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On June 22, LEUNA-Polyamid, a caprolactam and polyamide producer based in Leuna, Germany, started bankruptcy proceedings less than three months after it was acquired by its new owner from DOMO Chemical. LEUNA-Polyamid was established in April 2026 and was acquired by chemical park operator InfraLeuna and epoxy resin producer Leuna-Harze from Domer Chemical. The new company soon ran into liquidity problems as the economy worsened and raw material prices soared.
In a statement letter to the client, it was revealed that the LEUNA-Polyamid had filed a bankruptcy petition with the District Court of Halle, Germany, on June 17, 2026. The move comes after three German subsidiaries of Dummer Chemical filed to bankruptcy, and the consortium of joint ventures acquired LEUNA-Polyamid in order to maintain the integrity of the chemical park.
LEUNA-Polyamid pointed out in the statement that the geopolitical situation, especially the situation in the Gulf region, is one of the reasons to the soaring prices of raw materials. Raw material prices rose between 40 and 100 per cent. In addition, major suppliers also insisted on advance payments, resulting in higher-than-expected liquidity needs.
The company's general manager, Martin Naundorf, said: "The initial restart of the plant went well, with capacity utilization rising rapidly in April 2026, partly due to the professionalism of employees, loyal customers and strong demand to such items. The plant was profitable in April and might, however the company has not yet accumulated enough financial reserves to cope with the impact of rising raw material prices." LEUNA-Polyamid mentioned that due to time constraints, an adequate financial buffer has not yet been established. As a result, the company claims that it is no longer possible to continue operations without autonomous insolvency proceedings. Existing orders will be fulfilled as usual and new orders will be reviewed during the bankruptcy proceedings, the company added.
The impact of geopolitical conflicts on crude oil and chemical raw materials
The bankruptcy of LEUNA-Polyamid is not an isolated case. It reflects the vulnerability of the global energy and chemical market in 2026 under the geopolitical storm. Since the outbreak of the U. S.-Israeli-Iraqi conflict at the end of February, the Strait of Hormuz, a key oil transportation channel, has been severely blocked, triggering a historic interruption in the global crude oil supply chain. According to data from the World Bank and a number of energy agencies, there was a huge gap in global crude oil supply as high as 10 million barrels per day, and the price of Brent crude oil soared to a high of $138 per barrel in April.
The surge in crude oil prices rapidly transmitted down the manufacturing chain, causing a devastating blow to chemical raw materials. The Middle East is not only an crucial export town of crude oil, however also an crucial production base of methanol, ethylene glycol, urea and other chemicals in the world. As the conflict intensified, the Middle East-related chemical plant shutdown, resulting in a sharp decline in domestic and European imports. In order to fill the supply gap, global buyers are forced to turn to other regions to find alternative sources, however the CIF price of non-Middle Eastern sources is generally about 20% higher than that of traditional Middle Eastern sources, immediately pushing up the overall production cost of global chemicals. This "high cost-low demand" negative cycle makes it difficult to chemical companies that lack sufficient financial buffers to fight.
Competitive situation and structural differentiation of the global polyamide market
While the cost side is under pressure, the global polyamide (PA) market is undergoing profound structural differentiation and reshaping of the competitive landscape. The Asia-Pacific region has have become the core development engine of the global polyamide market due to the expansion of the automotive and electronics manufacturing industries. However, under the appearance of total development, the phenomenon of "low-end melee and high-end loss" within the sector is becoming greater and greater obvious.
Taking PA66 as an example, with the breakthrough of domestic methodology such as butadiene method and caprolactam method, China's PA66 production capacity ushered in explosive development. By the end of 2025, China's total production capacity reached 1.481 million tons, becoming the world's largest producer. However, the blind expansion of production capacity has led to a serious dysfunction between supply and demand. In 2025, the spot price of PA66 once fell to a historical low of 14,000-15,000 yuan/ton. The average operating rate of the sector was only maintained at about 65%. PA66 was even officially included in the "Early Warning List of Key New Material Capacity".
In the face of homogeneous competition, the world's leading companies are accelerating the transformation to high-end and environmentally friendly. On the one hand, giants such as BASF and DuPont are deeply bound to high value-added areas such as automotive lightweighting by developing high-performance polyamides that enhance thermal stability and chemical resistance; on the other hand, bio-based polyamides and recycled polyamides are key to breaking the game. Driven by environmental policies and consumer understanding, the bio-based polyamide market segment is expected to lead the market with a compound annual development rate of 5.4. The consumption of renewable resources such as castor oil to create nylon will not only decrease the carbon footprint by up to 70%, however also build a new competitive barrier to companies.
LEUNA-Polyamid's dismal bankruptcy, the chemical sector in 2026 is experiencing a cruel survival test. In the context of high-cost normalization and global supply chain restructuring brought about by geopolitics, only companies with deep financial moats, high-end core technologies, and environmentally friendly and low-carbon trends can survive this storm.
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