Medium Bugle Beads

Mill Hill Medium Bugle Beads Size 11/0 (9mm long, hole approximately 0.61mm)

Quantity/weight 55 per pack/2.70g.

$ May be affected by detergents, oxidation or strong friction.

Name	Price	Add To Cart	Description	SKU	Swatch
Mill Hill Medium Bugle Beads 82054 - Aqua Ice $	£2.90		Mill Hill Medium Bugle Beads 82054 - Aqua Ice $
Mill Hill Medium Bugle Beads 82053 - Nutmeg	£2.90		Mill Hill Medium Bugle Beads 82053 - Nutmeg
Mill Hill Medium Bugle Beads 82051 - Royal Mauve	£2.90		Mill Hill Medium Bugle Beads 82051 - Royal Mauve
Mill Hill Medium Bugle Beads 82050 - Red Rainbow	£2.90		Mill Hill Medium Bugle Beads 82050 - Red Rainbow
Mill Hill Medium Bugle Beads 82045 - Willow	£2.90		Mill Hill Medium Bugle Beads 82045 - Willow
Mill Hill Medium Bugle Beads 82023 - Root Beer	£2.90		Mill Hill Medium Bugle Beads 82023 - Root Beer
Mill Hill Medium Bugle Beads 82020 - Creme de Mint	£2.90		Mill Hill Medium Bugle Beads 82020 - Creme de Mint
Mill Hill Medium Bugle Beads 82014 - Black	£2.90		Mill Hill Medium Bugle Beads 82014 - Black
Mill Hill Medium Bugle Beads 82012 - Royal Plum	£2.90		Mill Hill Medium Bugle Beads 82012 - Royal Plum
Mill Hill Medium Bugle Beads 82011 - Victorian Gold $	£2.90		Mill Hill Medium Bugle Beads 82011 - Victorian Gold $
Mill Hill Medium Bugle Beads 82010 - Ice $	£2.90		Mill Hill Medium Bugle Beads 82010 - Ice $
Mill Hill Medium Bugle Beads 80777 - Potpourri	£2.90		Mill Hill Medium Bugle Beads 80777 - Potpourri
Mill Hill Medium Bugle Beads 80479 - White	£2.90		Mill Hill Medium Bugle Beads 80479 - White
Mill Hill Medium Bugle Beads 80374 - Rainbow $	£2.90		Mill Hill Medium Bugle Beads 80374 - Rainbow $
Mill Hill Medium Bugle Beads 80168 - Sapphire	£2.90		Mill Hill Medium Bugle Beads 80168 - Sapphire
Mill Hill Medium Bugle Beads 80161 - Crystal	£2.90		Mill Hill Medium Bugle Beads 80161 - Crystal
Mill Hill Medium Bugle Beads 80123 - Cream	£2.90		Mill Hill Medium Bugle Beads 80123 - Cream
Mill Hill Medium Bugle Beads 80020 - Royal Blue $	£2.90		Mill Hill Medium Bugle Beads 80020 - Royal Blue $