Elegant Eagle nanoSPACE by LADA black designer dressCode: 2183
Product detailed description
What is the difference between the Elegant Eagle and the Summer Eagle?
The Summer Eagle is made of a very lightweight, airy material that is suitable for the hot summer months. The Summer Eagle dress is ideal for travelling as it is very packable and there is no need to iron it, just hang it up and the dress will straighten in a few dozen minutes. The Elegant Eagle is made from a shiny elegant material that is self-cleaning. The dress looks more luxurious and is suitable for all types of events. Elegant Eagle material also has self-cleaning properties. Summer Eagle and Elegant Eagle have the same design and UV filter to protect your skin.
Features of the material nanoSPACE by LADA
- Eliminates odor,
- UV filter,
- Moisture transport, and suitable for excessive physical activity,
- high thermoregulatory properties,
- material tested in Amoené cosmetic production.
Thermoregulating properties of the material - what does it mean?
The material has been chosen to keep you cool in summer and warm in winter. It transports heat and moisture well, is comfortable on the body and soft.
Why invest in clothing from nanoSPACE by LADA
The nanoSPACE by LADA collection was designed on the principle of slow fashion, and was designed and made in the European. The materials we used for our collection will pamper you and protect your skin. They are comfortable, transport sweat away from your body, and the silver nanoparticles also help eliminate odor.
The material properties are patented, permanent and fully functional for an unlimited number of washing cycles compared to conventional antibacterial materials. Our materials have been tested in the extreme conditions of the Dakar Rally and Africa Eco Race.
How do our clothes save nature?
We're slow-fashion enthusiasts and love timeless, stylish pieces that are kind to nature. That's why we've set out to make clothes that are stylish today and decades from now. We've taken inspiration from decades of fashion to create pieces that will be part of your essential wardrobe.
So we looked for materials that will be long-lasting and easy to maintain. The material that this piece of clothing is made from has a hydrophobic surface. This makes it easy to clean, dirt doesn't penetrate deep into the fibers, and minimal water and detergents are needed to remove it. The antibacterial properties of the silver nanoparticles eliminate excessive bacterial growth and odor.
Low maintenance makes the dress eco-friendly, eliminating water, detergent and energy consumption.
nanoSPACE by LADA clothing by European designer
Lada Vyvialová is one of the leading European designers and has won numerous European awards, including the Elle Edition, Patrizia Gucci Selection and Gentleman's Essentials by MINI. Lada Vyvialová is one of the few designers in the world who use functional materials enriched with nanotechnology in design.
nanoSPACE by LADA is a Slow-fashion brand
Lada Vyvialová designed our collection based on the principle of slow fashion. We take into account ecological and ethical aspects of production.
When producing our collection, we keep in mind that the pieces should be produced ecologically, that they should be timeless and of high quality. All of our designs are made locally in the European.
As a slow-fashion fashion manufacturer, we prefer high quality over quantity. We believe that investing in a refined quality piece is not an investment for a month, but that our pieces will be in your wardrobe for years to come.
The function of nanotechnology in the material
The material is enriched with silver nanoparticles, which are bound directly in the fibre by special technology so that the material retains its properties even after dozens of washing cycles. Thanks to the silver nanoparticles, the material is antibacterial, suitable for high intensity activities and ideal for those who have a problem with sweating.
About the material
Patented functional antibacterial material that combines nanotechnology-enriched polyester and elastane. It meets all demands for functionality, yet the material is extremely flowing, smooth to shiny and looks very elegant.
The material has a hydrophobic surface and thus achieves an easy-care self-cleaning effect. This prevents dirt from penetrating the structure. Dirt remains on the surface and rolls off easily with water. The functional fibre profile transports moisture away from the body and dries quickly on the surface, has UV filter and thermoregulating properties - cooling in summer, warming when covered with another layer. The antibacterial properties of silver nanoparticles eliminate excessive bacterial growth and odours.
The material properties are patented, permanent and fully functional for an unlimited number of washing cycles. Material tested in Amoené cosmetic production.
Sizing provided in cm
Maintenance and washing
Can be washed normally at 40°C, for gentle washing we recommend ecological detergents.
The Czech company nanoSPACE has been operating on the market since 2012 and focuses primarily on products where nanofiber textiles are used. In 2012, it became the first manufacturer to use a nanofibrous membrane in barrier covers for allergy sufferers. Since then, it has expanded its portfolio to include nano duvets and nano pillows, which are especially suitable for people with dust allergies.
In 2016, it was the first in the world to present functional bed linen that can fully replace barrier coatings. This product line, which bears the name Nanocotton®, was able to combine the functionality of the material with organic cotton and is suitable not only for allergy sufferers, but also for atopic patients.
During the coronavirus epidemic in 2020, nanoSPACE used its long-term knowledge in the field of nanofiber materials and started the production of anti-virus neck gaiters and protective masks made of nanofiber. From 2021, it also produces designer washable nano masks.
In 2021, the nanoSPACE company founded the subsidiary nanoSPACE Technology, which is dedicated to development, research and innovation in the field of nanofiber textiles.