Announcement • Jun 11
Renforth Resources Reports Initial Assay Results from 2026 Parbec Stripping Program Renforth Resources Inc. has announced assay results from the initial six surface grab samples collected during stripping operations, prior to washing, during the 2026 stripping program at its Parbec gold deposit in the Abitibi region of Québec, Canada. The 2026 Parbec stripping programme was designed to expose and directly sample bedrock in the diorite splay area south of the Cadillac Break, within the Pontiac sediments. The program has successfully removed overburden from the contact of the Cadillac Break with the Pontiac Sediments to the south and revealed the underexplored Diorite Splay identified by Renforth. The uncovered ground features an altered and silicified diorite, which generally carries gold when sulfides are present, as seen in prior drilling and surface sampling. Of the six grab samples submitted to ALS (samples L882913 through L882918), one sample — L882915 — returned results of significance. The 30-gram fire assay result of 0.567 g/t Au represents a meaningful gold value for a surface grab sample and clears the Company's internal 0.3 g/t threshold for materiality. Grab samples are selective in nature and do not represent anything more than the sampled material itself, they should not be assumed to be representative of mineralization elsewhere on the property. Of note is the discrepancy between the fire assay (0.567 g/t) and the 0.5-gram ICP-MS result (1.56 g/t). When a smaller-charge analytical method returns a higher value than a larger-charge fire assay, this is a well-understood phenomenon in gold analysis indicating the presence of coarse gold particles — gold that is not evenly distributed within the sample matrix. This result is consistent with the coarse, free-gold style of mineralization documented in orogenic deposits of the Malartic camp and the nugget effect previously observed at Malartic. Renforth has carried out 3 small multi-element testing programs at Parbec. These were a 2019 drill core pulps and rejects ME assay program, a channel sampling program in spring 2025 and the 6 mid-program grab samples taken in May. Analysis from this most recent multi element sampling has resulted in the identification of a pathfinder element signature accompanying the gold result, further reinforcing the interpretation of an orogenic gold system being present at Parbec. Sample L882915 returned tungsten at 92.6 ppm and bismuth at 1.51 ppm, with elevated boron. This W-Bi-B assemblage is consistent with scheelite-bearing orogenic gold systems, a signature that Renforth has now confirmed across three independent sampling events at Parbec: 2019 NQ drill core, 2025 channel samples, and the 2026 grab samples reported herein. With stripping and washing complete the Company is now advancing to systematic mapping and channel sampling of the stripped ground to better characterize the geometry, continuity, and grade distribution of the exposed mineralization at Parbec. Early field observations on the ground, drone imagery and aerial photography support Renforth’s long standing hypothesis of structures perpendicular to the Cadillac Break, providing additional support to the geological model for the Parbec gold deposit. Announcement • Mar 25
Renforth Resources Inc. announced that it has received CAD 1 million in funding On March 24, 2026, Renforth Resources Inc. closed the transaction. The company issued 40,000,000 units at a price of CAD 0.025 for gross proceeds of CAD 1,000,000. Each unit consists of one common share and one purchase warrant which entitles the holder to purchase an additional common share at a price of CAD 0.05 for a period of 24 months subsequent to closing. The transaction included participation from Frank Guillemette. There are no fees payable in conjunction with this financing. 40,000,000 common shares and 40,000,000 common share purchase warrants representing 8.61% of the issued and outstanding common shares on a non-diluted basis; and 14.81% on a partially diluted basis, assuming exercise of the warrants. 
