text: Giga Metals Releases Final Drill Results From 2018 Program
  (Vancouver) – Mark Jarvis, CEO of Giga Metals Corp. (TSX.V: GIGA, OTC: HNCKF, FSE: BRR2) ("Giga Metals" or the "Company") today announced analytical results from the remaining two of 40 holes drilled in 2018 on the Company's Turnagain Nickel/Cobalt Project. Results from the other 38 holes were released in a news release dated January 30, 2019.
  "We're very pleased with these final drill results as both holes were mineralized over intervals spanning more than 200 metres, ended in mineralization and further demonstrate the exceptional continuity of this massive deposit," said Mark Jarvis, CEO of Giga Metals. "These results along with previously released holes will now be integrated into our resource model and metallurgical test work as we move the project towards the pre-feasibility stage."
  Metallurgical Infill Drilling Program
  The metallurgical infill drilling program was conducted with two skid-mounted drill rigs in the Horsetrail and Northwest zones. Although this drill hole provides valuable additional geological nd resource modeling information, its primary purpose was to collect material of appropriate characteristics for future metallurgical testing. Drill core samples from this hole were one-quarter NQ core.
  Table 1: Drill intercepts from metallurgical infill program drill hole DDH18-2921:
  DDH18-292 HT
  and 3.82
  176.00 249.02 (EOH)
  244.00 245.20
  68.00 0.273
  0.336 0.017
  0.020 39
  1HT: Horsetrail zone; EOH: end of hole. Metallurgical infill program holes were drilled into continuous or near-continuous disseminated mineralization.
  Table 2: Drill intercepts from the infill drilling program drill hole DDH18-2842:
  DDH18-284 NW
  including 9.14
  132.00 215.49 (EOH)
  215.49 (EOH) 206.35
  83.49 0.205
  0.252 0.012
  0.013 14
  2NW: Northwest zone; EOH: end of hole. Infill program holes were drilled into continuous or near-continuous disseminated mineralization.
  Diamond drilling in 2018 was conducted on the Turnagain property using NQ diameter drill rods. Drills were oriented using a Reflex TN-14 Gyrocompass drill and, after completion of the drill hole, were surveyed using a Reflex EZ-Gyro. Giga Metals systematically inserted certified reference materials (standards) and blanks into each batch of samples at regular intervals. Samples were placed in sealed bags and shipped directly to the ALS Minerals preparatory laboratory in Terrace, British Columbia. The 2018 samples reported herein were analyzed by either ALS Global of Vancouver, British Columbia ("ALS"), or by TSL Laboratories of Saskatoon, Saskatchewan ("TSL"). Samples prepared by ALS were by crushing the entire sample to 70% passing 2 millimetres, riffle splitting of 250 grams and pulverizing the split to better than 85% passing 75 micrometres. Samples prepared by TSL were by crushing the entire sample to 70% passing 1.70 millimetres, riffle splitting 250 grams and pulverizing the split to 95% passing 106 micrometres. The core samples also underwent a robust duplicate assay program that tests rejects and pulps for reproducibility. Samples were also sent to an umpire lab. Base metal analyses were determined using four-acid digestion method with ICP-AES finish. Precious metal analyses were determined by fire assay method with ICP-AES or ICP-AAS finish. Analytical results are verified with the application of industry standard Quality Assurance and Quality Control (QA/QC) procedures.