Fluctuations in raw material and industrial chain costs have triggered a new round of price hikes for AKD wax powder. At the start of 2026, prices of all AKD wax powder products worldwide rose by 10% to 20%. The new pricing took effect immediately or was implemented in accordance with existing contracts. The price increase stemmed from rising costs across the entire industrial chain, including raw materials, energy, cross-border logistics and compliance production. Mounting cost pressures have led to a phased adjustment of the industry's pricing system.

Breakthrough progress has been made in technological research and development, effectively addressing the long-standing issues of high dosage and high production costs. In early 2026, a new global surface hydrophobic modification technology for AKD was successfully developed and put into practical tests. While fully retaining the waterproof and hydrophobic properties of paper, this technology drastically cuts the dosage of AKD wax powder by up to 70%. Test results show that with merely 0.1% AKD wax powder added, the water contact angle of paper rises from 65° to 108°, representing a remarkable improvement in hydrophobicity. Aligned with the global trend of replacing plastics with paper, this technological innovation delivers core support for cost reduction and efficiency improvement in the production of packaging paper and specialty paper, and further expands the application scope of AKD wax powder.

The global market maintains a sound growth momentum. The market size of AKD wax powder reached approximately 1.18 billion US dollars in 2026, and is projected to hit 1.78 billion US dollars by 2035, with a compound annual growth rate of 4.7%. The growth is fueled by multiple factors. On one hand, the production capacity of the papermaking and packaging industries in key regions including Asia-Pacific and Europe keeps expanding, driving steady growth in downstream demand. On the other hand, increasingly stringent global environmental regulations have phased out traditional rosin-based and fluorine-containing sizing agents due to their environmental drawbacks, highlighting the competitive edges of eco-friendly AKD wax powder. In addition, rising demand for high-end paper products such as food-grade paperboard and liquid packaging paper, together with the widespread adoption of neutral and alkaline papermaking processes, has laid a solid foundation for the market penetration and capacity expansion of AKD wax powder.

Domestically, the AKD wax powder industry has achieved remarkable results in import substitution, export trade and green capacity upgrading. In 2025, the domestic output of environment-friendly AKD emulsion increased substantially, with domestic supply accounting for over 60% of the total market. The acceleration of import substitution has completely reversed the reliance on imported high-end products. The export sector also posted robust growth: exports of domestic AKD-related products surged by 28.7% year-on-year in 2025, mainly targeting Southeast Asian markets, and export volume is expected to keep expanding in 2026. Meanwhile, new green and high-end production capacities have been launched. New production projects for eco-friendly functional wax adopt supercritical carbon dioxide technology, which greatly enhances the thermal stability of AKD wax powder and brings domestic products up to international premium standards.

Global compliance standards continue to be updated, further regulating the industrial landscape. Europe and America have tightened safety supervision on paper products for food contact and restricted the use of traditional chemical additives, accelerating the elimination of non-compliant papermaking sizing agents. Featuring non-toxicity, environmental friendliness and excellent adaptability to food packaging, AKD wax powder has become a mainstream compliant material for food packaging paper and specialty paper across the globe. Furthermore, high-end markets in Northern Europe show growing demand for solvent-free and biodegradable AKD products, pushing the global industry to evolve toward low pollution, biodegradability and high safety.