Titanium Dioxide Industry Recovery Drives By-product Value Upgrading

Titanos Ferrous Sulfate Heptahydrate Opens a New Track for Green Applications

Since 2026, the domestic titanium dioxide industry has recovered cyclically, with a steady upward price center and strong industrial chain synergy. As main products rebound, the value of its by-product ferrous sulfate heptahydrate has been reactivated. Shanghai Titanos Industry Co., Ltd. has become a reliable supplier for downstream sectors via high-quality products and full-chain services, boosting the industry’s green circular development.

Industry Recovery Brings High-value Opportunities for By-products

As the supply-demand pattern of the domestic titanium dioxide market continues to improve, leading enterprises are accelerating the high-value utilization of by-products while focusing on cost reduction and efficiency improvement.

As a core by-product of sulfate-process titanium dioxide production, ferrous sulfate heptahydrate has transformed from traditional industrial waste into an essential chemical raw material with both environmental and economic value. Driven by the rapid growth of downstream demand in fields like environmental water treatment and new energy, its market space continues to expand, becoming a key part of the "main products + by-products" dual-driving development model in the titanium dioxide industrial chain.

Titanos Ferrous Sulfate Heptahydrate: Premium Quality for Full-scenario Applications

Leveraging its advantageous resources in the titanium dioxide industrial chain, Titanos provides high-stability ferrous sulfate heptahydrate that fully complies with industrial-grade standards, meeting the application needs of multiple industries.

Technical Specifications:

Multi Applications Scenarios:

• Environmental Water Treatment: Used as flocculant and reducing agent for efficient treatment of printing & dyeing, papermaking, chromium-containing and high-alkalinity industrial wastewater, realizing decolorization and water purification.
• Industrial Production: Key raw material for iron-based pigments, acid production blending and chromium removal in cement.
• New Energy Industry: Essential raw material for preparing iron phosphate, the precursor of lithium iron phosphate cathode materials.

Agricultural Use: Applied as soil conditioner and flower fertilizer to supplement iron elements and optimize soil structure.