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Market-Driven Solutions for Plastics and Thermoplastic Additives

RBH supplies specialist additives and functional minerals for thermoplastic applications across automotive, packaging, construction, consumer, and industrial markets. Our portfolio supports polypropylene (PP) compounding, masterbatch production, recycling, and additive systems, delivering enhanced physical properties, protection, and long-term performance.

Marketed under trusted brand names, including high-purity Magsil talcs and natural and precipitated barium sulphates, our materials are selected to improve stiffness, dimensional stability, surface finish, and processability. Supported by a market-driven and collaborative approach, RBH works closely with customers to address formulation challenges, improve productivity, and extend service life performance in demanding thermoplastic applications.

Specialist Additives and Materials for Thermoplastic Applications

Our portfolio of specialist additives and functional minerals supports the formulation and processing of thermoplastic systems across automotive, packaging, construction, consumer, and industrial applications. RBH materials are selected to enhance performance, improve process efficiency, and deliver consistent quality across compounding, masterbatch, recycling, and additive systems.

Performance Modifiers and Additives

These additives are used to tailor the mechanical, thermal, and processing behaviour of thermoplastic formulations. They support improved melt flow, impact performance, flame retardancy, and application-specific functionality across a wide range of plastic systems.

Functional Minerals and Pigments

Functional minerals and pigments enhance stiffness, dimensional stability, opacity, colour, and surface finish in thermoplastics. These materials also support density control, cost optimisation, and consistent appearance across compounded and masterbatch formulations.

Crosslinking and Structural Enhancement

Crosslinkers are used to improve strength, heat resistance, and long-term durability in thermoplastic applications. They modify polymer structure to deliver enhanced performance under demanding processing and service conditions.

Polymer Protection and Stabilisation

Stabilisers protect thermoplastics against degradation caused by heat, light, and oxidation during processing and end use. They help maintain mechanical properties, appearance, and service life performance.

Frequently asked questions about Plastics and Thermoplastics

Find answers to common questions about thermoplastic additives, functional minerals, and stabilisers, including how they influence processing, performance, and long-term durability in plastic formulations.

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Thermoplastic formulations typically use a combination of functional minerals, performance modifiers, stabilisers, and processing aids to achieve specific mechanical, thermal, and visual properties. These materials support applications ranging from automotive and packaging to construction and consumer products.

Functional minerals such as Magsil talc and barium sulphate are used to improve stiffness, dimensional stability, surface finish, and density control in thermoplastics. They also support cost optimisation and consistent processing across compounding and masterbatch systems.

Melt flow and processing behaviour are controlled through rheology modifiers and speciality additives that influence viscosity, dispersion, and stability during processing. These materials help deliver consistent throughput, reduced defects, and reliable finished part quality.

Stabilisers protect thermoplastics from degradation caused by heat, light, and oxidation during processing and service life. Antioxidants, light stabilisers, and UV absorbers help maintain mechanical performance, appearance, and long-term durability.

Yes, RBH works closely with customers to support tailored additive and material solutions aligned to specific thermoplastic formulations and processing requirements. This includes material selection, technical support, and supply continuity.

Yes, specialist additives and stabilisers are commonly used to support recycled thermoplastics by improving processing stability and restoring performance properties. This helps manufacturers meet sustainability targets while maintaining consistent product quality.

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