Paramount Syntex Limited Converts Waste Into Recycled Yarn

Paramount Syntex Limited operates as a recycled-fibre-to-yarn manufacturer rather than only a yarn spinner: it sources virgin synthetic-fibre manufacturing waste domestically and from Thailand, processes it into fibre, dyes and spins it in-house, and packs the output. Acrylic and wool yarns supplied 60.58% of FY 2025-26 sales.

How does Paramount Syntex convert fibre waste into recycled yarn?

Paramount Syntex begins with waste generated by manufacturers of virgin synthetic fibres, including acrylic, polyester and blended fibres. The company says this material is sourced locally and internationally, primarily from Thailand, before being processed at its Ludhiana factory into recycled synthetic fibre intended to reach quality comparable with virgin fibre.

The recycled acrylic-fibre line has nine stated stages: procurement, opening and sorting, crimping, annealing, hydro processing, drying, shrink setting, cutting, and baling or packing. Crimping gives fibre texture and bulk, while annealing stabilises the polymer structure through heating. Hydro processing removes excess water, and shrink setting is intended to stabilise the fibre’s dimensions before it is cut and packed.

The process therefore starts before yarn production. Paramount Syntex defines acrylic tow as a loose, untwisted bundle of continuous acrylic filaments that can be converted to staple fibre or yarn. The company also identifies acrylic hard waste, such as cuttings and defective material, and acrylic soft waste from spinning or carding, as recyclable inputs. Consistent output depends on the quality and availability of this manufacturing waste, including imported material.

Which stages of the Paramount Syntex production chain are in-house?

Paramount Syntex has in-house fibre processing, tow dyeing, hank dyeing, spinning, bulking and packing at factory units in Kohara, Ludhiana. Its two factory units occupy approximately 7,268.73 square yards combined, according to the prospectus. The stated operating model therefore extends from fibre preparation through finished, packed yarn rather than stopping at recycled fibre.

The spinning sequence starts with mixing layered fibre, followed by blow-room opening, carding into a continuous web or sliver, and draw-frame processing to make the sliver more even and parallel. A speed frame produces roving, an intermediate fibre strand, before the ring frame spins and twists it into yarn. The auto coner removes knots, while a cheese winder can combine two single yarns into double yarn.

Further downstream stages include twisting, reeling into a lea or hank, heat setting for bulk or air gaps, converting hank to cone, and bagging cones to specified weights. Heat setting is the process used to give yarn bulk or elasticity through controlled heat. The chain can therefore produce yarn in different forms, but its continuity requires the in-house machinery and processing stages to function together.

How do the dyeing routes change Paramount Syntex output?

Paramount Syntex operates separate tow-dyeing and hank-dyeing routes, allowing colour to be applied either before or after relevant yarn-processing stages. Tow dyeing begins by opening tow, pressing it into selected batch quantities, dyeing, removing water, reopening entangled material, drying, shrink setting, cutting and baling. The batch-pressing step is designed to standardise the quantity handled in dyeing.

Hank dyeing takes place after yarn has been reeled into hanks. Paramount Syntex first bulks the hank to shrink it, dyes it in required colours, removes water through hydro processing, dries it, rewinds it from hank to cone and packages it. The company states that bulking prepares fibres for dye penetration and helps stabilise yarn dimensions, while drying is needed to set the dye and reduce the potential for colour bleeding.

The company’s installed machinery list supports the dyeing routes and spinning chain. It lists one fibre-dyeing machine with 3,600 kilograms capacity, one 20-kilogram fibre-dyeing sample machine, and six hank-dyeing machines with listed capacities ranging from 180 kilograms to 1,200 kilograms. The list also includes a 4,400-kilogram ring frame and a 4,500-kilogram auto cone, all shown as purchased in 2012.

Which products generate Paramount Syntex sales?

Acrylic and wool yarns are Paramount Syntex’s largest reported product group, producing Rs 73.9223 crore, or 60.58% of total FY 2025-26 sales of Rs 122.0299 crore. That share rose from 51.99% in FY 2024-25 and 49.65% in FY 2023-24, making yarn a more concentrated part of reported sales across the three periods.

The comparison shows that total sales increased from Rs 92.7786 crore in FY 2023-24 to Rs 122.0299 crore in FY 2025-26, while the composition shifted. Acrylic or knitted cloth increased from Rs 12.5317 crore to Rs 19.6541 crore over those periods but fell from Rs 26.5965 crore in FY 2024-25. Tow or fibre sales reached Rs 5.0853 crore in FY 2025-26, while raw wool and raw waste contributed Rs 5.8538 crore in that period after no reported sales in the preceding two years.

Paramount Syntex lists acrylic, polyester, wool, nylon and blended yarns, alongside acrylic cloth and knitted cloth. Its 70/30 polyester-acrylic blend is described as combining the properties of both fibres for apparel, home furnishings and accessories. The company says recycled-process yarn is used in sweaters, caps, gloves, mufflers and socks, linking its waste-processing activity to winterwear and related textile uses.

Conclusion

Paramount Syntex’s reported business model is defined by processing manufacturing waste into recycled fibre and then carrying it through dyeing, spinning, heat setting and packing. The commercial relevance of that chain is visible in FY 2025-26: acrylic and wool yarns represented Rs 73.9223 crore, or 60.58%, of Rs 122.0299 crore in total sales, compared with 49.65% in FY 2023-24.

What to watch is whether Paramount Syntex can maintain input supply and consistent quality as yarn becomes a larger sales component. The company identifies dependence on imported raw materials as a supply-chain vulnerability and says variability in raw-material quality can affect consistent output. Its disclosed strategy is to retain in-house dyeing, spinning, bulking and packing to reduce dependence on external processing and control key production stages.