Mr. Andrew Williams reports

NEW PACIFIC REPORTS POSITIVE RESULTS OF SILVER SAND METALLURGICAL TESTING

New Pacific Metals Corp. has released positive results of its metallurgical test program for its Silver Sand project, located in Potosi department in Bolivia. The test program was conducted to meet the standards required for the Company's upcoming Preliminary Feasibility Study (the "PFS"). Highlights from the test program include:

Cyanide leach of the first composite sample with 145 g/t head grade, which consisted of 10% Oxide, 80% Transitional and 10% Sulfide, resulted in 92.7% silvery recovery and 1.40 kg/t sodium cyanide consumption1 on average.

Cyanide leach of the second composite sample with 114 g/t head grade, which consisted of 10% Oxide, 65% Transitional and 25% Sulfide, resulted in 89.6% silvery recovery and 1.10 kg/t sodium cyanide consumption on average.

Consistent recoveries (89.6 ~ 92.7% compared to 91%) with the Preliminary Economic Assessment ("PEA") released in January 2023, with the total sodium cyanide consumption being lower than the assumptions made in the PEA.

Potential for recovery enhancement up to 93.9% for the second composite sample, through gravity concentration and regrinding, to be evaluated before finalizing the PFS.

Andrew Williams, President and CEO, states: "Our PFS metallurgical test program has demonstrated the exceptional metallurgical properties of Silver Sand. Recoveries remained consistent with those assumed in the PEA, but with reduced cyanide consumption highlighting the potential for reduced operating costs in our upcoming PFS.

We remain on track to deliver the results of the PFS in June. This test program is an important derisking step for Silver Sand. We will also evaluate a gravity concentration and regrind circuit before finalizing the PFS, which may further enhance project economics."

Additional technical details

The metallurgical test program covered a broad range of characteristics including mineralogy, comminution, gravity concentration, cyanide leaching (utilizing both bottle roll and lifter bottle roll methods), and silver precipitation through zinc dust (employing the Merrill-Crowe process). Tailings testing encompassed evaluations of slurry characteristics (such as thickening, filtration, and rheology), environmental factors, and the transportable moisture limit.

Two life-of-mine and fourteen variability composite samples were used in the test program. Bureau Veritas's Metallurgical Division in Richmond (British Columbia, Canada), ALS Metallurgy in Kamloops (British Columbia, Canada), ALS Metallurgy in Perth (West Australia, Australia), SGS in Burnaby (British Columbia, Canada) and Pocock Industrial in Salt Lake City (Utah, USA) completed the work.

Complete details and analysis of the metallurgical test program will be incorporated into the upcoming PFS. Below is a summary of additional technical details from the test program: The Bond ball mill work index and abrasion index generally align with PEA parameters. Oxide, transitional and sulfide materials all result in satisfactory silver recoveries. Continuous thickening tests for cyanide leach tailings achieved solid loading of 0.75 tonnes per hour per square meter and thickener underflow density of 66% solids. These two parameters outperformed PEA parameters. Several pressure filtration tests were completed for cyanide leach tailings. For the 60 mm chamber depth, filtration solid throughput was 142 tonnes per hour per square meter and the filter cake moisture content was 13.4%. These results generally align with PEA parameters. The measured transportable moisture limit was 13.5% on average. Preliminary cementation tests using zinc dust (Merrill Crowe) showed successful reduction of dissolved silver without any co-precipitation of dissolved copper. The efficiency of silver reduction was 98.4% ~ 99.9%.

QUALIFIED PERSON

The metallurgical testwork programs are supervised by Jinxing Ji, P.Eng., an independent metallurgical consultant, and Qualified Person ("QP") for the purpose of National Instrument 43-101 - Standards of Disclosure for Mineral Projects ("NI 43-101"). The scientific and technical information contained in this news release has been reviewed and approved by the QP. Jinxing Ji is a highly experienced metallurgist with more than 28 years' experience in the mining industry related to gold, silver, copper, zinc and lead, including mineral/metallurgical research and testwork, development of process flowsheet and process design criteria, scoping study, prefeasibility study, feasibility study, engineering design, plant commissioning and plant operational support/optimization for projects/mines in Turkey, Greece, Canada, China, Romania, Brazil and Papua New Guinea. Jinxing Ji was the Director/Manager, Metallurgical Services for Eldorado Gold Corporation for 15 years and the Consulting/Research Metallurgist for Placer Dome Inc. for 10 years.

ABOUT NEW PACIFIC

New Pacific is a Canadian exploration and development company with three precious metal projects in Bolivia. The Company's flagship Silver Sand project has the potential to be developed into one of the world's largest silver mines. The Company is also rapidly advancing its Carangas project towards a Preliminary Economic Assessment. For the Silverstrike project, broad oxidized gold mineralization was intercepted near surface from the company's discovery drill program in 2022.

CAUTIONARY NOTE REGARDING RESULTS OF PRELIMINARY ECONOMIC ASSESSMENT

The results of the independent preliminary economic assessment contained in the PEA are preliminary in nature and are intended to provide an initial assessment of the Silver Sand Project's economic potential and development options. The PEA mine schedule and economic assessment includes numerous assumptions and is based on both indicated and inferred mineral resources. Inferred resources are considered too speculative geologically to have the economic considerations applied to them that would enable them to be categorized as mineral reserves, and there is no certainty that the project economic assessments described herein will be achieved or that the PEA results will be realized. The estimate of mineral resources may be materially affected by geology, environmental, permitting, legal, title, socio-political, marketing or other relevant issues. Mineral resources are not mineral reserves and do not have demonstrated economic viability. Additional exploration will be required to potentially upgrade the classification of the inferred mineral resources to be considered in future advanced studies. AMC Mining Consultants (Canada) Ltd. ("AMC Consultants") (mineral resource, mining, infrastructure and financial analysis) was contracted to conduct the PEA in cooperation with Halyard Inc. (metallurgy and processing), and NewFields Canada Mining & Environment ULC (tailings, water and waste management). The qualified persons (as defined in NI 43-101) for the PEA for the purposes of NI 43-101 are Mr. John Morton Shannon, P.Geo, General Manage and Principal Geologist at AMC Consultants, Mr. Wayne Rogers, P.Eng, and Mr. Mo Molavi, P.Eng, both Principal Mining Engineers with AMC Consultants, Mr. Andrew Holloway, P.Eng, Process Director with Halyard Inc., and Mr. Leon Botham, P.Eng., Principal Engineer with NewFields Canada Mining & Environment ULC, in addition to Ms. Dinara Nussipakynova, P.Geo., Principal Geologist with AMC Consultants, who estimated the mineral resources. All qualified persons for the PEA have reviewed the disclosure of the PEA herein. The PEA is based on the MRE, which was reported on November 28, 2022. The effective date of the MRE is October 31, 2022. The cut-off applied for reporting the pit-constrained mineral resources is 30 g/t silver. Assumptions made to derive a cut-off grade included mining costs, processing costs and recoveries and were obtained from comparable industry situations. The model is depleted for historical mining activities. Mineral resources are constrained by optimized pit shells at a silver price of US$22.50 per ounce, silver metallurgical recovery of 91%, silver payability of 99%, open pit mining cost of US$2.6/t, processing cost of US$16/t, G&A cost of US$2/t, and slope angle of 44-47 degrees. Key assumptions used for pit optimization for the PEA mining pit include silver price of US$22.50 per ounce, silver metallurgical recovery of 91%, silver payability of 99%, open pit mining cost of US$2.6/t, incremental mining cost of US$0.04/t (per 10 m bench), processing cost of US$16/t, tailing storage facility operating cost of US$0.7/t, G&A cost of US$2/t, royalty of 6.00%, mining recovery of 92%, dilution of 8%, and cut-off grade of 30 g/t silver.

We seek Safe Harbor.