ReleaSys™ Next-Generation Release Agent Coating Miller-Stephenson release agents – Cost Efficient, Easy to Use, and Reliable Miller-Stephenson has been pioneering release agent chemistry and coatings for over 40 years, continuously optimizing and improving our formulations to exceed the challenges of modern manufacturing process. Modern manufacturers demand release coating that provide improved efficiency, superior surface quality, ease […]
| Custom Formulated Mold Release Solutions | Next-Generation Chemistry, Superior Release Performance, Maximized Cost-Effectiveness Miller-Stephenson has been at the forefront of release agent chemistries since the early 1960s, providing our customers with superior release coatings and custom formulated mold release agents tailored for their specific applications. Our diverse mold release portfolio provides more than just […]
Silicone Release Agents from Miller-Stephenson – ReleaSys™ Next Generation Silicone Chemistry – Exceptional Release Performance & Cost Efficiency Miller-Stephenson has been a premier silicone release agents company since 1955. Our advanced chemistries and years of ‘real world’ experience has allowed our product line to keep one step ahead of the demands of the manufacturing sector. […]
Mold Release Agent for Polyurethane Molding Next-Generation Polyurethane Mold Release Agent – ReleaSys™ Mold Release Systems Miller-Stephenson offers the most advanced polyurethane molding release agents solutions, back by over 40 years of research, development and technical expertise. Unlike competitor release systems, crosslinking mold release agent develop a durable, thin film on mold surfaces. The durable […]
Mold Release Agent: Which is right for you? Miller-Stephenson’s exclusive mold release coatings: Advanced chemistry, eco friendly formulations for the molding industry. Mold release agent application provides the critical barrier between the molding surface and substrate, facilitating separation of the cured part from the mold. Without such a barrier in place the substrate would become […]