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Caucho y dióxido de titanio

Titania has been used to increase the strength of the rubber in terms of its brightness, UV-resistant, and reinforcement – which has increased the beauty and durability of the rubber used in industry, automobile, and consumer. Its chemical compatibility and thermal stability make TiO₂ an essential additive for rubber manufacturers demanding consistent, high-performance results.
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What Is titanium dioxide for rubber?

Titanium dioxide (TiO₂) is one of the most popular functional ingredients in the rubber industry, which has been recognized as being able to provide brightness, transparency, and UV resistance to both natural and synthetic rubber compounds. Whereas TiO₂ is dominant as a reinforcement filling for black rubber applications, TiO₂ is used as the main color and function ingredient for light-coloured, white and pale rubber formulations – allowing producers to satisfy the needs of a wide variety of rubber products in terms of aesthetics and properties.

In rubber compounding, TiO₂ is incorporated during the mixing stage alongside other additives including vulcanizing agents, accelerators, plasticizers, and stabilizers. It has a fine grain size and a high refractive index that enables uniform distribution of colour and function over the entire rubber substrate, providing uniform colour growth and function in NR as well as synthesis systems comprising SBR, NBR (NBR), silicon rubber and EPDM.

Titania has been applied in a wide variety of applications in the field of rubber – from car sealing systems, conveyor belts, and industrial tubes to shoe soles, medical rubber parts, and consumer items – where brightness, lightness, and cleanliness are needed alongside reliable mechanical properties.

Key Advantages of Titanium Dioxide for Rubber

  • Superior Whiteness and Opacity TiO₂ provides the greatest brightness and transparency of any commercial white pigment, enabling the rubber makers to obtain a clear, clear aesthetic in light colored articles with optimal colour loading and minimum influence on the composition.
  • Effective UV StabilizationRubber compounds can be easily degraded by UV, resulting in surface cracking, staining, and loss of mechanical performance. Titanium dioxide is able to absorb UV rays and offer a protection shield that greatly prolongs the lifetime of white or light colored rubber products.
  • Broad Rubber System Compatibility Chemical compatibility between titanium dioxide and natural rubber as well as all main synthetic elastomers allows smooth integration into a standard rubber mixture process, while not negatively influencing the curing dynamics, tensile strength or elongation performance of the end compound.
  • Reinforcing Contribution to Compound PropertiesIn addition to pigment, fine particle TiO₂ adds a certain amount of strengthening to the rubber substrate, supporting an increase in tensile, tear, and abrasion-resistant properties — especially useful for the high requirements of industry and shoe rubber.
  • Heat and Chemical Stability During Processing Titanium dioxide retains its chemical integrity and colour stability at high temperatures that are encountered in curing and curing of the rubber, thus guaranteeing a uniform colour performance over the entire manufacturing period.

Retos del sector

Achieving Consistent Whiteness in Vulcanized Compounds

Keeping a constant, even brightness during curing is a technical challenge, since thermal exposure and the chemistry of the compound components may result in discoloring and pigment properties inconsistent.

UV and Ozone Degradation in Outdoor Applications

White and light colored rubber products that are exposed to sun and ozone are especially prone to deterioration of the surface, fracture, and mechanical properties – they need to have a precise optimum UV shielding capability to guarantee sufficient outdoor durability.

Dispersion Challenges in High-Viscosity Rubber Matrices

NObtaining a fine, homogeneous TiO₂ dispersion in a dense, high viscosity rubber compound needs careful choice of surface treatment and blending optimization, because aggregation can result in staining, surface defects, and poor mechanical properties.

Descripción general del producto

Alúmina

RS-R100

Alúmina

RS-R300

Specific Use Scenarios — titanium dioxide for rubber

Automotive Rubber Seals and Weatherstripping

Titania has been applied to a wide range of white and light color automobile rubber sealing systems, such as door closures, windows, and boot gaskets, which need a consistent look and long term UV stability along with a solid sealing capability. TiO ₂ helps maintain colour integrity and surface quality throughout the service life of these components, which are continuously exposed to sunlight, temperature cycling, and environmental weathering.

Footwear Soles and Outsoles

Titania is used as a major colour in the shoes and shoes, providing the clarity, transparency, and clarity needed for sports, leisure and safety shoes. It is compatible with the nature and SBR mixtures, together with the ability to resist wear, so that TiO₂ is a common component of premium shoe sole formulations all over the world.

Industrial Conveyor Belts and Hoses

White and light colored industrial rubber products — such as food delivery bands, sanitary hoses, and clean room compliant pipes — are based on TiO₂ for beauty as well as regulation. TiO₂ provides the brightness and chemical inertia that is required in the production of foodstuffs, pharmaceuticals, and other sectors with strict compliance with sanitary requirements.

Medical and Pharmaceutical Rubber Components

Titania is included in medical and health care products as well as in the manufacture of gloves, caps, pipes, and sealing parts. Their biodegradability, adherence to ISR, and their stability during sterilisation procedures mean that TiO₂ is a reliable dye for rubber products that need to be approved as well as consistently performing in sensitive health settings.

Silicone Rubber Products

In the use of silicon rubber — such as kitchen utensils, infant products, electric insulating parts, and silicon for medicine — it offers brightness, transparency, and UV stability in a high temperature curing system. Specialty TiO ₂ classes, which are compatible with platinum catalysed and peroxide-cured silicon, provide a pure white finish that does not restrict cure or impair the clarity and purity of silicon preparations.

Sporting Goods and Recreational Rubber Products

Titania has been extensively used as a kind of rubber compound for athletic devices, such as tennis ball caps, gymnastics mats, swimming accessories, and protective padding. TiO₂ provides colour uniformity and UV protection for products exposed to long periods of exposure to external conditions, physical pressure, and repetitive washing with cleaning agents and disinfectants.

Cable and Wire Insulation

White and light coloured rubber insulating materials used in electric cables and wiring systems include titanium dioxide for transparency, colour encoding, and UV protection. TiO₂ helps maintain the long term colour and surface integrity of rubber insulation cables mounted outside, industry, and infrastructure.

Our titanium dioxide for rubber Advantages

Exceptional Whiteness and Pigment Efficiency

Our Titania provides excellent clarity and transparency in a rubber mixture, which provides a desired brightness at optimal loading levels – a reduction in the total amount of paint consumed and a consistent, high-quality look required by light-coloured and white-rubber producers for all types of applications.

Proven UV Stability and Weather Resistance

Crafted for sustained outdoor use, our TiO₂ delivers strong UV absorption and photostabilizing properties in rubber compounds. It effectively safeguards rubber products from surface yellowing, cracking, and mechanical deterioration when exposed to sunlight, ozone, and severe environmental conditions.

Broad Compatibility Across Rubber Systems

Our TiO ₂ has been developed to provide a solid dispersion and chemical stability over a variety of vulcanizates - SBR, NBR, EPDM and silicon - with a smooth integration into a variety of vulcanizates without disturbing the cure dynamics or compromising the mechanical performance of the final rubber compound.

Ver todas las categorías de carbón activo

Choosing an appropriate level of titanium dioxide for your rubber needs to be tailored to your particular polymer system, curing chemical properties, and end use properties. Our TiO₂ series includes a wide variety of types of coatings and coatings that are tailored to the needs of the natural rubber, the synthetic elastomer and the silicon. Check out the complete specifications of Titanium Dioxide Products and determine the most appropriate grade for your rubber composition.
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Find All Industrial Solutions

Titanium dioxide is only one part of the mystery. Through the use of rubber, paint, plastics, and more, the correct chemistry can dramatically improve the properties of the product. Look at all of our industrial solutions – from active carbon to aluminum oxide – and find out how every one of these is going to meet the particular challenges you face. Regardless of whether it is the optimization of durability, cleanliness, or the productivity of the process, the design of the solution is designed to achieve the desired effect.
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