CXU was on the slide for the last 6 months, from >5c to as low as 1.3c. Announcement last week saw a bit of of interest and moves up to 2.2c
YANREY URANIUM PROJECT
BROAD, HIGH-GRADE URANIUM MINERALISATION IN FIRST FOUR HOLES AT MANYINGEE SOUTH CONFIRM SIGNIFICANT DISCOVERY
Highlights
• Cauldron’s Manyingee South prospect (Target 15) lies 4.5kms south of Paladin’s (ASX: PDN) Manyingee Deposit, a globally significant ISR uranium deposit.
• Each of the first four holes drilled at the Manyingee South target have intersected mineralisation; defining a thick, high-grade mineralisation along a continuous 1.5km strike length, open in all directions.
• Further drilling is occurring to test extensions of the identified mineralisation.
• Drill hole logging at Manyingee South indicates that the stratigraphic units show strong similarities to Paladin’s adjacent Manyingee Deposit with uranium mineralisation interpreted to lie in a palaeochannel parallel to the Manyingee deposit channel.
• Mineralisation is developed at prominent stacked redox boundaries and is interpreted to be “roll-front-type” uranium mineralisation similar to that reported at Manyingee.
• Drilling intersected several discrete zones of uranium mineralisation....
• Cauldron’s Yanrey Uranium Project covers more than 80 kms length of ancient, Cretaceous-age sedimentary coastline, host to multiple prospective paleochannel systems sourced by uranium-bearing granitoid uplands to the east and stretching from the Carley Bore Uranium Deposit in the south to the Spinifex Well Uranium prospect in the north.
• Historical exploration work has primarily focused on three of these uranium-bearing palaeochannel systems, viz. Bennet Well, Manyingee, and Carley Bore.
• Several additional prospective palaeochannel systems are yet to be effectively tested, including the Manyingee South channel. All up, historical work has identified a further 15+ palaeochannels for immediate testing.
• With the largest tenement holding in the region, Cauldron is well placed to explore for, and identify further uranium deposits as it targets prospective palaeochannel system