The carbide tool market will grow steadily in 2026, and high-end transformation will become the main theme

The carbide tool market will grow steadily in 2026, and high-end transformation will become the main theme

In 2026, China's carbide tool market will maintain a steady growth trend. Industry research data shows that China's cemented carbide tool market is expected to grow by about 4% year-on-year in 2026, and the market size will reach 30.39 billion yuan. Globally, the carbide tool market will be valued at approximately US$13.3 billion in 2025 and is expected to grow from US$13.7 billion in 2026 to US$19.8 billion in 2035, with a compound annual growth rate of approximately 4.2%.

The main driving force for market growth comes from the high-end transformation of downstream manufacturing and the continued release of demand in emerging fields. Core fields such as automobile manufacturing, aerospace, and mold processing have increasingly urgent demands for high precision, high wear resistance, and long service life of cutting tools. In particular, emerging scenarios such as lightweight material processing for new energy vehicles and cutting of high-temperature alloys for aerospace are promoting the accelerated iteration of high-end carbide cutting tools such as high-performance coatings and ultra-fine grains.

At the same time, the numerical control rate of the manufacturing industry continues to increase, and the popularity of intelligent processing equipment has further boosted the demand for carbide cutting tools adapted to high-end machine tools, promoting the industry's transformation from scale expansion to quality improvement. As the world's largest producer and consumer of carbide cutting tools, China is expected to account for 52.5% of the global market size in 2026.

It is worth noting that the current industry shows a clear polarization pattern - leading companies rely on their technological research and development advantages to focus on high-end product fields and gradually break the monopoly of international giants; while small and medium-sized enterprises are facing elimination pressure due to weak technology and cost pressure, and industry concentration continues to increase. Industry insiders pointed out that with the accelerated process of domestic substitution, increased policy support for core components of high-end equipment, and the deep integration of digital and intelligent technology with tool manufacturing, the carbide tool industry will continue to develop in the direction of high-end, specialization, and intelligence.

Breaking through from the three dimensions of "use less tungsten, recycle tungsten, and replace tungsten" - the tool industry explores new paths for systematic cost reduction

At the 14th China CNC Machine Tool Exhibition (CCMT2026), the cutting tool industry is facing the pressure of high and volatile raw material prices, and companies are accelerating the shift from "price competition" to "value competition." Focusing on the core issues of rising raw material prices and rising overall tool costs, the industry generally looks for breakthroughs in three directions: structural optimization to reduce cemented carbide consumption, material optimization to improve resource utilization efficiency, and cutting system optimization to reduce unit part processing costs.

In terms of tool structure optimization, indexable tools are further developed in the direction of small diameter and high rigidity to replace solid carbide tools and reduce the amount of cemented carbide. Multi-tooth indexable milling cutters have broken through the diameter limit to 8mm and can be widely used in molds, medical, aerospace and other fields. The whole life cycle cost of the tool can be greatly reduced through the "replacement of blades instead of tools" model. In addition, modular cutting tools have become an important trend - through the modular interface design of the cutter body and cutter head, while ensuring connection rigidity, repeatable positioning accuracy and processing stability, it reduces the consumption of carbide materials in the handle and promotes the transformation of cutters from "disposable consumables" to "combinable, reusable and maintainable".

In terms of tool material optimization, the industry is looking for breakthroughs from three levels: "use less tungsten, recycle tungsten, and replace tungsten." On the one hand, the welded cutter greatly reduces the overall carbide consumption through the combined design of the steel base and the carbide working part; on the other hand, recycled carbide materials are used to make the tool handle and gradient alloy bar stock to achieve resource recycling. At the same time, cermets, as a tool material with low tungsten content, are showing strong momentum to replace traditional carbide.

Exhibition reviews pointed out that the carbide tool industry is undergoing a comprehensive upgrade from single product supply to comprehensive process solutions. In this cycle of rising tungsten prices, companies are not simply passively under pressure, but a key node in reshaping the competitive landscape, expanding material systems, and achieving strategic transformation.