Indian flash PMI rises to 56.5 in September amid production and order recovery
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Business Standard
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Indian flash PMI rises to 56.5 in September amid production and order recovery

India's private sector activity reached a three-month high in September, driven by improved production across both manufacturing and services sectors, alongside growth in new orders and hiring.

According to the HSBC-released Purchasing Managers' Index (PMI) flash survey, compiled by S&P Global on Wednesday, the index rose to 56.5. This figure recovered from a four-year low of 54.3 recorded in August. The index has remained above the 50 mark, which separates expansion from contraction, for the 62nd consecutive month.

Companies in India's private sector noted faster growth in the overall volume of new orders in September, supported by improving demand in both monitored sectors, with manufacturers showing a more significant improvement, as indicated in the survey.

Sales growth was reported to have surpassed service sector figures, reaching a seven-month high. Marketing efforts stimulated order intake among service providers due to increased demand in real estate, transport, travel, software, and digital solutions. Goods manufacturers reported strengthening demand for aluminum, electronics, food products, pharmaceuticals, and new product models, according to S&P.

India's Flash Manufacturing PMI grew to 55.7 in September compared to 52.8 in August. India's Flash Services PMI rose to 55.8 from 54.1. Pranjul Bhandari, Chief Economist at HSBC, noted that 'private sector activity has gained momentum, aided by strengthening production. Output and new domestic orders grew faster. Renewed tensions in the Middle East have prompted firms to build buffers to manage uncertainties.'

New export orders continued to grow, although the pace of expansion slowed to its lowest in almost three years. Overall job creation increased in September as rising output and new orders prompted companies to increase hiring. The survey showed that 'job creation was recorded in both the manufacturing and services sectors, with expansion rates being generally similar.'

The rate of raw material cost inflation in the private sector fell to its lowest level since January. S&P explained that 'milder price pressures in the services sector largely offset the rise among manufacturers. Firms reporting an increase in overall cost burden attributed this to higher expenditures on electrical components, food, fuel, metals, pharmaceutical ingredients, and technological resources.'

Overall holiday price inflation remained virtually unchanged at the composite level in September. Although stronger tariff growth was observed at the plant level, service companies recorded slower growth in fees charged to them.

Bhandari added that 'raw material procurement accelerated, and the finished goods inventory index reached 11.5 months high. Price pressure intensified for manufacturers, while product price inflation is gaining pace, signaling a renewed effort to protect margins.'

The Flash PMI provides an early estimate of final PMI figures for manufacturing, services, and the composite index, based on approximately 90 percent of monthly survey responses. Final PMI data for manufacturing will be published on October 1, and for services on October 6.

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India's Next Industrial Revolution: From Market Opening to Nation Building
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India's Next Industrial Revolution: From Market Opening to Nation Building

Some economic reforms yield immediate results, while others transform the very structure of the economy, creating opportunities that bear fruit over decades. The government of Narendra Modi's decision to open strategic and technological sectors to private companies falls into the latter category.

For many years, areas such as aerospace, space industry, and advanced electronics were entirely state-dependent. The private sector had limited scope for building its strength, making large-scale investments, or competing globally. The Modi government recognized that for India to become a developed economy, it could not remain the primary player in all strategic industries; instead, it needed to become a supporting element, developing policies, incentives, and infrastructure that allow private capital and business to significantly advance India's potential.

These changes have begun to shape a new industrial landscape in fields such as space, semiconductors, data centers, electronics, solar panel manufacturing, and aerospace.

The scale of this opportunity is enormous. According to a recent Jefferies assessment, India's growing industrial revolution could boost the country's space economy to approximately $45 billion by 2030. The data center sector has investment potential of around $45 billion. About $20 billion has already been invested in semiconductors, with an additional incentive program amounting to $13 billion. Furthermore, by the end of this decade, it is expected that 90% of the solar panel manufacturing supply chain will be established in India. As India deepens its involvement in manufacturing and global supply chains, the electronics and aerospace industries are also opening up vast prospects.

These figures should not be viewed in isolation, as they pertain to different sectors and different timeframes. However, they clearly demonstrate that India is simultaneously creating numerous new, multi-billion dollar industrial systems.

The space sector is the best example of what happens when government policy and private enterprise converge. The decision to open the space sector to private participation in 2020 completely transformed the industry. Startups like Skyroot, Agnikul, Pixel, and Digantara are now manufacturing rockets, satellites, earth observation technologies, and other items previously restricted to the public sector. The Indian space economy is projected to grow from approximately $8.4 billion to $44 billion by 2033, including about $11 billion in exports.

The significance of this extends far beyond statistics. India is creating its own commercial space sector, where the technical might of the public sector can be combined with private capital, new ideas, and speed. This model is now being applied in other strategic domains.

Semiconductors are critically important as they form the foundation of modern industries: automotive, smartphones, telecommunications, artificial intelligence (AI), defense systems, and industrial machinery. Therefore, India's mission in semiconductors is not limited to chip production. It aims to create an ecosystem encompassing chip manufacturing, packaging, and testing, chip design, necessary components, equipment, and the entire related industry. The investment of about $20 billion already poured into this sector, along with the $13 billion incentive package, marks the beginning of a process toward self-sufficiency in an area where excessive dependence on foreign nations was a serious weakness.

Electronics demonstrates how successful this approach can be. Electronics manufacturing in India has grown from approximately ₹1.9 lakh crore in 2014–2015 to ₹13.11 lakh crore in 2025–2026. Electronics exports have increased from approximately ₹38,000 crore to ₹4.24 lakh crore. Mobile phone exports have risen from about ₹1,500 crore to approximately ₹2.59 lakh crore. India has transitioned from a country that primarily imported mobile phones to an exporting nation, and nearly all phones sold in the country are now manufactured domestically.

This is the crucial path: manufacturing goods domestically, strengthening the entire component ecosystem, scaling up production, and then competing in global markets.

Data centers represent another emerging area. Data center capacity in India is growing very rapidly and could increase from 2 gigawatts to 5–10 gigawatts in the coming years. This could generate investment opportunities worth around $45 billion in power, cooling, construction, network technology, and digital infrastructure. As AI, cloud computing, and digital services grow, India's engineering talent, digital adoption, and low cost could establish it as a major digital infrastructure hub in this sector.

Solar panel manufacturing adds another vital strategic link. Establishing the entire solar energy supply chain domestically reduces reliance on imported components and fosters an industry that is rapidly evolving in global markets.

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