RETEX products are based on the principles of a green and circular economy. We are experts in mechanical textile recycling and processing into new technical textiles with an extended life cycle. OUR MISSION AND VISION Our mission is to create sustainable and innovative circular economy textile products for solving a global challenges in adaptation for climate changes.
RETEX a.s.
RETEX products are based on the principles of a green and circular economy. We are experts in mechanical textile recycling and processing into new technical textiles with an extended life cycle. OUR MISSION AND VISION Our mission is to create sustainable and innovative circular economy textile products for solving a global challenges in adaptation for climate changes.
Reo Eco
We focus exclusively on recycling. Our fully vertical factory transforms waste into high-quality filament yarn, entirely in-house. By controlling every step, from sorting and recycling to polymer processing and spinning, we ensure consistency, traceability, and performance. BioCulus® is our enzymatic textile-to-textile recycling process, scaling up to 10,000 tons per year. It enables a new way to recover polyester from textile waste with precision and reliability. Our approach combines industrial scale with material science to deliver consistent, high-quality recycled solutions for the textile industry, setting new standards for quality and smarter resource use.
Perfect Engineering Corporation
One of the leading textile machineries Manufacturers from India for hard waste yarn, Knitted & Woven fabric waste, cotton waste Recyling, Modern Blow room Line, New Generation High Production Card, Technical textiles, Non wovens, Sanitary Surgical Cotton, Service Equipment for Spinning.
PANA Central Europe
We are present on the market since 2003. We design and manufacture containers for selective waste collection. We specialize in containers for textiles and used electrical and electronic equipment. The source of our knowledge is information from our clients. Their experiences are the most important inspiration for us. This is where the real need for functionality, durability and aesthetics is born. Thanks to this, we create products for professional use. | PANA Central Europe operates in the market of metal component manufacturers, focusing exclusively on the production of steel containers, which are in high demand in the recycling industry. The company has been on the market since 2003. For many years, it has successfully designed and produced containers for selective waste collection. The products are appreciated for their safety and quality. PANA Central Europe currently possesses significant internal potential as a business entity. This potential can be successfully leveraged when implementing innovative strategies and expanding the product offering with new innovative products. Below are the company’s key strengths described: strong production and engineering backing, experience in the specialized waste sector, innovation and development of a new product category, international presence and acquisition activities, operational flexibility and ability to implement tailored solutions. Due to its innovation, flexibility, and openness to new markets, PANA Central Europe is in a very advantageous position for the rapid development and scaling of its new product.
MESDAN SPA
MESDAN SPA, based in Italy and founded in 1952, now part of Vandewiele, has reached a leading position worldwide in the field of yarn joining and textile laboratory equipment. Yarn Joining Solutions: Mesdan splicers (trademarks Jointair, Aquasplicer, Hot Jointair, Moistair), are designed in the automatic version for automatic winders, and in the semi-automatic version for hand operated installations and are suitable for spun or filament, regular or technical yarns and rovings. For TEXTILE RECYCLING, in the golden hierarchy of the “3Rs” (reduce, reuse, recycle), MESDAN SPLICING technology allows to joint waste tubes from weaving, by rewinding them on both manual and automatic machines, giving new life to yarn waste. The fresh technological novelty is related to the possibility of recycling multifilament yarns by using automatic winders. Previously, multifilament yarns could be rewound only by using manual winders with hand operated splicers. Recently, Mesdan and Savio (well known autowinder manufacturer and Mesdan’s sister company) developed this unique machine on the market, the AUTOMATIC WINDER FOR MULTIFILAMENT YARNS. According to length and diameter of the waste bobbins, different configurations are available. Due to heavy footprint of polyester and nylon, this fresh novelty is receiving an excellent market response. Laboratory equipment: engineered, designed and manufactured in Italy, the MESDAN LAB division offers a complete range of instruments for a variety of different textile materials, for all production processes (spinning, weaving, knitting, dyeing & finishing), as well as for the educational or R&D and classing institutes. For TEXTILE RECYCLING, Mesdan showcase the LAB SHREDDING MACHINE, an equipment for simulating the textile mechanical recycling in miniature; it is an ideal solution for R&D as well as for the recycling of small lots of textile waste. Like a real production machine, it transforms different types of textiles (yarns, knitted or woven fabrics, unsold or worn garments, etc) into their original fiber form, for the evaluation of their recycling properties. In addition, the MINI SPINNING LINE gives the possibility of eventually blending them with virgin fibers, for testing the spinnability of those obtained recycled fibers. For the evaluation of the virgin and recycled fibers, the Mesdan-Lab range offers various testing equipment, for the fiber length distribution (CLASSIBER), the neps content and the opening grade (NATI). TENSOLAB 4 is the versatile tensile strength tester of the line, suitable also for the single fiber and fiber bundle analysis of strength, elongation and tenacity. The microscope system VIDEO ANALYZER, with the special software developed by Mesdan, is used in recycling for the optical sorting: it recognizes the fiber, the blend percentage as well as the fineness of the round shaped fibers, all that following the most requested textile standard methods.
Material Return
Material Return is your solution for custom circularity. We work with local manufacturers and national brands to transform textile waste into new products – all within 75 miles. Our model benefits the environment, local economies, our workers, and our values-aligned clients.
MASIAS MAQUINARIA SL
For over 80 years, Masias Maquinaria has been leading innovation in fibre processing solutions. Today, our focus is firmly set on circularity and sustainable manufacturing. We design machinery that enables mattress and textile producers to transform their production scraps into valuable new products, reducing waste and optimizing resources. Innovation and customized solutions define our DNA. This approach has positioned us as experts in delivering turnkey projects across key sectors: comfort fabrics, non-woven fabrics, production waste recycling, and filling production for the garment industry. We assist our clients in improving and enhancing their production systems while advancing the transition to circular production models that reduce waste and minimize dependence on virgin materials.
MASIAS MAQUINARIA, S.L.
For over 80 years, Masias Maquinaria has been leading innovation in fibre processing solutions. Today, our focus is firmly set on circularity and sustainable manufacturing. We design machinery that enables mattress and textile producers to transform their production scraps into valuable new products, reducing waste and optimizing resources. Innovation and customized solutions define our DNA. This approach has positioned us as experts in delivering turnkey projects across key sectors: comfort fabrics, non-woven fabrics, production waste recycling, and filling production for the garment industry. We assist our clients in improving and enhancing their production systems while advancing the transition to circular production models that reduce waste and minimize dependence on virgin materials.