Products in Additive Masterbatches

SILPURAN® AUX 8251 RO is a white, barium sulfate-containing batch that is used as a radio-opaque additive for addition-cured high-consistency silicone rubber. SILPURAN® AUX 8251 RO is designed for medical applications in compliance with the Wacker Silicones Health Care Policy, including implantation for less than 30 days.

ELASTOSIL® AUX FL Non-Healing is a ready-to-use masterbatch comprising specific additives and reactive silicone polymers that are commonly used in ELASTOSIL® liquid silicone rubber. This ensures homogeneous covulcanization without migration, as may be observed for systems based on silicone oil. It can be used to reduce self-healing and other sticking phenomena.

ELASTOSIL® AUX Stabilizer H0 is a ready-to-use additive comprising a heat-stabilizing filler and a reactive silicone polymer, which is a typical ingredient of ELASTOSIL® high-consistency rubber grades. This ensures that the batch is incorporated into the elastomer network during vulcanization and thus does not show any migration.

SILPURAN® AUX 8250 RO is a white, barium sulfate-containing batch that is used as a radio-opaque additive for peroxide-cured high-contrast silicone rubber. SILPURAN® AUX 8250 RO is designed for medical applications in compliance with the WACKER SILICONES HEALTH CARE POLICY, including implantation for less than 30 days.

SABIC's Specialties Business LNP™ COLORCOMP™ Compound WQ117945 is a PET based masterbatch for foaming applications containing a nanostructured, non-mineral based additive. Typical usage levels in final foam formulations are below 5%.

GENIOPLAST® PP 20A08 is a pelletized formulation consisting of 20% functional silicone dispersed in polypropylene. It has been specifically developed as a compounding additive for unfilled and filled thermoplastic polyolefin compounds. This product is odorless. When used within the recommended levels (0.5 - 2%), GENIOPLAST® PP 20A08 does not have a negative impact on the thermo-mechanical properties of the compounds it is added to. Additionally, due to its specific effect, the processing temperature of the polyolefin compound can be slightly lowered.

ELASTOSIL® AUX Stabilizer H3 is a ready-to-use additive comprising a heat-stabilizing filler and a reactive silicone polymer, which is a typical ingredient of ELASTOSIL® high-consistency rubber grades. This ensures that the batch is incorporated into the elastomer network during vulcanization and thus does not show any migration.

GENIOPLAST® PP50S12 MG is a pelletized masterbatch formulation. It contains 50% of a non-reactive, ultra-high molecular weight silicone gum dispersed in polypropylene homopolymer. This formulation is specifically developed as an additive to enhance scratch resistance in polypropylene-based compounds for automotive interior applications.

ELASTOSIL® AUX Stabilizer H4 is a ready-to-use additive comprising a heat-stabilizing filler and a reactive silicone polymer, which is a typical ingredient of ELASTOSIL® high-consistency rubber grades. This ensures that the batch is incorporated into the elastomer network during vulcanization and thus does not show any migration.

ELASTOSIL® AUX Stabilizer H1 is a ready-to-use additive comprising a heat-stabilizing filler and a reactive silicone polymer, which is a typical ingredient of ELASTOSIL® high-consistency rubber grades. This ensures that the batch is incorporated into the elastomer network during vulcanization and thus does not show any migration.

ELASTOSIL® AUX Stabilizer H6 is a ready-to-use additive comprising a heat-stabilizing filler and a reactive silicone polymer, which is a typical ingredient of ELASTOSIL® high-consistency rubber grades. This ensures that the batch is incorporated into the elastomer network during vulcanization and thus does not show any migration.

ELASTOSIL® AUX Stabilizer H6 F is a ready-to-use additive comprising a heat-stabilizing filler and a reactive silicone polymer, which is a typical ingredient of ELASTOSIL® high-consistency rubber grades. This ensures that the batch is incorporated into the elastomer network during vulcanization and thus does not show any migration.

GENIOPLAST® PP50S12 is a pelletized masterbatch formulation comprising 50% of a non-reactive, ultra-high molecular weight silicone gum dispersed in polypropylene homopolymer. It is specially designed as an additive to enhance scratch resistance in polypropylene-based compounds used in automotive interior applications.

Flytac 192 is a water-white thermoplastic resin obtained from the polymerization of aromatic and hydrogenation. It is widely applied in hot melt adhesive (HMA), and pressure sensitive adhesive (PSA) because of its good heat resistance and good compatibility with base polymers such as SIS, EVA, SBS, SEBS, and polyolefin. It can also be used in road marking, BOPP masterbatch, and rubber compounding.

KAFRIT DIF 00097 PC is a polycarbonate light diffuser known for its high thermal stability. It is primarily used in solid applications and is commonly used in led lights, diy lights, office lamps, kitchen lights, and fluorescent lights, where polycarbonate light diffusers serve as protective covers. Polycarbonate can be manufactured using different methods, including free radical polymerization. One of the key advantages of polycarbonate is its thermoplastic nature, which allows it to be molded while still hot. However, once cooled, it cannot be quickly melted or reshaped.

KAFRIT IR 0F680 PC is a polycarbonate designed to ensure that near-infrared (NIR) is reflected, enabling architects and other users to create efficient and cost-effective covered spaces. In response to major global trends such as climate change, mobility, a growing population, and increasing urbanization, there is a growing need for better solutions to achieve zero emissions, low-energy building efficiency, lightweight transportation, improved housing structures, and more efficient public infrastructure. More than 50% of the light is invisible and translates into heat (nir). This polycarbonate has transparent properties with a greenish appearance, based on a unique technology that is proprietary to KAFRIT.

KAFRIT DIF 0J160 PC is a polycarbonate light diffuser with high efficiency, ideal for MW and corrugated applications, as well as for use in led lights, diy lights, office lamps, kitchen lights, and fluorescent lights, where polycarbonate light diffusers are commonly used as covers. Polycarbonate can be produced through various methods, including free radical polymerization. One of the key advantages of polycarbonate is its thermoplastic nature, which allows it to be molded while still hot, but it cannot be quickly melted or formed after it has cooled.

KAFRIT UVA 60J783 PC is a polycarbonate with a UV cap layer. Most PC sheets are protected by a thin co-extruded layer (cap layer). This layer is based on PC resin enriched with a high level of UV absorbers. The recommended layer thickness takes into consideration the layer erosion over the service life and the UV additive optical density, ensuring that no harmful UV light will penetrate the cap layer and damage the unprotected polycarbonate. This product is specifically designed for MW sheets and panels, and it performs optimally at low linear speeds.

KAFRIT AG 0K83B PMMA Antiglare is a polymethyl methacrylate (PMMA) specifically formulated with anti-glare properties. It achieves a medium surface effect, effectively reducing or preventing unpleasantly bright or strong light reflections. For optimal results, it is recommended to apply a 100% feeding rate of the additive in the form of a 50-micron co-extrusion layer. This PMMA antiglare is particularly suitable for application in PMMA sheets, where it serves to enhance visual comfort by minimizing glare-related issues, providing a more pleasant and comfortable environment.

KAFRIT UVA 6C670 PC is a polycarbonate with anti-glare properties. The purpose of this product is to eliminate the glossy surface appearance of the sheets. As this is a surface phenomenon, the product is always combined with UVA and applied to the sheets in the same manner as the UV cap layers. The effect obtained can also be referred to as a "matte effect". The product is based on cross-linked polymeric spheres (similar to the light diffuser additives) that create a microstructure on the surface, which interferes with the glossy appearance. It is recommended to apply the product at a layer thickness of 40€“50 μm to achieve the best effect. The surface effect results in a fine milky haze appearance.

KAFRIT DIF 00376 MMA Diffuser is a PMMA (polymethyl methacrylate) diffuser known for its high thermal stability and excellent LT/haze ratio for LED applications. It is designed for solid applications and is a transparent and rigid thermoplastic material commonly known as acrylic, acrylic glass, or plexiglass. PMMA diffusers are extensively used in the lighting industry for producing lenses, diffusers, and light guides due to their remarkable light transmittance properties, ensuring effective and efficient light distribution. It is a versatile material that plays a crucial role in enhancing lighting performance and esthetics in various applications.

KAFRIT UVA 60D23 PC is a polycarbonate with anti-glare properties. The purpose of this product is to eliminate the glossy surface appearance of the sheets. As this is a surface phenomenon, the product is always combined with UVA and applied to the sheets in the same manner as the UV cap layers. The effect obtained can also be referred to as a matte effect. The product is based on cross-linked polymeric spheres (similar to the light diffuser additives) that create a microstructure on the surface, interfering with the glossy appearance. It is recommended to apply the product at a layer thickness of 40€“50 μm to achieve the best effect. The surface effect is classified as medium, resulting in a matt appearance.

KAFRIT AG 0K830 PMMA Antiglare is a polymethyl methacrylate (PMMA) designed with anti-glare properties, aimed at reducing or preventing unpleasantly bright or strong light reflections. The surface effect achieved with this additive is categorized as fine. For optimal results, it is recommended to apply a 100% feeding rate of the additive in the form of a 50-micron co-extrusion layer. This PMMA antiglare is well-suited for application in PMMA sheets, where it serves to enhance visual comfort and reduce glare-related issues.

KAFRIT FR 0I670 PC is a brominated flame retardant polycarbonate sheet known for its transparency. The flame retardant (fr) performance of the PC sheet depends on factors such as its geometry, the type of polycarbonate resin mixed with the fr masterbatch, as well as its thickness and weight. The product adheres to the single burning item standard (SBI) in EN 13823, which is a crucial building standard for assessing its flame retardancy. Additionally, the product is compliant with the UL-94 standard, ensuring its safety and reliability.

KAFRIT UVA 60919 PC is a polycarbonate with anti-glare properties. The purpose of this product is to eliminate the glossy surface appearance of the sheets. As this is a surface phenomenon, the product is always combined with UVA and applied to the sheets in the same manner as the UV cap layers. The effect obtained can also be referred to as a matte effect. The product is based on cross-linked polymeric spheres (similar to the light diffuser additives) that create a microstructure on the surface, interfering with the glossy appearance. It is recommended to apply the product at a layer thickness of 40€“50 μm to achieve the best effect. The surface effect is classified as rough, resulting in a matt appearance.

KAFRIT DIF 09540 PC is a polycarbonate light diffuser known for its high efficiency. It is well-suited for MW and corrugated applications and widely used in various lighting products such as led lights, DIY lights, office lamps, kitchen lights, and fluorescent lights, where polycarbonate light diffusers serve as protective covers. Polycarbonate can be manufactured using different methods, including free radical polymerization. One of the key advantages of polycarbonate is its thermoplastic nature, which allows it to be molded while still hot. However, once cooled, it cannot be quickly melted or reshaped.

KAFRIT UVA 60F66 PC is a polycarbonate with anti-glare properties. The purpose of this product is to eliminate the glossy surface appearance of the sheets. As this is a surface phenomenon, the product is always combined with UVA and applied to the sheets in the same manner as the UV cap layers. The effect obtained can also be referred to as a matte effect. The product is based on cross-linked polymeric spheres (similar to the light diffuser additives) that create a microstructure on the surface, interfering with the glossy appearance. It is recommended to apply the product at a layer thickness of 40€“50 μm to achieve the best effect. The surface effect is classified as rough, resulting in a matte appearance.

KAFRIT UVA 60397A PC is a polycarbonate with a UV cap layer. Most PC sheets are protected by a thin co-extruded layer (cap layer). This layer is based on PC resin enriched with a high level of UV absorbers. The recommended layer thickness takes into consideration the layer erosion over the service life and the UV additive optical density, ensuring that no harmful UV light will penetrate the cap layer and damage the unprotected polycarbonate. The application of this product is suitable for solid and MW sheets, and it is well-suited for high linear speeds.

KAFRIT DIF 00973 PC is a polycarbonate light diffuser known for its excellent LT/haze ratio, specifically for LED applications. It is suitable for MW, solid, and corrugated uses and is commonly utilized in led lights, diy lights, office lamps, kitchen lights, and fluorescent lights, where polycarbonate light diffusers serve as protective covers. Polycarbonate can be manufactured using different methods, including free radical polymerization. One of the key advantages of polycarbonate is its thermoplastic nature, which allows it to be molded while still hot. However, once cooled, it cannot be quickly melted or reshaped.

KAFRIT UVA 60J781 PC is a polycarbonate sheet that features a protective UV cap layer. In most cases, PC sheets come with a thin co-extruded layer known as the cap layer. This particular layer is composed of PC resin, enriched with a high concentration of UV absorbers. The recommended thickness of this layer takes into account both its erosion over time during service and the optical density of the UV additive. Consequently, the cap layer ensures that no harmful UV light can penetrate through to the unprotected polycarbonate underneath. This product is primarily designed for use in MW sheets and is particularly well-suited for applications with high linear speed requirements.

KAFRIT UVA 6D490 PC is a polycarbonate with a UV cap layer. Most PC sheets are protected by a thin co-extruded layer (cap layer). This layer is based on PC resin enriched with a high level of UV absorbers. The recommended layer thickness takes into consideration the layer erosion over the service life and the UV additive optical density, ensuring that no harmful UV light will penetrate the cap layer and damage the unprotected polycarbonate. This product is specifically designed for MW sheets and panels, and it offers improved plate-out performance. It has an impressive 20-year service life, even under moderate climate conditions.

KAFRIT DIF 10981 PC is a polycarbonate light diffuser known for its high efficiency and opal-white shade. It is particularly suitable for MW and corrugated applications and is widely used in led lights, DIY lights, office lamps, kitchen lights, and fluorescent lights, where polycarbonate light diffusers serve as protective covers. Polycarbonate can be manufactured using different methods, including free radical polymerization. One of the key advantages of polycarbonate is its thermoplastic nature, which allows it to be molded while still hot. However, once cooled, it cannot be quickly melted or reshaped.

KAFRIT FR 00I171 PC is a brominated flame-retardant polycarbonate sheet known for its transparency. The flame retardant (fr) performance of the PC sheet is influenced by factors such as its geometry, the type of polycarbonate resin mixed with the fr masterbatch, as well as its thickness and weight. The product complies with the single burning item standard (SBI) EN 13823, which is a crucial building standard for assessing its flame retardancy. Additionally, it meets the e-84 standard and is classified as class A for different thicknesses, further confirming its excellent fire resistance and safety credentials.

KAFRIT IR 6B491 PC is a polycarbonate designed to ensure that near-infrared (NIR) is reflected, enabling architects and other users to create efficient and cost-effective covered spaces. It addresses major global trends such as climate change, mobility, a growing population, and increasing urbanization, necessitating better solutions to achieve zero emissions, low-energy building efficiency, lightweight transportation, improved housing structures, and more efficient public infrastructure. More than 50% of the light is invisible and translates into heat (NIR). This polycarbonate is a modification of KAFRIT IR 0F680 PC, combined with a blue pigment. It offers unique properties to meet the desired requirements for various applications.

KAFRIT UVA 6G090 PC is a polycarbonate with a UV cap layer. Most PC sheets are protected by a thin co-extruded layer (cap layer). This layer is based on PC resin enriched with a high level of UV absorbers. The recommended layer thickness takes into consideration the layer erosion over the service life and the UV additive optical density, ensuring that no harmful UV light will penetrate the cap layer and damage the unprotected polycarbonate. This product is designed for applications in solid and panels, and it offers an extended service life.

KAFRIT UVA 6D49B PC is a polycarbonate with a UV cap layer. Most PC sheets are protected by a thin co-extruded layer (cap layer). This layer is based on PC resin enriched with a high level of UV absorbers. The recommended layer thickness takes into consideration the layer erosion over the service life and the UV additive optical density, ensuring that no harmful UV light will penetrate the cap layer and damage the unprotected polycarbonate. This product is specifically designed for MW sheets, and it offers improved plate-out performance.