Functional fillers, pigments, and specialty additives for the formulation of polymer compounds, masterbatch, among others.
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HTP2
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Talc
Technical description
HTP2 is a technical talc with high purity and lamellarity, designed for compounding polyolefins and TPO. It provides stiffness, dimensional stability, and thermal resistance, making it ideal for automotive and appliance applications where both mechanical performance and aesthetics are required.
Technical description
HTP3 is a talc designed for compounding polyolefins and TPO, providing stiffness and dimensional stability with a good cost-performance balance. It is ideal for automotive, appliances, and molded technical parts.
Technical description
HTP4 Talc is a high-purity, highly lamellar mineral reinforcement designed to improve stiffness, dimensional stability, and thermal resistance in engineering polymers. It is mainly used in polyamides (PA6, PA66), polyesters (PBT), elastomers, and under-the-hood automotive applications (air ducts, parts exposed to heat and vibration), where superior mechanical and thermal properties are required.
Technical description
GT4410 Talc is a micronized talc grade designed as a functional filler in polymers. It stands out for its excellent cost-performance ratio, providing increased stiffness, dimensional stability, and ease of processing.
This product is especially recommended for applications where whiteness is not a critical requirement and where mechanical performance needs to be optimized at a competitive cost.
Technical description
Calcined kaolin is a high-purity mineral reinforcement designed to enhance the mechanical, thermal, and aesthetic performance of plastic compounds. Its calcination-modified structure provides increased rigidity, low moisture absorption, excellent whiteness, and superior thermal stability, making it an ideal additive for PVC, PE, PP, ABS, and masterbatch applications.
Technical description
Inorganically treated rutile titanium dioxide, specifically designed for applications in the plastics industry. Its optimized surface treatment provides high UV resistance, excellent thermal stability, and high tinting strength, making it an ideal pigment for extrusion, injection, and blow molding processes.