Import And Export Data Report of Wear Resistant Accessories for Mining Crushing Equipment From 2025 To 2026

Chapter 1 Research Background and Statistical Category Explanation

1.1 Research Background

Mining crushing equipment is the core infrastructure equipment for mineral processing, aggregate production, and construction waste resource utilization. It is widely used in metal and non-metal mines, infrastructure aggregate mining, solid waste treatment, and other scenarios. Wear resistant accessories are the core consumable components that maintain the efficient operation of crushing equipment. In the crushing scenarios of hard materials such as mines and aggregates, accessories need to withstand high-intensity impact and abrasion, and their replacement cycle is much shorter than that of the main equipment. The market demand scale and trade structure changes are highly related to the prosperity of downstream mining, infrastructure construction, and construction waste treatment industries

From the perspective of downstream industry drivers, the growth engine of global demand for mining crushing equipment accessories in 2025 will be concentrated in three core areas: firstly, the large-scale production of new energy mines. With the rapid development of new energy minerals such as lithium, cobalt, and copper worldwide, the demand for replacement and new supporting parts of related crushing equipment will increase synchronously; Second, the infrastructure projects in the countries along the "the Belt and Road" have entered the stage of concentrated implementation, and the demand for aggregates has soared driven by the infrastructure projects in emerging markets such as railways, roads, and water conservancy in Southeast Asia, Africa, and South America, directly driving the rigid demand for crushing equipment accessories; The third is the upgrading of the demand for resource utilization of construction waste in developed countries such as Europe and the United States. Driven by the EU's circular economy policy and local urban renewal projects in the United States, the demand for replacement parts of recycled aggregate processing equipment has entered a centralized release cycle

In the context of global supply chain restructuring, the competitive logic of the wear-resistant parts industry is undergoing profound changes: downstream customers' demand for parts is shifting from a single "price priority" to a "full lifecycle value priority" - product wear resistance, replacement cycle stability, supply response speed, and supporting installation and maintenance capabilities have become core competitive dimensions. This trend directly determines the changes in the global trade pattern from 2025 to 2026, and also puts forward higher requirements for the global supply capacity of leading enterprises

1.2 Statistical Categories and Definition Explanation

1.2.1 Product Definition and Coverage

This report focuses on the core wear-resistant components of mining crushing equipment, which are key functional consumables that directly participate in the material crushing process and can withstand high-intensity impact and abrasion for a long time. The adaptability of a single component is highly specific - it can only correspond to specific brands and models of crushing equipment and cannot be universally replaced across different models; In the industry, crushing equipment is usually divided into four categories: jaw crushing accessories, impact crushing accessories, cone crushing accessories, and hammer crushing accessories, each of which includes exclusive functional accessories; Based on user needs, this report covers four major categories of mainstream wear-resistant accessories, with specific corresponding relationships as follows:

Jaw crushing accessories: Jaw plate (also known as toothed plate, jaw plate toothed block) is the core wear-resistant working component of jaw crusher, which squeezes and crushes materials through the relative movement of moving and stationary jaw plates; ​

Counterattack breaking accessories: Counterattack plate and plate hammer are the core wear-resistant working components of the counterattack crusher. The counterattack plate is used to withstand the impact rebound force of the material hit by the plate hammer and assist in the secondary crushing of the material; The plate hammer is the core consumable that directly impacts the material; ​

Hammer breaking accessories: Hammer head and lining plate are the core wear-resistant working components of the hammer crusher, among which the hammer head is the core consumable for directly impacting and crushing materials; The lining plate is used to protect the crusher cylinder and assist in lifting the material grinding trajectory; ​

Cone crushing accessories: rolling bowl wall, crushing wall, and distribution tray are the core wear-resistant working components of cone crushers. The rolling bowl wall is fixed on the crusher adjustment sleeve, and the crushing wall is assembled on the main shaft. The crushing chamber formed by the two squeezes the crushed material through the rotary motion of the main shaft; The distribution tray is used to evenly distribute the incoming materials and extend the service life of the core lining plate

The scope of accessories included in this report does not include functional accessories such as transmission systems, hydraulic systems, electrical control systems, etc. of crushing equipment that do not come into direct contact with materials. It also does not include standard components (such as wear-resistant bolts, ordinary fasteners) and auxiliary structural components required for equipment operation. These accessories have completely different demand driven logic and trade characteristics from core wear-resistant accessories. To avoid deviation in data statistical caliber, they are not included in the analysis scope of this report

1.2.2 Customs Code (HS Code) Description

Due to the highly diverse functions, materials, and types of adaptation for mining machinery accessories, the trade statistics of customs and industry organizations in various countries have long had a common feature of "overall classification but not individual subdivision of materials or functions": globally, there is currently no single exclusive HS code specifically for "mining crushing and wear-resistant accessories", and related trade data is usually calculated according to the "parts sub item" under the equipment classification item. ​

Based on the publicly available data from mainstream global trade institutions such as China Customs, Volza, and ImportGenius, the wear-resistant parts covered by this report have a global trade HS code range of 84749000; The official description of this code is "parts of machines listed in heading 8474", which covers "machines for crushing, grinding, screening, separating or mixing soil, stone, ore or other solid minerals", precisely covering all supporting accessories of mining crushing equipment; In addition, some countries or regions use more detailed eight or ten digit HS codes for wear-resistant parts made of specific materials (such as high chromium cast iron and high manganese steel castings). For example, in China, for products such as broken jaw plates and conical broken lining plates made of high manganese steel, some enterprises will use the detailed tax items under 8474900000 when declaring exports; However, from the perspective of global trade volume and total volume, the trade data under the 84749000 code can provide a core coverage of the trade scale of mainstream wear-resistant accessories for mining crushing

It should be noted that some industry reports or trade organizations may include non wear-resistant components of crushing equipment (such as transmission gears and hydraulic parts) in the statistical scope of 84749000 coding when compiling data, which may result in certain statistical caliber errors in the segmented data; However, from the granularity dimension of existing public data, this encoding is still the highest matching statistical basis at present. All trade data cited in this report are based on the statistical scope of this HS code, or are published after being classified and screened by industry organizations and research companies based on the core product content of this code. ​

1.2.3 Data sources and explanations

The time coverage of the data in this report is from 2025 to 2026, where 2025 is the complete actual import and export data for the whole year, and 2026 is the semi annual actual data combined with the annual forecast data of industry institutions and top enterprises; To present a long-term trend, the report has simultaneously supplemented historical data from 2020 to 2024 as a reference for trend comparison. ​

The sources of the report data are all publicly available and authoritative channels, mainly including official import and export statistics from the customs administrations of various countries (such as the General Administration of Customs of China, Eurostat, and the US Department of Commerce); Global multi port trade detailed statistical data from professional trade intelligence agencies such as Volza, ImportGenius, and Seair Exim Solutions; Industry associations and leading organizations (such as China Heavy Machinery Industry Association and Global Environmental Research Network) publicly disclose industry statistical data; And public research data from industry professional research institutions such as QYResearch, Hengzhou Chengsi, and Forward Industry Research Institute; All data have undergone cross validation from multiple sources to ensure the objectivity and accuracy of the analysis conclusions

Accurate individual import and export data for certain segmented categories, such as counterattack plates and high chromium cast iron hammerheads, cannot be fully obtained due to the generalization limitations of global customs statistical standards. Therefore, some trade data for such segmented categories in industry public reports are classified and decomposed by industry institutions based on public trade information and enterprise disclosure information; In addition, statistical data from different channels may have slight numerical deviations due to subtle differences in the HS code classification criteria for similar products in different countries, or differences in data sampling periods; When selecting data for this report, priority is given to actual transaction data publicly available from authoritative institutions, rather than modeling and estimating data, in order to ensure the objectivity and accuracy of the analysis conclusions as much as possible. ​

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Chapter 2: Overall Pattern of Global Mining Crushing and Wear resistant Parts Trade in 2025

2.1 Analysis of Global Trade Scale and Trends

In 2025, the growth trend of global trade in mining crushing and wear-resistant parts is significantly better than the average growth rate of the global mechanical equipment parts industry during the same period. From the perspective of statistical data from industry institutions, there are slight differences in the specific statistical values of different institutions, but the direction of core growth conclusions is completely consistent: according to the statistics of the Global Environmental Research Network based on customs HS code data, the total trade volume of global metallurgical crushers (core demand for crushing wear-resistant parts) in 2025 is about 1.38 billion US dollars, which only covers the scale of accessory trade in metallurgical mining scenarios; The trade scale of crushing and wear-resistant parts in the entire industry, including metal mines, non-metallic mines, infrastructure aggregates, and construction waste treatment scenarios, according to industry institutions' statistics, the actual global trade volume in 2025 is about 1.86 billion US dollars, of which China's net exports account for as high as 58.2%, which is the core support for global trade growth. ​

From a long-term trend perspective, the year-on-year growth rate of global trade in crushing and wear-resistant parts in 2025 has increased compared to 2024. The core supporting logic of this trend is the incremental demand for centralized replacement of downstream existing equipment: the newly installed crushing equipment in the global mining and infrastructure industries from 2020 to 2022 will enter the component replacement cycle in 2025; Superposing the incremental supporting demand of new projects started in the countries along the "the Belt and Road" in 2025, we jointly promoted the global trade scale of broken and wear-resistant accessories to grow faster than the long-term compound growth rate of the industry. ​

From a regional perspective, the flow characteristics of global trade are highly concentrated: the Asia Pacific region is the world's most core incremental market for accessory demand, while China is the world's largest accessory supplier - the matching degree of this supply and demand pattern is the core underlying logic that determines the current global trade flow

2.2 Market patterns of major exporting countries/regions

In 2025, the export market concentration of global mining crushing and wear-resistant parts will be relatively high, with the top three exporting countries accounting for about 70% of the total global export value; However, there are clear and fixed hierarchical differences in the competitive advantages, target markets, and product price bands of different exporting countries, and there is no homogeneous competition at all. This also means that the export products of different countries have clear differentiated positioning in the global supply chain, and this competitive pattern will not be broken in the short term

Specifically, the top three exporting countries in the world and their core export characteristics are:

China: ranked first in the global export of crushing and wear-resistant parts with an export value of 420 million US dollars, accounting for over 30% of the total global trade volume of metallurgical crusher parts during the same period; If we look at the export proportion of all categories of mining crushing and wear-resistant parts, China's share in the global net export value is as high as 58.2%, making it a well deserved global core supplier. The core competitive advantages of Chinese accessories are a complete casting and processing industry chain, mature supply chain response capabilities, and highly competitive cost-effectiveness - the average export price of Chinese accessories is about 40% -60% lower than similar high-end products in European and American countries such as Germany and Japan; This price advantage does not come at the cost of sacrificing product quality, but rather stems from the large-scale production capacity of China's industrial chain. In terms of product structure, the mainstream categories of Chinese export accessories are wear-resistant lining plates, jaw plates, hammer heads, and crushing walls made of high manganese steel and high chromium cast iron materials suitable for medium and large crushing equipment; The export market covers most countries around the world, with Southeast Asia, Africa, and South America being the three major emerging markets. They are the core export destinations for Chinese components, contributing about 90% of China's related component exports

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Germany: ranked second in the world with an export value of 310 million US dollars, accounting for approximately 22.5% of the total global trade in metallurgical crusher parts. Unlike China's cost-effectiveness positioning, Germany is a core supplier of high-end crushing and wear-resistant parts worldwide. The technical added value, product lifespan, and precision level of its exported products are significantly higher than the global industry average; The export unit price of German accessories is 40% -60% higher than similar products in China. The core export product category of Germany is high-precision and high wear resistant alloy accessories suitable for ultra large mining crushing equipment, such as cone breaking lining plates, large hammer crusher hammers, impact crusher plate hammers, etc; The technical barriers for this type of accessory are extremely high, and the core customers are large mining enterprises around the world. The main export markets for German accessories are mature markets with strong demand for high-end accessories such as North America, Australia, and China; Among them, China is the largest import market for high-end crushing and wear-resistant parts from Germany in Asia, and this pattern is difficult to completely break in the short term

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The United States ranks third in the world with an export value of $200 million, accounting for approximately 14.5% of the total global trade in metallurgical crusher parts. The export product structure of the United States is highly similar to that of Germany, mainly focusing on high-end, high value-added crushing and wear-resistant accessories. Its product technology advantages are concentrated in the formulation of special alloy materials and high-precision processing technology, especially in the field of large mining equipment accessories, where it has a strong voice. The main export markets for American accessories are member countries of the North American Free Trade Area, some high-end mining markets in South America, and Australia; Customers in these markets have a high demand for product lifecycle services, and the nearby supply capacity and service layout advantages of American domestic enterprises in the region support their stable share in the export market

In addition to the three core export countries mentioned above, developed manufacturing countries such as Sweden, Finland, Belgium in Europe and Japan in Asia are also major suppliers of high-end crushing and wear-resistant parts worldwide; These countries' accessory products generally focus on segmented high-end markets or professional scenarios, with core technological advantages concentrated in special alloy material formulas and high-precision processing techniques, forming a clear complementary pattern with China's mid to low end production capacity

2.3 Market Characteristics of Major Importing Countries/Regions

The import demand for global mining crushing and wear-resistant parts in 2025 shows a significant differentiation feature of "growth driven by emerging markets, with high-end demand concentrated in a few developed economies"; This pattern highly matches the regional distribution characteristics of global mining development and infrastructure projects, and directly determines the differences in the structure of imported products in different regions

Specifically, the main global import markets and core demand characteristics are as follows:

North American market (mainly the United States): The United States is the world's largest single import market for crushing and wear-resistant parts, and the core driving logic of its import demand is the centralized replacement and update of domestic stock equipment. According to Volza's statistical data, in 2025, the transportation batch scale of Wear Plates related goods imported by the United States will rank first in the world, far exceeding the scale of other major import markets in the same period. From the perspective of imported product structure, the import demand of the United States is highly differentiated: its dependence on the import of mid to low end universal accessories is relatively low, and domestic supply can basically meet market demand;