Advanced Materials Engineered for Performance and Precision

MPC’s Durethane® S solid polyurethane materials are trusted across industries for their durability, precision, and versatility. Engineered to perform in demanding environments, these materials offer exceptional abrasion resistance, customizable physical properties, and tight dimensional tolerances. From wheels and rollers to seals and structural components, our solid polyurethanes can be manufactured into virtually any shape, with options for FDA compliance, chemical resistance, and electrical conductivity. With decades of formulation expertise, MPC delivers polyurethane solutions that meet mission-critical performance standards and adapt seamlessly to your application needs.

MPC’s Durethane® F polyurethane foam materials are engineered for versatility, durability, and precision across a wide range of demanding applications. Developed using proprietary foaming techniques, Durethane® F features a customizable cellular structure designed to deliver tailored performance in shock absorption, material handling, and more. Whether you’re designing bumpers, rollers, or cushioning components, Durethane® F offers the adaptability and reliability needed to meet your product’s unique requirements.

MPC’s Durethane® C conductive polyurethanes are engineered to deliver consistent electrical conductivity without compromising mechanical performance. Unlike traditional methods that rely on carbon black, Durethane C uses our patented metal salt technology that integrates conductive elements directly into the polymer backbone. This ensures uniform conductivity throughout the material, even as it wears, while maintaining the durability, tear strength, and flexibility that polyurethane is known for. Durethane® C is ideal for applications requiring static dissipation or charge transfer, including cleanroom systems, medical devices, robotics, and semiconductor manufacturing equipment.

MPC’s Durethane® G is a graphite infused polyurethane engineered for high-strength performance in demanding environments. Developed using proprietary graphite technology, Durethane® G offers natural lubricity, exceptional abrasion resistance, and a hardness of 70D, approaching that of some metals. This unique formulation eliminates the need for messy external lubricants while delivering quiet, low-maintenance operation for mechanical parts. Ideal for mission-critical components in defense, robotics, and heavy equipment, Durethane® G can be molded or machined to precise specifications, making it a go-to solution for designers seeking durability, precision, and corrosion resistance.

MPC’s Durethane® XL is a high-performance polyurethane engineered for extreme durability in the harshest operating environments. Developed using proprietary polycarbonate-based chemistry, Durethane XL offers superior resistance to heat, aging, hydrolysis, and chemical exposure, making it the most rugged formulation in the Durethane® family. Whether molded or foamed, this material excels in mission-critical applications across defense, marine, oil & gas, and heavy machinery, where long-term reliability and minimal maintenance are essential. Its ability to maintain physical integrity under pressure, temperature swings, and corrosive conditions makes it a trusted choice for designers building components that simply cannot fail.

MPC’s silicone materials are engineered for performance in environments where flexibility, temperature resistance, and chemical inertness are critical. With operating ranges from –65°F to 500°F, our silicone formulations maintain their integrity and elasticity under extreme thermal cycling, making them ideal for medical devices, semiconductor manufacturing equipment, and high-heat industrial applications. MPC’s silicone materials can be customized to meet the most stringent specifications and regulatory requirements. Whether you’re bonding to metal, molding complex geometries, or meeting stringent flame resistance standards, our silicone materials deliver the reliability your mission-critical designs demand.