Laser Cladding Phương Đông
In 2026, the global tungsten market has experienced a significant price surge. Within just the first two months of the year, many products in the tungsten supply chain have increased by approximately 100% compared to the beginning of 2026. This sharp rise is mainly driven by limited supply while demand from industries such as mechanical manufacturing, mining, energy, and cutting tool production remains strong.
According to the market report published by Chinatungsten Online on March 9, 2026, prices of several tungsten-related products have increased significantly.
Reference source: Tungsten Market Report – Chinatungsten Online, 9th March 2026.
Prices of Selected Tungsten Products (March 2026)
| Product | Specification / WO₃ Content | Reference Price (03/2026) | Increase Compared to Early 2026 |
|---|---|---|---|
| Ferrotungsten (FeW alloy) | ≥70% | 195,588 USD/ton | ~+104% |
| Ammonium Paratungstate (APT) | ≥88.5% | 2,309.7 USD/MTU | ~+107% |
| Tungsten Powder | ≥99.7% | 325.0 USD/kg | ~+104% |
| Tungsten Carbide Powder (WC) | ≥99.7% | 316.2 USD/kg | ~+106% |
| #1 Tungsten Bar | ≥99.95% | 336.8 USD/kg | ~+105% |
| Tungsten Wire for Diamond Wire Saws | 30–45 μm | 4.70 USD/km | ~+100% |
Source: Chinatungsten Online – March 9, 2026 (EXW Xiamen, China).
These figures indicate significant fluctuations in the tungsten market, which may directly impact various industries that rely on wear-resistant materials.
The Role of Tungsten in the Mechanical Industry
Tungsten is known for its exceptional hardness, high melting point, and outstanding wear resistance, making it a key material for producing tungsten carbide (WC) and other wear-resistant alloys.
Materials containing tungsten are widely used in mechanical engineering applications, including:
- Cutting tools and metal machining tools
- Drill bits for mining and oil & gas industries
- Gears, shafts, and wear-resistant components
- Hard coatings for industrial equipment surfaces
Thanks to these outstanding properties, tungsten-based materials are commonly used in components operating under high friction, severe wear, and heavy loads.
Rising Material Costs and Machining Expenses
As tungsten prices increase, the cost of many related materials and products used in the mechanical industry also rises. This directly affects various manufacturing and machining processes.
Some of the materials and products impacted include:
- Tungsten carbide (WC) alloy powders used in thermal spraying and hardfacing processes
- Welding rods and welding wires containing WC for wear-resistant hardfacing
- Hard coating materials used in technologies such as thermal spraying, PTA, and Laser Cladding
- Metal cutting tools such as turning inserts, milling cutters, and drill bits containing tungsten carbide
As these materials and cutting tools become more expensive, the cost of machining processes such as turning, milling, drilling, grinding, and surface finishing also tends to increase due to higher tooling and consumable expenses.
Impact of Tungsten Prices on Mechanical Component Refurbishment Services
The rise in raw material prices has made manufacturing or replacing new components increasingly expensive. As a result, many companies are turning to mechanical component refurbishment services as a cost-effective solution to extend equipment life and reduce investment costs.
Common refurbishment technologies include:
- Mechanical component repair welding
- Wear-resistant hardfacing
- Thermal spray coating
- Laser Cladding technology
These technologies allow for the reconstruction of high-hardness, wear-resistant surface layers, enabling worn components to continue operating effectively for extended periods.
Although refurbishment costs may also increase due to higher prices of alloy powders, welding consumables, and materials containing Tungsten Carbide (WC), refurbishment is still significantly more cost-effective than replacing entire components. In addition, refurbishment helps reduce equipment downtime and maximizes the use of high-value parts.
Material Optimization Strategies in the Mechanical Industry
In response to rising material costs, many companies are exploring ways to optimize material selection for mechanical components. In some cases, components operating in wear environments can be redesigned or manufactured using alternative materials with comparable hardness and wear resistance, helping reduce costs compared to tungsten-rich materials.
Some commonly adopted solutions include:
- Selecting alternative wear-resistant alloys or coating materials
- Using chromium-based or molybdenum-based wear-resistant alloys
- Optimizing component design and coating thickness to minimize the use of expensive materials
However, in applications involving extreme wear conditions, materials containing tungsten carbide (WC) often remain the most effective solution due to their superior wear resistance.
Future Trends in Mechanical Component Refurbishment
As industrial material prices continue to fluctuate, the trend of refurbishing and reinforcing mechanical components rather than replacing them entirely is expected to grow.
With the advancement of technologies such as hardfacing, thermal spraying, and Laser Cladding, surface coatings can achieve high hardness and excellent wear resistance, significantly extending the service life of industrial equipment while reducing operating costs.
Therefore, along with fluctuations in raw material markets such as tungsten, the demand for mechanical component refurbishment services is expected to continue increasing, particularly in industries such as cement production, mining, energy, and manufacturing.
