‘BELIEVE IN THEE I’ – Lava / lt faceted topaz – rosary – (8 mm – 24 in.) – RWSP.FL.21310
FATIMA SERIES: ‘BELIEVE IN THEE I”
AVE BEADS: Natural lava rock, gemstone grade, matte black, 8 mm round, B grade, Mohs hardness 3 to 3-1/2. (We have used these lava beads for years with no problems.)
PATER BEADS: Lampwork beads in white, set with 2 hand made rosebuds per bead. Each bead a light topaz set in a clear faceted crystal. We have added antiqued filigree caps on each side to complete their beauty.
CRUCIFIX: CHRIST / 2 MARYS -.Spanish Colonial / 18 – 19c – (2 in.)
CENTER: MARY / LILY (new) – EUROPE / late 19 c – ( 1.5 in. )
COMES WITH FATIMA MEDAL ATTACHED
WHY 2 PATER BEADS? Each of the rosaries in this series shares two hand made Pater beads instead of just one. (And I am going to make mine with 3!) We find it very beneficial as several prayers have been added to the basic rosary over the years, one being the FATIMA DECADE PRAYER which comes just before the announcement of the next mystery and the OUR FATHER.
You have the option below of either the double Pater pictured or a traditional single bead Pater.
FATIMA DECADE PRAYER: (May said to the children ‘When you pray the Rosary, say after each mystery:)’O my Jesus, forgive us [our sins], save us from the fire of hell. Lead all souls to heaven, especially those who are most in need of thy mercy.
ABOUT OUR MEDALS: All our crucifixes, crosses, religious medals and rosary centers are handcast from antique and vintage pieces in solid bronze and sterling silver then antiqued to restore original patina.
PRICING SUBJECT TO CHANGE WITHOUT NOTICE (pricing determined by gram wt of precious metal at time of casting) very limited, unable to replace as imaged.
20% DISCOUNT APPLIED BELOW UNTIL GONE
ROSARY: Single Pater
BRONZE: ($220) your special price $176
STERLING: ($434 your special price $347.20
ROSARY: Double Pater (pictured)
BRONZE: ($232) your special price $185.60
STERLING: ($434) your special price $347.20
PRICING SUBJECT TO CHANGE WITHOUT NOTICE: (pricing determined by gram wt of metals at time of casting)