Enterprise

 The prices of tungsten steel and high-speed steel raw materials have been skyrocketing. What are the impacts on companies producing cutting tools such as woodworking planer knives, aluminum alloy saw blades, and circular saw alloy saw blades? What are the impacts and opportunities for exports

1. Specific Impacts on Target Tool Manufacturers: Cost, Profit, and Supply Chain

The price surge of tungsten steel (hard alloy) and high-speed steel—with tungsten powder prices soaring 469.6% from 316 yuan/kg to 1800 yuan/kg since 2025 ¹—has exerted differentiated but severe pressures on manufacturers of woodworking planers, aluminum-cutting saw blades, and circular saw machine alloy saw blades, driven by their distinct raw material dependencies:

1.1 Woodworking Planers: Severe Cost Squeeze for Mid-Low End Products

• Cost structure shock: Tungsten steel accounts for 70%-90% of the production cost of high-performance woodworking planers (especially carbide-tipped models) ¹. With the 470% overall increase in tungsten steel prices ², the cost of a standard 10-inch woodworking planer has risen by 50%-60% since early 2025. For mid-low end planers targeting the furniture and construction sectors, which rely on price competition, this cost surge has directly eroded profits—many SMEs now face gross margins below 8%, compared to 18%-22% before the price hike ².
• Supply and delivery challenges: Tungsten ore mining quotas were reduced by 8% in 2026 ², and tight supply has led to frequent stockouts of key tungsten steel grades (e.g., YG8-YG15 for planer bits). Delivery times for woodworking planers have extended from 1-2 weeks to 1-3 months ², forcing some downstream customers to switch suppliers or accept lower-quality alternatives.
• Enterprise differentiation: Leading manufacturers (e.g., Huarui Precision) have mitigated risks through bulk stockpiling and long-term fixed-price contracts, maintaining gross margins above 25% ⁴. In contrast, over 30% of small-scale planer manufacturers have suspended production or exited the market due to cash flow shortages and inability to pass on costs ².

1.2 Aluminum-Cutting Saw Blades: Dual Pressure from Material Costs and Processing Requirements

• Cost composition stress: Premium aluminum-cutting saw blades use tungsten carbide-tipped (TCT) structures or high-speed steel (HSS), with tungsten and cobalt accounting for 40%-50% of total costs ². The price of cobalt (a key additive) has also surged due to demand from EV batteries, further pushing up costs. A 300mm diameter TCT aluminum-cutting saw blade now costs 35%-45% more than in 2025, with thin-gauge blades (thickness mm) facing even greater pressure due to higher per-unit tungsten usage ⁵.
• Technical trade-offs: To control costs, some SMEs have reduced blade thickness or used lower-grade tungsten powder, leading to increased cutting vibration and shorter service life. This has weakened their competitiveness against leading enterprises that maintain quality by absorbing partial cost increases ⁴.
• Inventory risks: Many manufacturers were forced to stock up on high-priced raw materials, but the volatile tungsten market (with daily price jumps of 10,000-60,000 yuan ²) has exposed them to potential inventory impairment if prices fluctuate downward.

1.3 Circular Saw Machine Alloy Saw Blades: Highest Sensitivity to Tungsten Prices

• Extreme cost dependence: High-performance circular saw machine alloy saw blades have the highest tungsten content (60%-70%) among the three categories ². With tungsten powder prices exceeding 1800 yuan/kg ¹, the unit cost of large-diameter blades (400-500mm) for industrial cutting has increased by 50%-60% ⁵. For custom blades used in aerospace aluminum alloy processing, the cost surge is even more pronounced due to the need for high-purity tungsten carbide.
• Supply chain disruptions: APT smelters (key intermediaries in tungsten processing) now hold less than 200 tons of inventory—67% below normal levels ²—leading to frequent supply shortages. Delivery times for standard circular saw blades have stretched to 2-3 months, while custom models may take 4-6 months ⁵, disrupting downstream production schedules.
• Industry reshuffling acceleration: SMEs specializing in low-end circular saw blades are being rapidly eliminated, as they lack the bargaining power to pass on costs or the funds to stockpile raw materials. Leading enterprises (e.g., Okey Precision) have expanded market share by leveraging stable supply chains and product upgrades, with some achieving "volume and price growth" ⁴.

2. Export Impacts: Challenges from Tariffs, Costs, and Competitiveness

The raw material price surge, combined with new trade policies in 2026, has created significant headwinds for tool exports:

2.1 Eroded Price Competitiveness

• Narrowed cost advantage: Chinese tool exports have traditionally relied on 20%-30% price advantages over European and Japanese counterparts ⁵. However, the 35%-60% cost increase has forced exporters to raise prices by 15%-25% ², reducing this gap. For example, the export price of a standard aluminum-cutting saw blade has risen from 25-30 to 32-38, making it less competitive in price-sensitive markets like Southeast Asia.
• Imported product competition: With domestic prices rising, some overseas buyers are shifting to imports from South Korea or India, where manufacturers have lower cost structures or slower price pass-through ⁵. U.S. market share for Chinese circular saw blades has dropped from 40% to 25% due to this shift ⁴.

2.2 Increased Trade Barrier Risks

• EU tariff changes: Since January 1, 2026, the EU has abolished the tariff exemption for packages valued below 150 euros, imposing combined tariffs of up to 38% (including standard tariffs, VAT, and processing fees) ³. This heavily impacts mid-low end tool exports, as over 40% of Chinese woodworking planers and aluminum-cutting saw blades exported to the EU fall below this value threshold ⁵.
• U.S. tariff adjustments: The 2026 HTS revision maintains a 3.7% base tariff plus 0.7 cents per unit for certain tool categories (e.g., rubber-handled knives) ⁷, adding to export costs. Additionally, the cost-driven price increases have raised the risk of anti-dumping investigations, as European and U.S. competitors accuse Chinese exporters of "unfair pricing" ⁴.

2.3 Cash Flow and Contract Risks

• Liquidity pressure: International trade typically involves 30-90 day payment terms, but upstream suppliers now require advance payments for tungsten steel ². This creates a "cash flow mismatch" for exporters, tying up working capital and limiting their ability to accept large orders. SMEs, in particular, struggle to secure trade financing, leading to lost opportunities ⁵.
• Contract instability: Volatile raw material prices have made long-term pricing agreements difficult. Over 20% of export contracts for circular saw machine alloy saw blades were renegotiated or canceled in 2025, as buyers refused to accept price increases ⁴.

3. Export Opportunities: Emerging Markets, High-Value Segments, and Innovation

Amid the challenges, the crisis has uncovered new growth avenues for adaptive exporters:

3.1 Emerging Market Expansion

• Belt and Road growth: Markets in Southeast Asia (Vietnam, Indonesia), Central Asia, and South America are experiencing booming manufacturing sectors (e.g., furniture production in Vietnam, automobile manufacturing in Brazil) ⁴. These markets have a strong demand for mid-range tools, where Chinese products still offer competitive pricing relative to European/Japanese brands. Exports to Belt and Road countries increased by 30% year-on-year in 2025 ⁴, with woodworking planers and aluminum-cutting saw blades being top contributors.
• Regional advantages: Chinese exporters can leverage proximity to Southeast Asian markets to shorten delivery times and reduce logistics costs, offsetting some of the price competitiveness losses ⁵.

3.2 High-Value-Added Product Exports

• Specialized tool segments: Demand for high-precision, high-performance tools remains strong in developed markets. Exporters focusing on specialized products—such as precision woodworking planers for luxury furniture, ultra-thin aluminum-cutting saw blades for 3C electronics, and circular saw blades for new energy vehicle battery processing—can command premium prices (2-3 times higher than standard models) ⁴. These products are less sensitive to raw material costs and face less competition.
• Product upgrades: Investing in coatings (e.g., TiAlN) and structural optimizations can improve tool performance and service life, justifying price increases. For example, coated circular saw blades for aerospace aluminum alloy processing have seen steady export growth to Europe and North America ⁵.

3.3 Material Substitution and Supply Chain Optimization

• Alternative materials: Adopting ASP powder steel (e.g., ASP60, ASP23) can reduce dependence on tungsten steel. ASP powder steel offers better toughness (3-5 times that of tungsten steel) and lower processing costs (60-80% reduction) ⁶, making it suitable for applications where tungsten steel is prone to cracking (e.g., thin-gauge aluminum-cutting saw blades). Exporters using ASP powder steel have reported 15-20% lower production costs while maintaining product quality ⁶.
• Overseas localization: Building production bases or warehouses in Mexico (for U.S. market access) or Eastern Europe (for EU market access) can bypass tariffs and shorten delivery times ⁴. Leading enterprises like Zhongwu High-Tech are exploring such strategies to maintain market share.

3.4 Policy Support Utilization

• Export incentives: The Chinese government offers tariff subsidies, trade financing, and overseas legal assistance for export-oriented manufacturers ⁴. Exporters can apply for export tax rebates for high-tech tools (e.g., precision circular saw blades) and participate in government-organized trade missions to emerging markets. The "Chengdu Products Going Global" initiative secured 3 billion yuan in export orders for tool enterprises in 2025 ⁴.

4. Strategic Recommendations for Manufacturers

To navigate the current environment, tool manufacturers should adopt a multi-faceted strategy:

• Short-term: Optimize procurement through long-term fixed-price contracts with upstream suppliers, increase waste tungsten recycling (targeting a 35%+ recycling rate ²), and implement flexible pricing models (e.g., tungsten price linkage clauses) for exports. For SMEs, consider collaborative purchasing to achieve economies of scale.
• Mid-term: Invest in R&D to develop high-value-added products and explore material substitution (e.g., ASP powder steel ⁶). Expand into emerging markets through participation in international trade shows (e.g., Hannover Messe) and partnerships with local distributors.
• Long-term: Strengthen brand building to move beyond price competition, build overseas production bases to bypass trade barriers, and vertically integrate into upstream raw material supply (e.g., tungsten ore mining) to control costs ⁴. For exporters, focus on certifying products to meet international standards (e.g., ISO 9001, CE) to enhance competitiveness in high-end markets.

Conclusion

The skyrocketing prices of tungsten steel and high-speed steel have reshaped the tool manufacturing industry, with profound impacts on woodworking planer, aluminum-cutting saw blade, and circular saw machine alloy saw blade manufacturers. While cost pressures, supply chain disruptions, and trade barriers pose significant challenges for exports, emerging markets, high-value-added segments, and material innovation offer viable growth paths. Success will depend on enterprises' ability to adapt quickly—through strategic procurement, product upgrading, market diversification, and policy leveraging. By transforming challenges into drivers of change, Chinese tool manufacturers can not only weather the current storm but also build a more resilient and competitive global presence in the long run.