3 sizes available: 10g (10 grams = .35 ounce) , 25g, 40g ( please check before your order it) In a reusable clear screw top jar,very practical to store.
These are perfect for: Scrapbooking, miniature sweet sprinkles, mixed media creations, jewelry making, paper creations, nail polish embellishments and so much more.
3 sizes available: 10g (10 grams = .35 ounce) , 25g, 40g ( please check before your order it) In a reusable clear screw top jar,very practical to store.
These are perfect for: Scrapbooking, miniature sweet sprinkles, mixed media creations, jewelry making, paper creations, nail polish embellishments and so much more.
Cutting die set to use to cut out from paper, thin felt, thin foam wonderful paper designs. Create your own personalized greeting cards, invitations, scrapbooks and much more.
A set of 18 double-sided pages of a high quality scrapbooking paper with extra elements to cut (2x9 designs) + 1x sheet with EXTRAS TO CUT on the other side of the cover.
3 sizes available: 10g (10 grams = .35 ounce) , 25g, 40g ( please check before your order it) In a reusable clear screw top jar,very practical to store.
These are perfect for: Scrapbooking, miniature sweet sprinkles, mixed media creations, jewelry making, paper creations, nail polish embellishments and so much more.
Choose the ball size that is right for your project, and use these light-weight 3D Balls to achieve a special three-dimensional finish in the color of your choice.
Place as many 3D Balls as you will be using in a plastic cup, then add enough acrylic paint to ensure each of the balls is completely covered.
Ensure, the surface you will be decorating is positioned horizontally, then use a small spoon or a spatula dipped in water to apply the spheres. Using spheres of different sizes and colors on top of one another produces an exciting effect!
This package contains eleven sheets of 12x12 inch sheets of double-sided paper
Density: 190g
Acid and lignin-free.
*Due to monitor differences, actual colors may vary slightly from what appears online. * Physical papers are without watermark (the watermark is only visible on presented graphics)