Women's Modern Dance Bottoms with Mesh Sides
Store Availability
Store Availability
BENEFITS
Moisture management
The fabric of these dance bottoms will keep you dry during your workout!
Flowing fabric
The flowing fabric offers comfort and freedom of movement.
Modularity
New adjustable waistband for a perfect fit.
Stretch
The elastane content and loose fit leave you free to move.
Breathability
Breathable fabric: everything is designed for you to dance in good conditions
TECHNICAL INFORMATIONS
What should you wear with these black bottoms for your dance classes?
These black modern dance bottoms team perfectly with a draping or slim-fitting top. Wear your outfit to match your style: tuck your looser tops into the elasticated waistband for a blousy look, or go for a slim-fitting crop top!
What are the benefits of these modern jazz and contemporary bottoms?
These bottoms have a flat, wide, elasticated waistband that holds them in place throughout your modern jazz or contemporary dance class. The waistband has a drawstring so you can adjust them to fit comfortably, no matter your physique.
composition
composition
Main fabric: 4.0% Elastane, 96.0% Modal; Yoke: 10.0% Elastane, 90.0% Polyester
Tips for storage and maintenance
MAXIMUM WASHING TEMPERATURE 30°C. NORMAL TREATMENT.
BLEACHING EXCLUDED.
DO NOT TUMBLE DRY.
IRONING AT A MAXIMUM SOLEPLATE TEMPERATURE OF 110°C. STEAM TREATMENT MAY CAUSE IRREVERSIBLE DAMAGE.
DO NOT DRY CLEAN.
TESTS AND WARRANTY
Warranty
2 Years
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Our Ecodesign Approach
Our ecodesign approach reduces the environmental impact of our products.
We’ve examined the environmental footprint of this product in order to identify how we can produce it in a more sustainable way. With this knowledge, our design teams were able to develop this product while significantly reducing its environmental impact.
Sustainable design measures implemented on this product.
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MaterialArtificial fibers
Product made from 95% artificial fibers
Using artificial fibers obtained from wood pulp rather than virgin cotton reduces the CO2 emissions linked to the material by at least 6%.