StazOn

SZ95 StazOn Ink Pad Azure StazOn is a solvent based ink pad (no nasty smell), drys instantly and is waterproof which means you can colour your images with watercolours. Because of the type of ink, as well as stamping onto paper and card it also works on plastic, foil, glass and metal! A very versatile ink pad indeed.

SZ21 StazOn Ink Pad Blazing Red StazOn is a solvent based ink pad (no nasty smell), drys instantly and is waterproof which means you can colour your images with watercolours. Because of the type of ink, as well as stamping onto paper and card it also works on plastic, foil, glass and metal! A very versatile ink pad indeed.

SZ81 StazOn Ink Pad Cherry Pink StazOn is a solvent based ink pad (no nasty smell), drys instantly and is waterproof which means you can colour your images with watercolours. Because of the type of ink, as well as stamping onto paper and card it also works on plastic, foil, glass and metal! A very versatile ink pad indeed.

SZ110 StazOn Ink Pad Cotton White StazOn is a solvent based ink pad (no nasty smell), drys instantly and is waterproof which means you can colour your images with watercolours. Because of the type of ink, as well as stamping onto paper and card it also works on plastic, foil, glass and metal! A very versatile ink pad indeed.

SZ99 StazOn Ink Pad Forest Green StazOn is a solvent based ink pad (no nasty smell), drys instantly and is waterproof which means you can colour your images with watercolours. Because of the type of ink, as well as stamping onto paper and card it also works on plastic, foil, glass and metal! A very versatile ink pad indeed.

Staz On Ink Pad - Metallic Gold - SZ-000-191 This solvent based ink pad is perfect for adding a luxury feel to your craft work. The ink is acid free, permanent and suitable for a wide range of different surfaces.

Staz On Ink Pad - Metallic Silver - SZ-000-192 This solvent based ink pad is perfect for adding a luxury feel to your craft work. The ink is acid free, permanent and suitable for a wide range of different surfaces.