Showstopper

32.0099.00

About the Colour

Margaret O’Connor, based in Clare, is a milliner of eclectic couture designs. She brings a sense of drama and energy to her work. The statement blue, Showstopper, found infused in her bold designs and unique pieces, is sure to bring powerful notions.

Clear
Help me with quantity
Margaret O'Connor
About the Designer
Margaret O'Connor

Margaret O'Connor

Margaret O'Connor is a multi-international award winning innovation designer. She comes from an art and textiles background, having trained with distinguished milliners like Philip Treacy, Noel Stewart, Yvette Jeffs, Kirsten Scott and Sarah Cant. Margaret has won several awards, including the Global Original Fashion Design Award at Guangzhou International Fashion Week 2017, and Milliner of the Year at the Irish Fashion Innovation Awards 2014. Her creations have attracted great attention and been worn by a broad range of celebrities, including Lady Gaga and Years and Years. A sense of drama pervades Margaret O’Connor’s work. While filled with the landscape of her hometown of Boston, Tubber in County Clare, Margaret interprets Irish tradition and historicism through her own personal awakening. She produces eclectic couture designs and commercial millinery collections from her studio base. Showstopper is colour inspired by her eclectic designs.  

Eggshell

Eggshell is for interior and exterior use. For longer durability, gloss is recommended for exterior use. Its discreet low-sheen finish will give woodwork and metal a profound richness.

Enhanced Matt

Gloss

Gloss is for interior and exterior use. The high gloss finish is exceptionally hard-wearing and easy to clean, giving long lasting protection to wood and metal surfaces.

Primer

Satin

Satin is for interior and exterior use. For longer durability, gloss is recommended for exterior use. It’s ideal for woodwork and metal surfaces where a lower sheen and easy-clean finish is desired.

Subtle Sheen

Up to 10-12m2/litre when applied under normal conditions on a non-porous surface.