Products results

ELASTOSIL® LR 3003/80 US A/B is a liquid silicone rubber of the ELASTOSIL® LR 3003/80 US A/B series. It is a paste-like, easily pigmentable two-component compound noted for its high transparency, excellent mechanical and electrical properties, and ability to be molded into intricately shaped, precision parts. It is used for health care applications, including short-term implants. Very brief molding cycles for intricately shaped and flash-free parts are possible.

ELASTOSIL® LR 3003/70 US A/B is a liquid silicone rubber of the ELASTOSIL® LR 3003 series. It is a paste-like, easily pigmentable, two-component compound. It is noted for its high transparency, excellent mechanical and electrical properties, and ability to be molded into intricately shaped, precision parts. This series is used for health care applications, including short-term implants. Very brief molding cycles for intricately shaped and flash-free parts are possible.

ELASTOSIL® E47 Transparent is a non-slump, one-component acetoxy-cure silicone rubber that cures at room temperature under the influence of atmospheric moisture. It shows particularly excellent adhesion to cured silicone elastomers. Vulcanization can be accelerated by elevated temperatures (up to 80°C).

Chirulen® UHMW-PE Compression Molded 1050 stands out with exceptional features, including remarkably high notched impact strength, the capability to absorb high energy at elevated stress rates, outstanding wear resistance, and a low coefficient of friction. These qualities position it as an excellent choice for meeting critical performance criteria in demanding industrial or engineering applications.

Extrulen® UHMW-PE Extruded 1050 stands out with exceptional characteristics, boasting remarkably high notched impact strength, the capacity to absorb substantial energy under elevated stress rates, exceptional wear resistance, and a low coefficient of friction. This material excels in meeting essential performance criteria for challenging industrial or engineering applications, making it a standout choice.

Extrulen® UHMW-PE Extruded 1020 is distinguished by its exceptional features, including remarkably high notched impact strength, the capability to absorb high energy under elevated stress rates, excellent wear resistance, and a low coefficient of friction. These qualities make it a top-performing material for meeting critical performance criteria in demanding industrial or engineering applications.

Chirulen® UHMW-PE Compression Molded 1020 is a thermoplastic material specifically crafted for long-term orthopedic implants. Boasting exceptional features, such as remarkably high notched impact strength, the capability to absorb high energy at elevated stress rates, outstanding wear resistance, and a low coefficient of friction, this material excels in meeting critical performance criteria. Its superior attributes make it suitable for demanding industrial or engineering applications where reliability and durability are paramount.

Chirulen® UHMW-PE Compression Molded 1020 HXLPE, a type of ultra-high-molecular-weight polyethylene (UHMWPE), is tailored for applications in the medical field, specifically in orthopedic implants. With a custom physical form, Chirulen® UHMW-PE Compression Molded 1020 HXLPE ensures reliable performance in demanding medical applications, meeting the stringent requirements for orthopedic implants with its notable features.

Chirulen® UHMW-PE Compression Molded 1020E, a type of ultra-high-molecular-weight polyethylene (UHMWPE), is tailored for applications in the medical field, specifically in orthopedic implants. With a custom physical form, Chirulen® UHMW-PE Compression Molded 1020E ensures reliable performance in demanding medical applications, meeting the stringent requirements for orthopedic implants with its notable features.

Sultron® LSG FG R5100 PPSU is a product available in the form of plates and rods, and it possesses various important features. These include being ethylene oxide sterilizable, biocompatible, excellent sterilization resistance, X-ray sterilizable, alkali resistant, life science grade, gamma sterilizable, steam sterilizable, acid resistant, heat sterilizable, plasma gas sterilizable, excellent hydrolysis resistance, and high ductility. It comes in the color black and finds applications in equipment and parts, implants and prosthetics, medical devices and assemblies, surgical instruments, and trays, as well as connectors in the medical field.

Duratron® LSG PEI is a product available in the form of plates and rods and offers a range of valuable features such as good electrical properties, ethylene oxide sterilizability, biocompatibility, hydrolysis resistance, X-ray sterilizability, life science grade, gamma sterilizability, good mechanical properties, food contact acceptability, steam sterilizability, high performance, heat sterilizability, plasma gas sterilizability, excellent thermal properties, and chemical resistance. It comes in a variety of colors including black, translucent, blue, and amber. This versatile material is suitable for a wide range of applications, including implants and prosthetics, medical devices and assemblies, and food and beverage packaging.

Sultron® LSG R5500 PPSU Black BK937 is designed for healthcare and pharmaceutical applications. It offers numerous features, including high ductility, ethylene oxide sterilizability, biocompatibility, hydrolysis resistance, excellent sterilization resistance, X-ray sterilizability, alkali resistance, life science grade, gamma sterilizability, steam sterilizability, acid resistance, heat sterilizability, and plasma gas sterilizability. It comes in various colors, including gray, black, orange, brown, blue, red, green, yellow, and off-white, and is a product available in the physical form of parts and shapes.

Zeniva® ZA-500 PEEK is a high-performance specialty polymer known for its remarkable strength, advanced stiffness, and exceptional toughness. Specifically designed for structural, load-bearing implantable medical devices, this bio-stable plastic offers excellent fatigue and creep resistance, ensuring durability under continuous strain and repeated loading. In comparison to metals, it presents advantages such as reduced stress shielding, absence of heavy metal allergies or ion erosion, and radiolucent properties for interference-free X-ray and CT scanning procedures.

ELASTOSIL® P 7671 A/B is an addition-curing RTV-2 silicone rubber that cures to a silicone elastomer with very low hardness. It exhibits rapid cure at room temperature, which can be further accelerated by the application of heat. This product is specifically designed for flexible molding applications in prosthetics.

SILPURAN® 2400/25 A/B is an addition-curing RTV-2 silicone rubber that cures to a translucent silicone elastomer of low hardness. It belongs to the Room Temperature Curing Silicone Rubber (RTV-2) category. SILPURAN® 2400/25 A/B can be used for flexible molding applications in prosthetics. Components A and B of SILPURAN® 2400/25 A/B are delivered ready to use in drums.

ELASTOSIL® FX Gel 30 A/B is a room-temperature-curing silicone rubber (RTV-2) that is pourable and utilizes addition-curing. The main application of the product is in special effect applications for movies and theater productions. It is suitable for creating general prosthetic effects, life molding, body parts, wounds and scars, masks, and fat makeup.

ELASTOSIL® FX 20 A/B is a room-temperature-curing silicone rubber (RTV-2) that is pourable and utilizes addition-curing. It cures at room temperature, making it convenient to work with. The main application of ELASTOSIL® FX 10 A/B is in creating special effects for movies and theater productions. It is suitable for life molding, body parts, fat makeup, wounds, prosthetic effects, soft robotics, and second skin applications.

SILPURAN® 2400 A/B is an addition-curing RTV-2 silicone rubber that cures to a silicone elastomer of low hardness. It belongs to the Room Temperature Curing Silicone Rubber (RTV-2) category. SILPURAN® 2400 A/B can be used for flexible molding applications in prosthetics. The components A and B of SILPURAN® 2400 A/B are mixed homogeneously in a ratio of 1:1 and vulcanize rapidly at temperatures over 100°C.

ELASTOSIL® P 7683/25 A/B is an addition-curing RTV-2 silicone rubber that cures to a silicone elastomer with very low hardness. It exhibits a fast cure at room temperature, which can be further accelerated by the application of heat. This product is specifically designed for flexible molding applications in prosthetics.

ELASTOSIL® P 7684/60 A/B is an addition-curing RTV-2 silicone rubber curing to a silicone elastomer of low hardness. It exhibits a fast cure at room temperature, which can be considerably accelerated by the application of heat. This product can be used for molding applications in prosthetics.

ELASTOSIL® P 7616-160 A/B is an addition-curing RTV-2 silicone rubber that cures to form a soft gel. It exhibits good adhesion to polyurethane film and easy metering and mixing. It is commonly used in the production of external mammary prostheses, where it serves as the material for the outer skin, which is made of polyurethane film.

ELASTOSIL® P 7619 A/B is an addition-curing RTV-2 silicone rubber that cures to form a soft gel. It provides good adhesion to polyurethane films and is used for the production of external mammary prostheses with an outer skin of polyurethane film.

SILPURAN® 2420 A/B is an addition-curing RTV-2 silicone rubber that cures to a silicone elastomer of medium hardness. It belongs to the Room Temperature Curing Silicone Rubber (RTV-2) category. SILPURAN® 2420 A/B can be used for flexible molding applications in orthopedic technology. Components A and B of SILPURAN® 2420 A/B are mixed homogeneously in a ratio of A:B = 1:1 and vulcanize rapidly at temperatures over 100°C.

ELASTOSIL® P 7600 A/B is an addition-curing RTV-2 silicone rubber that cures to a silicone elastomer with very low hardness. It exhibits rapid cure at room temperature, which can be further accelerated by the application of heat. This product is specifically designed for flexible molding applications in prosthetics.

SILPURAN® 4200 is a non-slump, self-leveling silicone rubber formulation that cures at room temperature under the influence of atmospheric moisture to a silicone elastomer exhibiting good mechanical properties. SILPURAN® 4200 is designed for medical applications in compliance with Wacker Silicones' health care policy.

ELASTOSIL® P 7915 A/B is a kneadable, addition-curing RTV-2 silicone rubber that cures to a silicone elastomer with medium hardness. This two-component compound demonstrates rapid cure at room temperature, making it convenient for use. It is particularly suitable for flexible molding applications in prosthetics.

ELASTOSIL® P 7676 A/B is an addition-curing RTV-2 silicone rubber that cures to a silicone elastomer with very low hardness. It exhibits rapid cure at room temperature, which can be further accelerated by the application of heat. This product is specifically designed for flexible molding applications in prosthetics.

ELASTOSIL® FX 28 A/B is a room-temperature-curing silicone rubber (RTV-2) that is pourable and utilizes addition-curing. It consists of two components and vulcanizes at room temperature. The main application of ELASTOSIL® FX 28 A/B is in creating special effects for movies and theater productions. It is particularly suitable for body parts and prosthetics applications, decoration prototypes, and production molds.

ELASTOSIL® P 7684/40 A/B is an addition-curing RTV-2 silicone rubber, curing to a silicone elastomer of low hardness. It exhibits a fast cure at room temperature, which can be considerably accelerated by the application of heat. This product can be used for molding applications in prosthetics.

ELASTOSIL® P 7630 A/B is an addition-curing RTV-2 silicone rubber that cures to form a soft gel. It provides good adhesion to polyurethane films and is used for the production of external mammary prostheses with an outer skin of polyurethane film.

ELASTOSIL® FX 10 A/B is a room-temperature-curing silicone rubber (RTV-2) that is pourable and utilizes addition-curing. It cures at room temperature, making it convenient to work with. The main application of ELASTOSIL® FX 10 A/B is in creating special effects for movies and theater productions. It is suitable for life molding, body parts, fat makeup, wounds, prosthetic effects, soft robotics, and second skin applications.

ELASTOSIL® P 7670 A/B is an addition-curing RTV-2 silicone rubber curing to a silicone elastomer of low hardness. This product exhibits rapid cure at room temperature, which can be considerably accelerated by the application of heat. It can specifically be used for flexible molding applications in prosthetics.

OTech Platinum TF721 is the world’s first platinum particle-free conductive ink that allows metallization into a full-coverage smooth platinum layer. This form of platinum can find an application as a coating for medical components or even decorative (plated) purposes. OrelTech’s unique process allows the deposition of highly conductive thin metallic films. The thin layers undergo short development using cold plasma treatment resulting in a fine metal structure. OrelTech’s technology enables the deposition of the ink with many different methods and on various substrates, from plastics to fabrics. OTech inks do not contain nanoparticles, and as such enable the material economy of precious metals while being significantly more environmentally friendly than the existing alternatives on the market.

MD Graphene Neo TPU Pellets are made up of Graphene Nanofiber Reinforced Thermoplastic Polyurethane which creates a nanostructure or skeleton that increases the density of the material. It is a low-temperature flexible thermoplastic, very soft, and impact-resisting material.

Mica Is A Generic Term Applicable To The Group Of Complex Aluminosilicate Minerals That Occur Naturally In Plate Or Sheet-Like Form.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.