PTC Industries Ltd Share Price – NSE /  BSE

Castings, Forgings & Fastners, Small Cap

PTC Industries will hold a meeting of the Board of Directors of the Company on 14 February 2026.

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The order involves the manufacture and supply of high-integrity superalloy investment castings for Blue Origin?s heavy-lift orbital launch vehicle. The contract was awarded following the successful completion of extensive qualification processes and applicable international regulatory and compliance requirements.

The value of the purchase order is significant and is expected to have a positive impact on the Company?s revenue. However, in view of confidentiality applicable under the terms of the order placed by Blue Origin, the value of the order is not being disclosed.

The order is scheduled to be executed over a period of two years from the commencement of supply.

The company also clarified that none of its promoters or members of the promoter group have any interest in the awarding entity. It added that the contract does not qualify as a related-party transaction under applicable regulatory norms.

PTC Industries is a leading Indian manufacturer of precision metal components for critical applications. Through its wholly owned subsidiary Aerolloy Technologies, the company is manufacturing and supplying titanium and superalloy castings for aerospace and defence applications within India as well as for exports.

The company reported 4.79% growth in consolidated net profit to Rs 18.14 crore in Q2 FY26 as against Rs 17.31 crore posted in Q2 FY25. However, revenue from operations surged 72.21% year-on-year (YoY) to Rs 124.63 crore in the quarter ended 30 September 2025.

Shares of PTC Industries rose 0.40% to close at Rs 17,591.80 on the BSE on 9 January 2026.

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Aerolloy Technologies, a wholly owned subsidiary of PTC Industries,  announced the award of a development and supply order from Blue Origin for the manufacture of large Superalloy investment castings for the BE-4 rocket engines used on the first stage of New Glenn.

The award of this order follows a prolonged technical, qualification, and regulatory review process, including compliance with applicable international export control and regulatory frameworks, reflecting the highly sensitive and mission-critical nature of the BE-4 propulsion system.

Under this program, Aerolloy will produce large Nickel-based Superalloy housings and manifolds required for Liquid Oxygen (LOX) high-pressure and low-pressure systems. These components operate under extreme thermal, chemical, and pressure environments, demanding tight dimensional control, complex internal geometries, and defect-free metallurgical integrity - a combination that only a handful of global foundries can reliably achieve at this scale.

A key enabler for this order is Aerolloy's Vacuum Induction Melting (VIM) furnace, recently commissioned and previously disclosed. This facility allows melting and processing of large Superalloy heats under tightly controlled vacuum conditions, forming the metallurgical foundation for large, high integrity investment castings required in advanced propulsion systems.

New Glenn is Blue Origin's reusable heavy-lift orbital launch vehicle, which successfully reached orbit on its inaugural flight in January 2025. Its first stage is powered by seven BE-4 engines, each delivering approximately 550,000 lbf (~2,450 kN) of thrust.

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Aerolloy Technologies, a wholly owned subsidiary of PTC Industries, announced the successful completion of installation of its Plasma Arc Melting (PAM) furnace at the company's Strategic Manufacturing Technology Centre (SMTC) in Lucknow.

The PAM furnace has an installed capacity of approximately 600 tonnes per annum for the manufacture of Titanium alloy ingots. All electrical, mechanical, and control panel installations have been completed, and the furnace is now ready for trials and subsequent commissioning.

Plasma Arc Melting is an advanced melting technology used for producing high-quality Titanium and specialty alloys under a controlled atmosphere. The process employs a plasma torch as the heat source, enabling precise control over melting conditions, chemistry, and cleanliness of the alloy.

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