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Premium-grade titanium dioxide colorants engineered for maximum UV resistance, brightness, and durability in textile and outdoor gear manufacturing.
Superior tinting strength and hiding power. Ideal for UV-resistant outdoor fabric coatings and pigment formulations.
High-performance rutile grade delivering excellent gloss, opacity, and UV weatherability for outdoor gear and protective coatings.
Lomon R996 rutile TiO₂ with zirconia & alumina treatment. Outstanding UV durability for outdoor textile and gear applications.
Non-toxic, chemically stable white pigment designed for UV-resistant PVC outdoor structures and protective textile substrates.
Titanium dioxide (TiO₂) is the world's most widely used white pigment and UV-blocking agent. In the textile and outdoor gear industries, it plays a dual role: delivering brilliant, stable whiteness while acting as a powerful UV radiation absorber and reflector. Unlike organic UV stabilizers that degrade over time, TiO₂ provides a permanent, inorganic UV shield that does not break down under prolonged sun exposure.
When incorporated into fabric coatings, fiber spinning dopes, or polymer matrices used in outdoor gear, TiO₂ particles scatter and absorb ultraviolet radiation across the full UV spectrum (UVA 315–400 nm and UVB 280–315 nm). This prevents photodegradation of the base polymer, maintains color integrity, and significantly extends the functional lifespan of the end product.
⚡ Key Insight: Rutile-grade TiO₂ offers up to 40% greater UV absorption efficiency compared to anatase-grade, making it the preferred choice for outdoor-facing textiles, awnings, tents, performance sportswear, and industrial protective gear.
Modern surface-treated TiO₂ grades — featuring zirconia, alumina, and silica coatings — further reduce photocatalytic activity, preventing the degradation of surrounding polymer chains and ensuring that the UV protection remains stable throughout the product's service life.
The UV protection mechanism of TiO₂ in textiles operates on two fronts:
The particle size of TiO₂ is a critical variable. Particles in the 200–300 nm range are optimized for maximum visible light scattering (whiteness), while nano-scale TiO₂ (below 100 nm) excels at UV absorption with minimal visible light interference — enabling transparent UV-protective coatings on clear outdoor gear materials.
🌐 Global Standard: TiO₂-treated fabrics can achieve UPF 50+ ratings (Ultraviolet Protection Factor), the highest level recognized by international textile safety standards including AS/NZS 4399 and EN 13758.
The global demand for UV-resistant textiles and outdoor gear is accelerating, driving unprecedented growth in specialty TiO₂ consumption.
From nano-engineering to sustainable chemistry, the TiO₂ industry is evolving rapidly to meet the demands of next-generation outdoor and performance textile applications.
Nanotechnology is enabling the development of transparent TiO₂ dispersions that can be applied to clear or light-colored outdoor fabrics without affecting visual appearance. Nano-TiO₂ particles below 100nm provide exceptional UV absorption while remaining optically invisible, opening new possibilities for aesthetically-driven outdoor fashion and performance apparel brands.
Environmental regulations and brand sustainability commitments are driving demand for surface-treated, low-photocatalytic TiO₂ grades. Advanced Al₂O₃/SiO₂/ZrO₂ surface treatments reduce photocatalytic reactivity by over 90%, preventing fiber degradation and enabling longer product lifecycles — a key selling point for eco-conscious outdoor gear brands targeting circular economy goals.
TiO₂ is increasingly being incorporated directly into polymer masterbatches during fiber extrusion, rather than applied as a surface coating. This approach delivers permanent, wash-resistant UV protection throughout the entire fiber cross-section — a critical advantage for outdoor gear subjected to repeated washing, abrasion, and prolonged UV exposure in field conditions.
China, India, and Southeast Asia account for over 65% of global TiO₂ production capacity for textile applications. Chinese manufacturers like Lomon Billions — whose R996 grade is distributed by Yuantai — lead the world in rutile TiO₂ quality and export volume, supplying major global outdoor brands including those in North America and Europe.
Advanced research is combining TiO₂ with other functional additives — such as zinc oxide (ZnO), silver nanoparticles, and organic UV absorbers — to create multi-functional textile coatings that simultaneously deliver UV protection, antimicrobial properties, and infrared reflectance. These composite systems are gaining traction in military, medical, and premium outdoor sportswear segments.
The global boom in outdoor recreation — hiking, camping, cycling, water sports — is fueling explosive demand for UV-protective performance fabrics. Brands are increasingly specifying TiO₂-based UV protection in their technical fabric requirements, with UPF ratings becoming a standard marketing differentiator in the outdoor gear retail market.
Explore how titanium dioxide colorants are transforming UV protection performance across critical outdoor and textile manufacturing segments.
TiO₂ colorant is integrated into polyester and nylon fiber masterbatches for running, cycling, and outdoor sports apparel. The pigment ensures UPF 50+ protection while maintaining fabric breathability and color vibrancy. Rutile TiO₂ grades with low photocatalytic activity prevent dye fading and fiber degradation through thousands of wash cycles.
Heavy-duty outdoor sheltering products rely on TiO₂-loaded PVC and polyurethane coatings to achieve long-term UV stability. TiO₂ in these applications prevents chalking, cracking, and color shift in awning fabrics exposed to years of direct sunlight. B101 and BA01-01 anatase grades provide cost-effective whitening while rutile grades deliver superior weatherability for premium shelter products.
Sails, life vests, kayak covers, and water sports protective gear face extreme UV and moisture exposure. TiO₂ colorants in marine-grade coatings and laminated fabrics provide the UV resistance necessary to maintain structural integrity and safety performance. Surface-treated rutile TiO₂ grades are specified for their resistance to salt spray corrosion and hydrolytic degradation.
Military-grade tactical gear, including backpacks, tents, and load-bearing equipment, requires UV-stable fabrics that maintain camouflage pattern integrity and structural strength over extended field deployments. TiO₂ is incorporated into the polymer matrix of nylon and Cordura® fabrics to ensure UV stability without compromising infrared signature management requirements.
Agricultural shade nets, greenhouse covers, and geotextiles require multi-year UV stability to deliver their designed crop protection and soil stabilization functions. TiO₂ colorant — particularly in HDPE and PP fiber applications — provides the UV stabilization backbone that prevents premature embrittlement and mechanical failure, extending service life from 2–3 years to 5–10+ years.
Car covers, convertible rooftops, industrial curtains, and protective tarps all rely on TiO₂-based UV protection to maintain their functional and aesthetic properties over years of outdoor exposure. TiO₂ in PVC-coated technical textiles delivers the UV stability required to meet automotive OEM specifications and industrial safety standards across global markets.
A streamlined, industry-proven process from raw pigment to high-performance UV-protective fabric.
Choose rutile or anatase grade based on UV resistance requirements, substrate type, and end-use performance specifications.
TiO₂ is dispersed into polymer carriers or coating formulations using high-shear mixing to achieve optimal particle distribution and UV coverage.
TiO₂ masterbatch is integrated during fiber spinning or applied as a functional coating onto woven/nonwoven fabric substrates.
Finished fabrics undergo UPF testing, accelerated weathering (Xenon arc), and wash durability testing to verify UV protection performance.
We have integrated research and development, manufacturing and sales together to deliver unmatched value for global customers.
16-years trading experience. We are well-versed in global trading and UV-resistant textile supply chains.
We supply TiO₂ grades for plastics, rubber, coatings, and UV-protective textile applications across all performance tiers.
Our TiO₂ products are certified with SGS, food production licenses, and international quality standards for global compliance.
Free samples up to 1 kg per product (excluding shipping fees) — test our TiO₂ in your UV textile formulations risk-free.
Comprehensive technical support and return policy. If products do not conform to requirements, we accept returns.
We have integrated research and development, manufacturing and sales together — offering a complete range of industrial chemical raw materials.
High-weatherability rutile TiO₂ with zirconia and alumina surface treatment. Excellent gloss, bright whiteness, high opacity, and outstanding dispersibility for UV-resistant textile coatings.
High-performance white pigment with Si/Al inorganic surface treatment. Superior hiding power, strong tinting strength, and excellent dispersion for UV-resistant outdoor fabric coatings.
Non-toxic, chemically stable white pigment for UV-resistant PVC outdoor structures and protective textile substrates. Excellent chemical stability and whiteness retention.
Advanced sulfate process active pigment. Superior tinting strength, outstanding hiding power, and excellent dispersion for coatings, rubber, plastics, and UV-resistant outdoor gear applications.
We supply high-quality raw materials essential for various industries, including UV-resistant textiles, outdoor gear, coatings, plastics, rubber, construction, and chemicals. Our products enhance performance, durability, and efficiency in multiple applications.
A key white pigment and UV-blocking agent used in UV-resistant textiles, outdoor gear coatings, plastics, and paper. Improves brightness, opacity, and UV resistance for long-lasting outdoor performance.
Enhances rubber strength in outdoor gear soles and straps, improves ink and coating texture for outdoor fabric printing, and acts as an anti-caking agent in specialty chemical formulations.
A crucial raw material for ceramic production, fertilizers, and catalysts in chemical industries, contributing to improved material strength and quality across industrial applications.
Stay updated on TiO₂ market trends, pricing, and technical insights for UV-resistant textile applications.
Explore our complete titanium dioxide and specialty chemical product lineup — engineered for UV protection, whiteness, and durability across all industrial applications.
