MONTREAL, QUEBEC--(Marketwired - Aug. 23, 2017) - Canada Strategic Metals Inc. ("Canada Strategic Metals" or "the Company") (TSX VENTURE:CJC)(FRANKFURT:YXEN)(OTCBB:CJCFF) is pleased to announce the start of a major exploration program on its properties in Quebec's James Bay region.

The Company has finished compiling data from historical work on the Apple property and the recently acquired Annabelle, Blanche and Charles properties, which are 100% owned by the Company. A total of 30 days of prospecting and mapping are planned for each of the new properties (Annabelle, Blanche and Charles), as well as approximately two weeks of sampling and channelling work on the Apple project, located in the immediate vicinity of the Sakami project (see press release dated March 21, 2016).

Apple Property

The prospecting and geological surveying work carried out in the summer of 2016 was a success, with the discovery of multiple new zones and assay results from 291 grab samples of up to **5.28 g/t gold, 95 g/t silver, 0.81% copper, 1.71% lead, 1.83% zinc and 576 ppm cobalt. The new program will test the showings discovered in 2016 through follow-up work and detailed mapping, as well as stripping and channelling to better outline the mineralized zones. The table below shows the best results from the 2016 program.

Table of best results

Drill hole #	Easting	Northing	Au ppm	Ag ppm	Co ppm	Cu ppm	Ni ppm	Pb ppm	Zn ppm	Pb %	Zn %
R647404	368225	5894021	0.074	8.4	9	65	39	708	3 900
R647405	368237	5894022	0.131	48.2	5	16	90	7 360	32
R647406	368166	5894070	0.324	76.2	46	8 070	155	582	166
R647421	367062	5893976	0.019	0.7	55	1 245	146	2	16
R647427	367817	5894006	0.033	14.7	38	427	27	1 550	36
R647428	367792	5894025	0.147	95	22	390	102	>10 000	>10 000	1.71	1 825
R647429	367705	5894034	-0.005	1.2	191	265	1 855	201	301
R647431	367712	5894035	0.147	19	99	3 650	185	1 140	2 320
R647436	367765	5894421	0.985	0.3	4	129	5	2	10
R647446	367445	5894481	0.468	0.2	20	84	38	3	68
R647447	367449	5894503	0.938	-0.2	20	95	44	3	121
R647453	367038	5894596	0.215	0.3	48	251	134	-2	44
R647461	366291	5894856	0.055	1.7	567	1 740	207	6	30
R647464	366303	5894851	0.049	1.4	43	1 930	300	7	90
R647471	364493	5893852	-0.005	-0.2	109	22	1 825	2	33
R647472	364410	5893783	0.008	1	68	2 250	335	2	33
R647724	364545	5895353	0.019	1.2	23	1 285	35	11	39
R647725	364184	5895047	0.009	-0.2	119	17	1 730	-2	33
R647551	368990	5894103	0.005	0.2	7	52	52	36	1 620
R647620	367033	5894813	0.253	-0.2	16	71	8	2	28
R647621	366829	5894809	0.114	-0.2	-1	7	3	2	6
R647672	365615	5895400	0.021	1.2	140	2 210	181	6	2 820
R647680	365542	5893297	1.95	1.5	488	2 880	473	7	>10 000	1.12
R647684	365418	5894049	0.023	0.5	39	175	89	6	1 540
R647686	364986	5893781	1.16	0.7	5	250	12	141	5
I740006	373426	5889799	5.28

** The samples are selective by nature and are unlikely to represent the average grade of the deposit.

Geological and geophysical compilation maps for the Apple property can be found on the Company's website at www.csmetals.ca.

The 2015 sampling program was managed by Consul-Teck Exploration of Val-d'Or, Quebec, who designed and supervised the program.

Consul-Teck Exploration applied QA/QC procedures to ensure best practices in sampling and analysis of the grab samples. The grab samples were described and sent for assay. Duplicates, standards and blanks were inserted regularly into the sample stream.

A total of 291 samples were collected and sent to the ALS and Bourlamaque laboratory to be assayed for gold and indicator minerals. The samples were delivered, in secure tagged bags, directly to the analytical facility for analysis, in this case the ALS Minerals and Bourlamaque laboratory facility in Val-d'Or, Quebec. The samples are weighed and identified prior to sample preparation. All samples are analyzed by fire assay with AA finish on a 30g sample (0.005-10 ppm Au) and ICP-41 for the other elements. Value over 10,000 ppm were re-assays by OG-46.

Annabelle Property

The prospecting program on the Annabelle property is aimed at discovering gold showings as well as showings of base metals such as copper, silver, nickel and zinc.

Systematic sampling will be done at each change in lithology or texture, with particular attention paid to areas most likely to contain mineralization, such as lithological contacts, faults, shear zones and the metamorphic gradient.

Local geology

The Annabelle property hosts several geological units but appears to be mainly composed of sedimentary rocks and minor iron formations. Mafic volcanic bands 2-10 km long by 1-5 km wide are also wedged between the sedimentary rocks and intrusive bodies, and intermediate tuffs have been observed in the form of long bands similar to the mafic volcanics. The units are distributed parallel to each other in a northwest-southeast orientation with penetrative schistosity. There is a regional curvature in the most northwestern part of the property (possibly a regional fold resulting from the intrusive to the north), and everything appears to have been displaced by northeast-striking faults.

Mineralization

The mineralization of the newly-acquired Annabelle property (formerly the Wabamisk property) appears to consist mainly of pyrite and pyrrhotite with arsenopyrite-enriched zones. Several occurrences of chalcopyrite and bornite, two copper sulphides, have also been observed. The mineralization has been found in sedimentary, volcanic and intrusive units and thus does not appear to be associated with any type of lithology in particular. The sulphides are usually disseminated, but sometimes occur in stringers (mm - cm).

The gold appears to be associated with quartz-tourmaline veins and veinlets with pyrite, pyrrhotite and chalcopyrite in wackes/greywackes (sedimentary rocks/arenites) at the edges of the contacts between the units and in the shear zones. The volcanic rocks and intrusives have also returned anomalous gold values, but very little compared to sedimentary rocks.

Geological and geophysical compilation maps for the Annabelle property can be found on the Company's website at www.csmetals.ca.

Blanche and Charles Properties

The goal of the exploration program on the Blanche and Charles properties is to sample the properties systematically to establish a reliable geological database and improve the understanding of the geology and structure of the various sectors. In addition, the geological setting (greenstone belt) appears to be favourable for the discovery of gold and base metals.

Local geology

There is very little information available on the Blanche and Charles properties. In general, a wide band of mafic volcanic rock (greenstone) is observed, about 40 km long by 2-5 km wide on the Blanche property and 8-10 km long by 2-3 km wide on the Charles property.

Blanche Property

The Blanche property primarily consists of a wide, east-northeast trending mafic band interpreted as an amphibolite basalt interbedded with small segments of magnesium basalt and komatiite, iron formations (silicate and/or oxidized) and wackes. The property is bordered to the south and north by intrusive rocks that have been described as Hornblend and biotite tonalite ± magnesium to the south and tonalitic gneiss, tonalites, granodiorites and quartz monzogranites to the north.

Particular attention should therefore be paid to the lithological contacts between iron formations, wackes and amphibolite basalts. Work carried out by ExploLab on behalf of Les Explorations Carat Inc. confirmed the presence of gold in the iron formations. The mineralization is highly variable, but can be up to 10% sulphides locally. The sulphides observed were pyrrhotite, pyrite and arsenopyrite, generally associated with bands of chert. The pyrrhotite occurs in veinlets (mm) and the pyrite and arsenopyrite are disseminated or in small clusters. ExploLab concluded that the gold is associated with arsenopyrite. Some intrusives (felsic rocks) also showed chalcopyrite and sphalerite mineralization.

In addition, the magnetic highs and lows can be easily located on the magnetic map of the area, which makes it possible to easily identify the iron formations and the pyrrhotite-rich wackes. The western sector, which corresponds to a magnetic high bordered by a magnetic low, warrants careful sampling, as significant gold anomalies have been observed in showings such as the Simon showing on the La Pointe sector of the Sakami property in the same type of setting (signature).

Geological and geophysical compilation maps for the Blanche property can be found on the Company's website at www.csmetals.ca.

Charles Property

The Charles property seems relatively similar to the Blanche property. It consists almost entirely of a northeast-striking band of mafic rocks (amphibolited amphibolite-basalt) interbedded with banded iron formations (silicate and/or oxidized) and paragneiss bands derived from feldspath wackes with biotite and garnet. Some parallel bands of ultramafic rocks (peridotite and pyroxenite) have been observed. Magnetic highs can be clearly seen in the southern portion of the property on the magnetic map of the property. This strong magnetism must correlate with the presence of numerous silicate, oxidized and sulfurized (pyrrhotite) iron formations. The magnetic lows associated with magnetic highs on this property also merit careful sampling; such sites are often the preferred locations for the deposition of mineralization.

Geological and geophysical compilation maps for the Charles property can be found on the Company's website at www.csmetals.ca.

Jean-Sebastien Lavallée (OGQ #773), geologist, Executive Chairman and Exploration Manager of the Company and a Qualified Person under NI 43-101, has reviewed and approved the technical content of this release.

About Canada Strategic Metals

Canada Strategic Metals is an emerging company focused on the exploration and development of a number of projects covering over 22,584 hectares in Quebec. With broad management experience in green technology and junior resource exploration and development, Canada Strategic Metals is well positioned to aggressively advance this promising property portfolio for its shareholders.

For more information on the Company, please visit www.csmetals.ca.

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