henyuan. The issue price of the Shares will be based on the date the definitive agreement is executed between the parties, but will not exceed $1.20/Share. In addition, the first RMB30 million in profits from commercial operations at the Property will be paid to Fujian Henyuan. For reference as of February 27, 2012 one RMB = 0.158 Canadian dollars.
Any definitive agreement between the parties (and any payment of cash or issuance of Shares) is subject to the Company completing a confirmation drill program to verify historical drill data and the geological model of the Property mineralization. Also, the definitive agreement is further subject to Fujian Henyuan completing a consolidation for 100% ownership of the Property and obtaining the applicable mining license. The issuance of any Shares and the definitive agreement may be subject to TSX and other regulatory approvals.
To note, the owners of the Fujian Henyuan also operate several other silver polymetallic properties in Fujian Province which the Company is currently reviewing. The parties have orally agreed that the Company be granted a right to acquire any of these properties at the Company's discretion.
Property information
The Property is situated at the southeast margin of the Wuyi mineralization belt, which is one of the 16 prominent metallogeny belts in China. Silver-gold-lead-zinc mineralization is hosted in a sequence of Permian marine clastic sediments and limestone which are overlain by a Jurassic terrestrial sedimentary sequence and underlain by Proterozoic metasedimentary rocks. Numerous porphyritic rhyolite dykes intrude into these sequences. Based on historical Property exploration reports, economic mineralization of the Property is the oxidized silver-gold-lead-zinc mineralization associated with multiple prominent gossanous zones developed in the upper clastic sediments of the Permian sequence close to the unconformity surface with the overlying Jurassic sediments. The oxidized mineralization zones are near surface, sub-horizontal, and stratiform. Exploration of the Property began in the 1980's, and included geological mapping, trenching, diamond drilling, and aditing. 39 holes totalling 6,880 meters were drilled and 379 meters of underground adits were completed.
Disclosure of historical estimates
All resource estimates for the Property as set out in this news release are historical. A historical resource estimate was made in 2010 (Table 1) by a local Chinese exploration group, which shows a resource of 483 million tonnes of mineralized material with an average grade of 133g/t silver and 0.23g/t gold (Chinese category 332+333). No National Instrument 43-101 (NI 43-101) compliant technical report has ever been completed for the Property, (or any other technical report, for the matter, has been completed for the Property). No party should rely on any of the historical estimates set out herein as the assumptions, parameters, and methods used to prepare the historical estimates herein are not known to the Company. The historical estimates do not use categories, and do not comply with sections 1.2 and 1.3 of NI 43-101, but rather use the Chinese Mineral Resources and Mineral Reserves Reporting Standard which are significantly different. There are no more recent estimates or data available to the Company. A NI 43-101 technical report is needed to verify the historical estimates set out herein. A Qualified Person has not done sufficient work to classify the historical estimates as current mineral resources or mineral reserves; and the Company is not treating the historical estimates as current mineral resources or mineral reserves.
Table 1. Historical Estimates
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Contained Metal Average Grade
-------------------------------------------
Resource Tonnage Ag Au Ag Au TFe
Cat. ('000t) (tonne) (kilogram) (g/t) (g/t) (%)
------------------------------------------------------------------------
332 1,587 204.73 373.46 129 0.24
----------------------------------------------------------------
Silver 333 3,245 440.17 708.08 135.64 0.23
----------------------------------------------------------------
332+333 4,832 644.9 1081.54 133.46 0.23
------------------------------------------------------------------------
333 3,115(i) 36.17(i)
----------------------------------------------------------------
Iron 333 6,724 35.51
----------------------------------------------------------------
333 9,839 35.72
------------------------------------------------------------------------
Cutoff of 40g/t silver is used.
Note (i) means iron is associated with silver mineralization
332-indicated intrinsic economic resource
333-inferred intrinsic economic resource
------------------------------------------------------------------------
Company geologists reviewed all available geological information and historical exploration data, and made two site visits to the Property in December 2011 and January 2012. During these visits, the geologists examined the historical drill cores and noticed that some intervals of silver-lead-zinc sulphide mineralization were included in the oxidized mineralized zones. To verify the assay data, the cores of sulphide intervals were quartered using a diamond saw. The assay results of verification samples were deemed consistent with historical grades. No verification samples were taken from the oxidized portions as the oxidized cores were mixed and no individual sample intervals could be identified. However, Company geologists took chip samples at the outcrops and artisanal open cuts of the oxidized zones and silver mineralization was confirmed in the gossanous zones. Historical drill intercepts and the results of verification sampling are summarized in Table 2 and Table 3. Assay results of surface chip samples of oxidized zones are summarized in Table 4.
The Company infers that the primary sulphide mineralization may represent multiple subvertical silver-lead-zinc sulphide veins. This interpretation is supported by observations of silver-lead-zinc sulphide veins exposed by underground drift workings adjacent to the Property. To better evaluate the economic potential of the Property, the Company will initiate a confirmation drill program in February and March 2012 to verify the historical drill results of the oxidized zones and the geometry of the primary silver-lead-zinc sulphide veins.
Table 2. Historical Drill Intercepts (Lead and Zinc were not assayed)
--------------------------------------------------------------------------
Inter- True
Zone Depth (meter) val Width Ag Au TFe
Hole_ID # From To (meter)(meter) g/t g/t % Remarks
--------------------------------------------------------------------------
ZK407 DAg1 23.56 24.56 1 0.97 41 0.03 oxidized
--------------------------------------------------------------------------
ZK401 Ag4 4.4 6.22 1.82 1.82 147.58 0.11 9.11 oxidized
--------------------------------------------------------------------------
ZK401 DAg1 15.36 16.9 1.54 1.52 45 0.04 9.7 oxidized
--------------------------------------------------------------------------
ZK404 Ag4 26.86 29.19 2.33 2.33 125.28 0.05 oxidized
--------------------------------------------------------------------------
ZK406 Ag3 22.7 30.27 7.57 7.52 104.82 0.2 oxidized
------------------------------------------------------------------
DAg2 38.41 43.11 4.7 4.63 61.23 0.17 oxidized
------------------------------------------------------------------
Ag4 47.88 49.09 1.21 1.21 125.1 0.37 oxidized
------------------------------------------------------------------
DAg3 57.8 59.51 1.71 1.7 68.12 0.15 oxidized
------------------------------------------------------------------
Ag5 61.97 63.57 1.6 1.6 124.83 0.26 oxidized
------------------------------------------------------------------
Ag6 77.28 79.64 2.36 2.36 118.28 0.15 oxidized
------------------------------------------------------------------
Ag7 81.66 84.93 3.27 3.27 114.4 0.25 oxidized
------------------------------------------------------------------
Ag8 96.79 98.63 1.84 1.84 81.72 0.08 oxidized
------------------------------------------------------------------
DAg4 108.4 109.37 0.97 0.97 48 0.14 oxidized
------------------------------------------------------------------
DAg5 111.45 112.55 1.1 1.1 59.2 0.74 oxidized
------------------------------------------------------------------
Ag9 160.71 163.07 2.36 2.31 89.14 0.02 oxidized
------------------------------------------------------------------
DAg6 163.07 163.97 0.9 0.88 43.2 0.03 oxidized
------------------------------------------------------------------
DAg7 171.92 173.53 1.61 1.61 64.57 0.01 oxidized
------------------------------------------------------------------
Ag10 173.53 174.36 0.83 0.83 80.8 0.01 oxidized
--------------------------------------------------------------------------
ZK801 Ag4/Fe1 2.8 12.45 9.65 9.26 130.31 0.09 41.62 oxidized
--------------------------------------------------------------------------
ZK808 Ag3 5.6 24.48 18.88 15.85 101.22 0.07 oxidized
--------------------------------------------------------------------------
ZK814 DAg10 10.72 13 2.28 1.99 60.03 0.34 oxidized
------------------------------------------------------------------
DAg11 24.02 27.23 3.21 2.79 52.59 0.51 oxidized
------------------------------------------------------------------
DAg12 37.14 38.57 1.43 1.14 43.2 0.27 oxidized
------------------------------------------------------------------
Ag3 40.32 44.22 3.9 3.29 92.49 0.01 oxidized
------------------------------------------------------------------
DAg8 44.22 46.97 2.75 2.38 75.77 0.03 oxidized
------------------------------------------------------------------
Ag3-1 46.97 50.52 3.55 3.08 89.36 0.05 oxidized
------------------------------------------------------------------
DAg13 84.93 86.68 1.75 1.63 62.05 0.06 oxidized
--------------------------------------------------------------------------
ZK818 Ag3 23.74 30.23 6.49 6.18 98.27 0.2 oxidized
------------------------------------------------------------------
Ag3-1 35.09 36.09 1 0.95 93.3 0.04 oxidized
------------------------------------------------------------------
DAg 39.29 48.69 9.4 8.71 54.9 0.2 oxidized
--------------------------------------------------------------------------
ZK1601 Fe2 80 94.37 14.37 12.65 46.86 oxidized
--------------------------------------------------------------------------
ZK1616 Dag 7.45 11.96 4.51 3.9 63.63 0.05 oxidized
------------------------------------------------------------------
Ag2 11.96 14.7 2.74 2.37 104.33 0.04 oxidized
------------------------------------------------------------------
Dag 23.45 25.9 2.45 2.33 41.9 0.04 oxidized
------------------------------------------------------------------
Dag 36.4 56.18 19.78 18.6 51.6 0.07 oxidized
------------------------------------------------------------------
Ag3 60.38 65.9 5.52 5.27 143.96 0.09 oxidized
------------------------------------------------------------------
Ag4 85.35 97.65 12.3 11.48 129.46 0.04 oxidized
------------------------------------------------------------------
Dag 97.65 100.54 2.89 2.7 68.42 0.02 oxidized
--------------------------------------------------------------------------
ZK2408 Ag4 31.25 41.5 10.25 10.14 200.22 0.21 18.67 oxidized
--------------------------------------------------------------------------
ZK2420 DAg17 39.47 42.47 3 2.88 53.68 0.02 oxidized
------------------------------------------------------------------
Ag4 56.96 64.01 7.05 6.7 99.97 0.03 oxidized
------------------------------------------------------------------
DAg18 86.84 88.64 1.8 1.75 62.9 0.12 oxidized
--------------------------------------------------------------------------
ZK2801 Ag2 52.24 55.29 3.05 2.96 118.75 0.14 23.42 oxidized
--------------------------------------------------------------------------
ZK2802 Ag3 27.9 33.5 5.6 5.04 213.17 0.91 21.75 oxidized
------------------------------------------------------------------
Ag4 78.6 87.6 9 8.4 208.07 0.77 19.1 oxidized
--------------------------------------------------------------------------
ZK803 Ag1 30.4 36.7 6.3 6.13 177.52 0.69 21.72 oxidized
------------------------------------------------------------------
Ag2 70.8 74 3.2 3.18 183.25 0.64 18.75 oxidized
--------------------------------------------------------------------------
ZK3203 Fe4 8.86 10.81 1.95 1.74 32.7 oxidized
------------------------------------------------------------------
Ag3 18.74 27.75 9.01 8.02 118 0.43 35.5 oxidized
------------------------------------------------------------------
DAg20 27.75 30.91 3.16 2.81 48.81 0.15 30.44 oxidized
------------------------------------------------------------------
Ag3 30.91 46.16 15.25 13.59 173.79 0.07 10.86 oxidized
------------------------------------------------------------------
Ag4 60.48 65 4.52 3.99 97.77 0.04 1.26 oxidized
------------------------------------------------------------------
Ag4-2 68 69.61 1.61 1.42 111 0.02 4.42 oxidized
--------------------------------------------------------------------------
ZK3218 Ag2 44.79 48.4 3.61 3.03 118.2 0.1 oxidized
------------------------------------------------------------------
DAg21 88.7 94.6 5.9 5.21 75.02 0.14 oxidized
------------------------------------------------------------------
Ag3 117.07 118.49 1.42 1.34 103.2 0.26 oxidized
--------------------------------------------------------------------------
ZK3219 Dag22 43.58 55.6 12.02 9.6 56.01 0.42 17.88 oxidized
------------------------------------------------------------------
Ag1 55.6 103.78 48.18 38.51 139.87 0.2 16.81 oxidized
------------------------------------------------------------------
Ag1 103.78 106.15 2.37 2.37 145.67 0.08 20.73 Primary
--------------------------------------------------------------------------
ZK4020 DAg24 0 2.7 2.7 2.65 50.56 0.2 22.8 oxidized,
Fe7:
33.82%
from
9.59 to
35.87m
------------------------------------------------------------------
Ag2 15.59 40.19 24.6 18.68 122.53 0.12 31.34 oxidized
------------------------------------------------------------------
DAg27 40.19 42.59 2.4 2.35 64.08 0.02 4.39 oxidized
------------------------------------------------------------------
Ag2-1 46.84 47.84 1 0.98 248.8 0.01 5 oxidized
------------------------------------------------------------------
DAag28 49.34 51.49 2.15 2.1 51.25 0.1 7.87 oxidized,
Fe6
34.36%
from
65.65 to
70.53m
--------------------------------------------------------------------------
ZK4028 Ag1/Fe6 65.65 73.53 7.88 7.62 92.51 0.52 32.49 oxidized
------------------------------------------------------------------
DAg24 78.28 79.48 1.2 1.18 41.7 0.48 36 oxidized,
Fe6
37.62%
from
100.72
to
111.09m
------------------------------------------------------------------
Ag2/Fe6 100.72 104.25 3.53 3.5 132.13 0.15 36.19 oxidized
--------------------------------------------------------------------------
ZK4402 Ag1 32.81 40.76 7.95 7.91 130.11 0.14 14.7 oxidized
------------------------------------------------------------------
Ag2 86.65 89.59 2.94 2.94 71.03 0.17 14.42 Primary
------------------------------------------------------------------
Ag2 89.59 92.22 2.63 2.63 142.71 0.35 13.04 oxidized
--------------------------------------------------------------------------
ZK4401 Ag1 39.5 48.7 9.2 8.92 120.53 0.12 13.24 oxidized
------------------------------------------------------------------
Ag2 51.72 53.22 1.5 1.46 92.3 0.01 12.75 oxidized
------------------------------------------------------------------
Ag2 86 92.19 6.19 5.99 127 0.17 16.8 oxidized
------------------------------------------------------------------
Ag2 95.19 96.73 1.54 1.49 88.6 0.13 8.88 oxidized
--------------------------------------------------------------------------
ZK5201 Ag11 80.08 81.37 1.29 1.09 165 0.09 15.69 oxidized
--------------------------------------------------------------------------
ZK5601 Ag11 37.1 38.5 1.4 1.36 93.8 0.26 20.41 Primary
--------------------------------------------------------------------------
ZK6001 Ag 163.55 167.76 4.21 4.21 89.26 0 8.04 Primary
--------------------------------------------------------------------------
ZK1603 Ag4 67.71 75.05 7.34 7.34 111.85 0.18 13.71 oxidized
--------------------------------------------------------------------------
ZK2410 Ag3 10.93 16.69 5.76 4.07 125.82 0.25 17.48 oxidized
------------------------------------------------------------------
Ag4 31.39 40.7 9.31 8.99 113.41 0.22 16.17 oxidized
--------------------------------------------------------------------------
ZK2804 Ag4 51.92 61.45 9.53 8.24 131.32 0.25 22.21 oxidized
--------------------------------------------------------------------------
ZK3220 DAg22 105.55 110.46 4.91 2.56 52.82 0.23 18.66 oxidized
------------------------------------------------------------------
Ag1 110.46 131.48 21.02 12.06 106.3 0.15 19.59 oxidized
--------------------------------------------------------------------------
ZK3601 Ag3 52.34 62.88 10.54 9.55 108.97 0.27 17.89 oxidized
--------------------------------------------------------------------------
ZK3602 Ag2 39.37 44.78 5.41 5.02 105.19 0.16 14.75 oxidized
--------------------------------------------------------------------------
ZK4030 Ag 72.9 81.13 8.23 6.05 114.28 0.1 23.38 oxidized
--------------------------------------------------------------------------
ZK4403 Ag3 38.58 46.96 8.38 7.84 96.05 0.19 13.17 oxidized
--------------------------------------------------------------------------
ZK4404 Ag2 41.55 51.38 9.83 9.51 114.92 0.23 13.88 oxidized
------------------------------------------------------------------
Ag2 138.14 144.7 6.56 6.56 106.31 0.15 11.52 Primary
--------------------------------------------------------------------------
Table 3. Assay Results of Primary Sulphide Intervals
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Historical Assay
--------------------------------------------------------------------------
Depth (meter) Interval Au Ag Cu Pb Zn
---------------------------------------------------------------
Hole ID From To (meter) (g/t) (g/t) (%) (%) (%)
--------------------------------------------------------------------------
ZK2801 216.55 218.12 1.57 0.12 63 0.38 9.04 9.15
--------------------------------------------------------------------------
ZK3219 103.78 107.14 3.36 0.06 113.36 0.31 0.35 8.72
--------------------------------------------------------------------------
including 103.78 106.15 2.37 0.08 145.24 0.43 0.49 11.25
--------------------------------------------------------------------------
ZK4402 88.52 92.22 3.7 0.38 114.58 0.13 2.93 12.02
--------------------------------------------------------------------------
including 89.59 92.22 2.63 0.35 142.78 0.17 3.74 16.31
--------------------------------------------------------------------------
ZK5601 37.1 38.5 1.4 0.26 93.8 0.22 4.43 1.06
--------------------------------------------------------------------------
ZK6001 163.55 167.76 4.21 0 89.3 0.03 10.51 19.97
--------------------------------------------------------------------------
including 163.55 164.65 1.1 0 106 0.04 24.14 31.44
--------------------------------------------------------------------------
165.84 167.76 1.92 0 135 0.03 9.21 25.76
--------------------------------------------------------------------------
--------------------------------------
Confirmation Assay
--------------------------------------------------------------------------
Au Ag Cu Pb Zn
--------------------------------------
Hole ID (g/t) (g/t) (%) (%) (%)
--------------------------------------------------------------------------
ZK2801 0.17 68 0.36 7.97 8.21
--------------------------------------------------------------------------
ZK3219
--------------------------------------------------------------------------
including 0.26 153 0.41 0.43 10.96
--------------------------------------------------------------------------
ZK4402
--------------------------------------------------------------------------
including 0.67 178 0.2 2.97 12.55
--------------------------------------------------------------------------
ZK5601
--------------------------------------------------------------------------
ZK6001
--------------------------------------------------------------------------
including 0.03 125 0.07 greater greater
than 20 than 30
--------------------------------------------------------------------------
Table 4. Assay Results of Surface Rock Sampling from Open Pit and Surface
Outcrop
--------------------------------------------------------------------------
Interval Au Ag
Location Sample ID (m) (g/t) (g/t) Cu (%) Pb (%) Zn (%)
--------------------------------------------------------------------------
D01 LM01 5 0.19 172 0.3 0.15 0.53
----------------------------------------------------------------
LM02 5 0.46 95 0.39 0.43 0.77
----------------------------------------------------------------
LM03 5 0.35 18 0.19 0.17 0.41
----------------------------------------------------------------
LM04 5 0.17 19 0.19 0.06 0.59
----------------------------------------------------------------
LM05 5 0.23 130 0.32 0.09 0.29
----------------------------------------------------------------
LM06 5 0.45 16 0.09 0.36 0.16
--------------------------------------------------------------------------
D02 LM08 grab 0.25 98 0.3 0.18 0.35
--------------------------------------------------------------------------
D03 LM07 5 0.11 39 0.23 0.26 0.46
--------------------------------------------------------------------------
D05 LM09 4 0.17 13 0.3 0.48 0.52
----------------------------------------------------------------
LM10 5 1.5 290 0.27 0.25 0.41
----------------------------------------------------------------
LM11 3.5 0.23 6 0.09 0.2 0.22
--------------------------------------------------------------------------
Quality Control
Company geologists, during their visits to the Property carried out the verification sampling on site. Samples were quartered from the remaining half cores using a diamond saw, sealed and shipped directly to the ALS lab at Guangzhou City, China (ALS). At ALS, samples were dried, crushed and pulverized to -200 mesh. Analysis for gold is standard fire assay plus AAS finish with overlimits going to gravimetric method. Silver, copper, lead, and zinc are assayed using four acid digestion by conventional ICP-AES analysis.
Alex Zhang, P.Geo., VP Exploration of the Company, is the Qualified Person under NI 43-101, has reviewed and given consent to the technical information in this press release.
Correction of news release dated February 27, 2012
The Company would like to correct the disclosure set out in a previous news release; the exploration permit is valid from February 23, 2012 to February 22, 2017 (instead of February 27, 2017).
About New Pacific Metals Corp.
New Pacific Metals Corp. is a Canadian near-term gold and silver production mining company engaged in the exploration and development of gold poly-metallic properties in the Yukon, Canada. The Company's current material project is the Tagish Lake Gold Property in Yukon Territory. With experienced management and sufficient technical and financial resources, the Company is well positioned to build shareholder value through discovery, exploration and resource development.
CAUTIONARY NOTE REGARDING FORWARD LOOKING INFORMATION
Certain of the statements and information in this press release constitute 'forward-looking information' within the meaning of applicable Canadian provincial securities laws. Any statements or information that express or involve discussions with respect to predictions, expectations, beliefs, plans, projections, objectives, assumptions or future events or performance (often, but not always, using words or phrases such as 'expects', 'is expected', 'anticipates', 'believes', 'plans', 'projects', 'estimates', 'assumes', 'intends', 'strategies', 'targets', 'goals', 'forecasts', 'objectives', 'budgets', 'schedules', 'potential' or variations thereof or stating that certain actions, events or results 'may', 'could', 'would', 'might' or 'will' be taken, occur or be achieved, or the negative of any of these terms and similar expressions) are not statements of historical fact and may be forward-looking statements or information. Forward-looking statements or information relate to, among other things: the price of metals; the accuracy of mineral resource estimates at the Company's material properties; the sufficiency of the Company's capital to finance the Company's operations; estimates of the Company's capital expenditures; and timing of receipt of permits and other regulatory approvals.
Forward-looking statements or information are subject to a variety of known and unknown risks, uncertainties and other factors that could cause actual events or results to differ from those reflected in the forward-looking statements or information, including, without limitation, risks relating to: exploration and development risks associated with our mineral operations; permitting matters; calculations of mineral resources and corresponding grades; fluctuation in commodity prices; reliance on key personnel; government regulations; risks associated with acquisitions; environmental liability claims and insurance; the need for additional financing; title matters; the volatility of our common share price and volume; dilution; the absence of dividends; competition; and the potential for conflicts of interests among certain officers, directors or promoters with certain other projects. This list is not exhaustive of the factors that may affect any of the Company's forward-looking statements or information. Forward-looking statements or information are statements about the future and are inherently uncertain, and actual achievements of the Company or other future events or conditions may differ materially from those reflected in the forward-looking statements or information due to a variety of risks, uncertainties and other factors, including, without limitation, those referred to in the Company's Annual Information Form for the year ended June 30, 2011 under the heading 'Risk Factors'. Although the Company has attempted to identify important factors that could cause actual results to differ materially, there may be other factors that cause results not to be as anticipated, estimated, described or intended. Accordingly, readers should not place undue reliance on forward-looking statements or information.
The Company's forward-looking statements and information are based on the assumptions, beliefs, expectations and opinions of management as of the date of this news release, and other than as required by applicable securities laws, the Company does not assume any obligation to update forward-looking statements and information if circumstances or management's assumptions, beliefs, expectations or opinions should change, or changes in any other events affecting such statements or information. For the reasons set forth above, investors should not place undue reliance on forward-looking statements and information.
Contacts:
New Pacific Metals Corp.
Jason Nickel, Vice President Engineering
(604) 669-9397
(604) 669-9387 (FAX)
New Pacific Metals Corp.
Investor Relations
(604) 633-1368
info@newpacificmetals.com
www.newpacificmetals.com