Components industry to witness 60% decline due to EVs: AIFI President
The Association of Indian Forging Industry (AIFI) has witnessed a challenging time in the first half of 2022 as a result of increased input costs, particularly steel, aluminum, and nickel prices. The forging sector, combined with a decrease in automotive demand, is expected to reduce capacity utilisation in FY23. The first half of the year was the most difficult for most forging companies, particularly those in the small and medium segment, which are expected to witness a 50 per cent decline in production in FY23. The last two fiscal years have seen a double-digit fall in India’s overall automotive sales due to COVID-19 outbreak and various factors, including a shortage of semiconductor chips, rising input costs, rising commodity prices, and rising fuel costs (FY20 and FY21). Thus, the overall auto- components and forging industry have not seen an improvement in their order books.

The automobile industry in India has been witnessing a gradual improvement in month-on-month sales for H1 2022 for most segments barring the tractor segment. The tractor segment witnessed --5.34 per cent growth in the first half of 2022. The forging sector has been impacted by a sharp drop in tractors sales, which consume more forging components than any other vehicle. Furthermore, steel contributes for 70 per cent of the forging industry’s input expenses. Other metals required by the industry, such as nickel, chromium, molybdenum, and titanium, have also seen volatile prices.

AIFI has expressed concerns to the government over high steel, aluminum, and nickel prices, as the increase in steel prices has damaged the Indian forging industry. As a result, the forging industry is feeling the heat of increasing production costs, and the post-pandemic recovery may be pushed back, with a revival taking up to at least two years. The Indian forging industry largely serves the Indian automotive industry, which accounts for 70 to 80 per cent of forging production. With the auto sector deceleration, the forging industry has seen an average slowdown of 50 per cent of total capacity.

Yash Jinendra Munot, VP, AIFI said, “The industry is still going through challenging circumstances, and the forging sector faces new challenges on a regular basis. The volatility in steel prices has damaged the Indian forging industry. The forging industry’s core requirement is steel, and the present price increase has disrupted the supply chain. Furthermore, high raw material prices remain a challenge, and high fuel prices continue to influence customers and buying decisions. The automobile industry accounts for around 70 to 80 per cent of our industry. Rising input prices and a decrease in vehicle demand could cause capacity utilisation at forging plants to decline from 80 to 85 per cent pre-pandemic levels to approximately 50 to 55 per cent. While steel prices were unavoidable given global trends, a more prudent and balanced approach would have been preferable for the business. With demand not picking up, fuel price increases, and a semiconductor shortage, automobile OEMs have little room to pass on additional price increases, and the forging sector anticipates a difficult year ahead.

Impact of EVs on forging industry
The global electric vehicle (EV) market is expanding rapidly. The Indian EV market is also continually growing, with close to 0.32 million vehicles sold in 2021, marking a 168 per cent increase YoY. The Indian automobile industry is the fifth largest in the world and is anticipated to become the third largest by 2030. The EV push in India will creates a slew of new business opportunities. However, the Indian forging industry will face serious challenges in the coming years.

Vikas Bajaj, President, AIFI, said, “The electric vehicle sector will have a significant impact on the forging industry since demand for moveable parts used in vehicles will decrease, resulting in considerable unutilised forging capacity. Internal combustion engines in automobiles contain around 2,000 moving parts, whereas electric vehicles have only 20. We anticipate that EVs will shut 60 per cent of the forging and casting industries in the next few years, resulting in unemployment and unit closures. The major conversion of internal combustion engine (ICE) vehicles to EVs in India would necessitate the growth of infrastructure facilities, including charging stations, and vehicles that could provide a higher range with a single charge. In India, it will take at least a decade to completely transition to EVs. However, the forging industry will need to look into alternative options such as aluminum forging and expand into non-automotive areas such as infrastructure, defense, healthcare, and railways, where the present government is also substantially investing.”

He further added “Moreover, as an association, we would be delighted if the government promoted hybrid vehicles over EV, as a hybrid contains both an internal combustion engine and an electric motor. Also, as the price of these vehicles declines closer toward the cost of EVs, we are gradually seeing the hydrogen vehicles take centrestage”.

The forging industry in India comprises 85 per cent of the MSME sector. Over three lakh people are employed directly in the industry, with an equal number employed indirectly. Indian forging industry is the second largest in the world, next only to China. The forging sector has been identified by EEPC as one of the key sectors for export growth. The Indian Forging Industry has always been a growth driver of the Indian manufacturing sector, and it is one of the important industries enabling and sustaining the success of the country's automotive, power, and general engineering sectors. The industry has been meeting the requirements of OFM’s under the Ministry of Defence, by being a significant contributor to the ‘Make in India’ initiative.

With an annual output of about 20 lakh metric tonne (FY20-21 approximately), the Indian forging industry has about close to 400 forging units, of which 80 to 82 per cent can broadly be categorised as tiny and small enterprises. While 10 per cent are medium sized, the remaining being large scale.

While SMEs contribute 30 per cent of forging production, the medium and large-scale units contribute 70 per cent. With a total production worth Rs 45,000 to Rs 50,000 crore, the forging industry provides direct employment to more than 3,00,000 people in the country along with an additional 60,000 contract labourers.

“There is a lot of R&D going on in electrification of CVs.”


- Vikas Bajaj, President, Association of Indian Forging Industry (AIFI)

What kind of components will be impacted the most because of the electrification? How will the decrease in the consumption of components impact the forging industry?

I feel that electrification will have the most impact on engine components, transmission, and possibly chassis components will shift from steel to aluminum. To illustrate, internal combustion engines in automobiles have over 2,000 moving parts, but electric vehicles have only 20. And this reduction in component consumption does have an impact on the forging industry.

Given the fact that pickup has been really slow, is electrification really a threat to the forging and components industry? Is it really a threat in the short term or the long term? Since it will take time to establish the necessary infrastructure and capabilities, it will certainly pose a long-term threat to the forging and component industries for all vehicles. However, the impact on the two-wheeler will be seen much earlier than any other segment of passenger or commercial vehicle.

How should the association help the industry during this phase?
The forging industry in India comprises 85 per cent of the MSME sector. Over three lakh people are employed directly in the industry, with an equal number employed indirectly. We are updating our members and the industry on new technologies and key developments, and I always believe that as an industry, we will need to look into alternative options such as aluminum forging and expand into non-automotive areas such as infrastructure, defense, healthcare, and railways, where the present government is also heavily investing.

Do electric construction vehicles make sense for the industry?
Definitely, electric construction vehicles are available in the market, and there will be a paradigm shift as the industry matures, which will help in reducing the amount of pollution. However, the current concern area is vehicle cost, which must be in line with IC for a paradigm shift. There is a lot of R&D going on in this area, and I believe the next three to four areas will be critical for cost reduction.