Meera Industries Limited has secured a domestic order from Indospun LLP for a Filament Twister (Heavy Duty) with a tangential belt spindle drive. The order, placed on 18 February 2026, is for delivery at Silvassa in India and is intended for industrial thread manufacturing. The contract value is Rs 20.3 million (Rs 20.3 mn), reflecting a sale linked to production of polypropylene sewing thread for flexible intermediate bulk containers, cement and fertiliser bags. The equipment is specified as a heavy duty filament twister tailored for industrial throughput and durability. The machine configuration addresses high speed twisting and consistent tension control suitable for polypropylene yarn processing. Meera Industries will supply the unit to support manufacture of sewn thread used in packaging sectors where strength and process consistency are critical. The configuration is intended to improve throughput and reduce downtime for customers operating high volume packaging lines. The company indicated that the project is scheduled for completion in the first quarter of financial year 2026-27. The order was awarded on a domestic basis and has no related party connection, and the promoters have no interest in the customer entity. Meera Industries noted that the details have been filed with the stock exchange under the stock identifier MEERA and scrip code 540519. Installation and commissioning will follow delivery subject to standard acceptance procedures. Management said it appreciated the confidence shown in its technology and stated that the order underlines its capability to deliver high performance twisting solutions while emphasising execution excellence and timely delivery. The company affirmed continued investment in engineering improvements to enhance customer outcomes. A forward looking statement cautioned that actual results may differ due to changes in market conditions, customer requirements and supply chain dynamics. The company expects the order to support its focus on export led growth and operational scalability.