China Titanium Dioxide Output In May And Forecast For June

【SMM Titanium Flash】On September 14th, Jintian Titanium Industry disclosed a private placement plan, intending to raise no more than 300 million yuan to invest in the construction of an advanced titanium alloy industrialization project for high-end equipment (Phase II). The project will add a 10,000-tonne ultra-large rapid forging unit to enhance the forging capacity of large-sized bars and extra-heavy wide forgings. The company's main products include titanium and titanium alloy bars, forgings, and components. It has already delivered batches of titanium alloy high-pressure gas cylinders to units under China Shipbuilding. The main structure of the Phase I project has been completed, and equipment joint debugging and testing have been completed. After commissioning, it will increase the annual production capacity of titanium alloy bars by 2,800 tonnes and forgings by 200 tonnes. With the implementation of the Phase II project, the company's supply capacity of high-end titanium materials for aerospace and marine equipment is expected to further enhance.

[SMM Titanium Spot Express: Titanium Dioxide Market Bottoms Out and Stabilizes, Expectations of a Stop in Decline and Recovery Heat Up] The titanium dioxide market has bottomed out and stabilized, with prices holding flat. The industry's goal of stopping the decline has been largely achieved, and there are expectations of upward probing in the short term. However, whether a genuine rise can materialize still depends on the sustainability of orders. The market is expected to consolidate.

【SMM Titanium Flash】 According to ADS Advance, the British aerospace company Skyrora has completed six hot-firing tests of its 3.5kN low-orbit engine, and X-ray inspections before and after the tests confirmed no damage. Some components of the engine were manufactured using a self-developed hybrid DED 3D printer, which achieved a weight reduction of approximately 44% by depositing a titanium coating instead of a nickel-based alloy. This move verifies the structural reliability of titanium-coated components in real thermal cycles and demonstrates that additive manufacturing is driving the reconstruction of the form and dosage structure of titanium materials for aerospace applications. Commercial aerospace is expected to become one of the fastest-growing scenarios for titanium demand.