MPC Knowledge Center

Deep Dive into Polyurethane

Learn all about product design using polyurethanes.

Polyurethane Basics

Not Your Average Piston: Behind the Scenes of Our Custom Builds

Ever wonder what goes into making a high-performance piston that can take a beating and keep on pumping? We’ll give you a hint—it’s not mass production, it’s not cutting corners, and it’s

Polyurethane Applications, Polyurethane Basics

Custom Oilfield Pistons and Valves for Extreme Pressure and Temperature

In oil and gas drilling, pistons and valves face relentless pressure, heat, and abrasive fluids that can destroy standard components. That’s why industry leaders trust our custom-molded polyurethane pistons and valves, engineered

Polyurethane Basics

Why Early Supplier Involvement Is Critical in New Product Development

In today’s fast-paced product development landscape, speed, performance, and precision are more critical than ever. Whether you’re designing a robotic assembly component or a next-gen automation system, getting to market quickly without

Polyurethane Applications, Polyurethane Basics

Polyurethane Seals for High Speed Rotating Equipment

Polyurethane seals offer exceptional durability, wear resistance, and efficiency, making them the go-to choice for high-speed rotating equipment. From hydraulic systems to gearboxes and industrial machinery, the right seal can extend equipment

Polyurethane Applications, Polyurethane Basics

Custom Polyurethane Rollers for Semiconductor Manufacturing

When precision and durability matter, polyurethane rollers are the go-to choice for semiconductor manufacturing. From wire saw guide rollers that slice silicon wafers with accuracy to material handling and transfer rollers built

Polyurethane Applications, Polyurethane Basics

5 Industries The Benefit from Custom Polyurethane Belts

Tired of standard belts wearing out under pressure? When extreme conditions demand more, custom polyurethane belts deliver unmatched durability, flexibility, and performance. Engineered for high-tension, high-friction, and chemically demanding environments, these advanced