PLASTICS
ADDITIVES
NANOXEM
Sílica
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Silicas for plastics, also known as precipitated silicas or fumed silicas, are versatile materials that play an important role in enhancing the properties of polymers. Here are the main applications and benefits of silicas in plastics:
Silica is used to adjust the viscosity of polymers, helping to control flow during processing and improving the molding of plastic products.
When added to polymers, silica can improve the impact, tensile, and flexural strength of plastics, resulting in more durable and resistant products.
In masterbatch formulations and compounds, silica helps to uniformly disperse pigments and other additives, preventing agglomeration and improving the quality of the final product.
Silica is used to control the level of gloss and opacity in plastic films and coatings, allowing greater customization of surface finishes.
Some functional silicas can act as moisture barriers, increasing the water resistance of plastics and prolonging their lifespan.
Silica can be incorporated into plastics as part of flame retardant systems, reducing the flammability of the material.
Titanate, Zirconate & Aluminate Coupling Agents & Catalysts for Plastics
Benefits
Improved Processability
Silica helps improve the flowability of polymers during processing, making it easier to mold and extrude plastics with complex shapes.
Increased Durability
Adding silica enhances the wear, abrasion, and impact resistance of plastics, extending the lifespan of the final products.
Better Dispersion of Additives
Silica improves the dispersion of additives, such as pigments and stabilizers, ensuring more homogeneous distribution in the plastic material.
Weight Reduction
The incorporation of silica can reduce the density of certain polymers, resulting in lighter plastics, which is particularly advantageous in the automotive and packaging industries.
Chemical Resistance
Silica can increase the chemical resistance of plastics, making them less susceptible to damage from aggressive chemicals.
Control of Optical Properties
Silica allows control over optical properties, such as transparency, gloss, and color, expanding the design possibilities for plastic products.
Silicas are widely used in personal care products due to their versatility and the various benefits they offer. Below, I provide a more comprehensive overview of the uses, purposes, and benefits of silicas in personal care.
Additives and catalysts for plastics enhance adhesion between polymers and inorganic materials, boost mechanical strength, improve corrosion resistance, reduce moisture absorption, increase thermal stability, and facilitate material processing.
Our additives are breaking new ground in the plastics industry by offering significant advancements in both processing and product creation. A major highlight is the capability to recycle PET, PE, and PP without the need for prior separation of the materials.
We offer a wide range of additives, each designed to provide solutions based on their six main functions, ensuring your plastics technology reaches new heights. If you work with plastic materials, you can trust our products to improve your formulations and optimize material processing efficiently.
We are here to provide the innovation you need to transform your plastics manufacturing process.
Main Benefits
Organophilization
Improves the dispersion of mineral fillers in polymer matrices, resulting in plastics with superior mechanical and thermal properties, essential for the manufacture of high-performance composites
Facilitates the blending of different polymers, resulting in higher quality recycled materials, allowing the combination of properties from various polymers into a single product
Compatibilization
Increases the efficiency of polymerization processes, enabling the production of plastics with specific characteristics, such as greater control over molecular structure and enhanced mechanical properties
Catalysis
Facilitates the processing and molding of plastics by adjusting the viscosity and flow behavior of molten polymers, improving the efficiency and quality of the manufacturing process, and reducing processing cycles
Rheology
Provides electrical conductivity to plastics, making them suitable for electronic applications, such as components in electronic devices and anti-static packaging
Electrical Conductivity
Enhances the water and moisture resistance of plastics, making them ideal for applications that require impermeable materials or resistance to humid environments
Hydrophobicity
Contact
To learn more about how Nanoxem can transform your products and drive your innovation, contact us. Our team of experts is ready to help you explore the vast possibilities that we can offer.
The Key to the Future of Advanced Materials.