Lake Acid

Girls Tie Me Tight One Piece

The one piece style that offers you the flexibility to tie it just the way you like.

Tie me up, tie me tight, tie me anyway you like!

• My single bind straps can be tied at the back to give you the perfect fit for your next session.
• If you’re long and tall tie me loose for extra length in your shoulder straps, or if you’re short and sweet tie me tighter to pull me in more.
• I’ve got a higher leg and bum than my Diamond Back and Single Strap One Piece sisters but will still keep you covered throughout your session.
• With a moderately high cut leg it’s the perfect style to strap in for a hard session in the pool or relax when you’re poolside.
• Made from our exclusive C-Infinity fabric, a 100% Italian polyester that is a colourful breakthrough in chlorine resistant fabric technology! The superior choice for swimmers, C-Infinity has exceptional strength and can retain its durability far beyond other elastane swimwear fabrics.
• Ideal for frequent pool use for recreational and performance-based swimming.

One summer in a sleepy lakeside town, strange events started to occur in the dark, murky depths of their prized lake which forced the residence to make an extremely difficult decision. Either invite a B-Grade Hollywood production company to film ANOTHER sequel to one of the worst movies ever produced or fill the lake with acid to destroy anything and everything that may be lurking in its depths. Thankfully they chose the second option. The lake and its surrounds became completely uninhabitable, but on the plus-side, anyone who dared a dip in the lake came out with beautiful iridescent swimwear, and one less awful film was produced.

This print is a placement so the pattern will appear exactly as you see it in the photos, except of course larger or smaller sizes will have more or less of the print on display. Best of all this print has been produced via the latest direct digital printing technology, which means it is better for the environment as there is minimal wastage and water consumption in the printing process.