LMA - Leandro Manuel Araújo, SA
8583
8583
Baselayer
Composition 40% PA, 60% Recycled Q-Nova® Polyamide
Weight 245 g/m²
Width 150 cm
MOQ 300 meter
Functions
Product information
This is a premium fabric, with a very fine squared structure, knitted with 100% Polyamide - 60% of which is Recycled Q-Nova® Polyamide. Q-Nova® is environmentally sustainable, obtained from traceable regenerated raw materials. This fabric is the result of reduced CO2 emissions, reduced water consumption and use of renewable energy sources. This fabric is very soft, with natural stretch, allowing for free comfortable movement, regardless of the activity performed. This is a great choice of fabric for those that appreciate a classic clean-cut look. Golf enthusiasts will fall in love with it!
All values/information are provided by the supplier and were not verified by PERFORMANCE DAYS. These results were calculated using the Higg MSI 3.3. They were calculated by the supplier and are not third-party verified.
LMA - Leandro Manuel Araújo, SA
LMA is a young and vibrant company, engaged in the business of developing and producing the best fabrics the market has to offer, with special emphasis on high-performance technical products, designed to meet the highest quality standards of the multifaceted sports industry. Thanks to an amazing team that stands behind our company, as well as an extremely diversified park of machinery, we are able to offer exceptional fabrics that are capable of meeting the specific requirements of any business. Our collection is composed of an eclectic choice of fabrics, from which our clients can easily choose from. These fabrics can be acquired as originally developed by us, or a personal twist can be given to them if our clients so desire, as at this level as well, we are available to work alongside with our clients, helping them give shape to their own fabric ideas. So, whatever it is that you are looking for, you will certainly find at LMA! We assure you; we will not disappoint!
Production in
Portugal
Booth
Munich booth K12