Behind the Design
Our convertible, multifunctional dresses, skirts and tops are exceptional in quality, fabric and fit.
Henkaa's signature Lenaa™ fabric is available in a wide range of gorgeous colours. Convertible infinity dresses made from this versatile 4-way stretch fabric are machine washable, wrinkle resistant, and sizing flexible, allowing you to re-style and re-wear it for years to come.
It's no secret that our Lenaa™ Fabric is one of a kind: it's silky and moves with your body. However, to truly believe it, you must feel this unique material. Fabric Colour Swatches are one of the ways we let you try before you buy. Deciding on colour and shade is made easy for your next timeless wardrobe staple or your wedding theme palette and bridesmaids dress colours.
Standard shipping is FREE to Canada & USA!
Our convertible, multifunctional dresses, skirts and tops are exceptional in quality, fabric and fit.
All Henkaa garments are carefully made in Canada by hand in small batches.
We're committed to producing quality products that are made to last while supporting the local economy.
Choosing quality over quantity helps divert fashion waste - because you’ll have pieces you'll wear again and again that stand the test of time.
Henkaa dresses are made from our luxurious Lenaa™ Signature Fabric, a premium knit blend.
Its four-way stretch makes it the ultimate in comfort and always flattering with its soft drape.
Our Lenaa™ fabric is both practical and elegant - heavyweight, breathable, non-clingy, wrinkle resistant, and machine washable.
All of our products are made in size ranges fitting up to US dress size 24.
We have wider, longer straps and fuller skirts to suit more body shapes and sizes than other convertible dresses on the market.
We test, tweak and refine every detail, and with your feedback, we keep improving them to make sure women from all walks of life feel comfortable in our clothes (and look damn good too)!
We donate 1% of our sales to the Joanna Duong Chang Memorial Foundation to help girls and women reach their fullest potentials.