Sami Reversible Trikini Red Spice / Mocha Brown
Our Sami Trikini is similar to our Amorosa one piece but Sami is reversible and can be worn whichever side you prefer. Sami offers a mix of daring exposure and sophisticated, structured design. Can be worn for the beach or pool, or also styled as a fashion statement for a girls night out in town.
Sami features a cross neck detail in the front and ties in the back for adjustable wear.
Designed to offer micro coverage in the bust area, and with a high cut leg and low back for a flattering fit.
It resists chlorine, abrasion, and provides UV protection.
Premium Nylon/Lycra 80/20
Ethically made in Colombia.
We contribute 1% of your purchase to remove CO₂ from the atmosphere.
Our Sami Trikini is similar to our Amorosa one piece but Sami is reversible and can be worn whichever side you prefer. Sami offers a mix of daring exposure and sophisticated, structured design. Can be worn for the beach or pool, or also styled as a fashion statement for a girls night out in town.
Sami features a cross neck detail in the front and ties in the back for adjustable wear.
Designed to offer micro coverage in the bust area, and with a high cut leg and low back for a flattering fit.
It resists chlorine, abrasion, and provides UV protection.
Premium Nylon/Lycra 80/20
Ethically made in Colombia.
We contribute 1% of your purchase to remove CO₂ from the atmosphere.
Our Sami Trikini is similar to our Amorosa one piece but Sami is reversible and can be worn whichever side you prefer. Sami offers a mix of daring exposure and sophisticated, structured design. Can be worn for the beach or pool, or also styled as a fashion statement for a girls night out in town.
Sami features a cross neck detail in the front and ties in the back for adjustable wear.
Designed to offer micro coverage in the bust area, and with a high cut leg and low back for a flattering fit.
It resists chlorine, abrasion, and provides UV protection.
Premium Nylon/Lycra 80/20
Ethically made in Colombia.
We contribute 1% of your purchase to remove CO₂ from the atmosphere.
