Category Archives: Miller-Stephenson Articles

Why Choose EPON™ & EPIKURE™ Epoxy Resins

EPON™ & EPIKURE™ Epoxy Resins EPON™ & EPIKURE™ epoxy resins and systems have excellent adhesion to a very broad range of substrates. Its low shrinkage exhibited by the systems during curing results in lower stress levels in the finished piece than found in other polymer systems with higher values of shrinkage. This contributes to strong, […]

PTFE Dry Film Mold Release Agents

PTFE Dry Film Mold Release Agents Optimized surface adhesion; No Post-Molding cleaning PTFE (polytetrafluoroethylene) is a robust fluoropolymer which exhibits excellent chemical and thermal stability, high lubricity, low coefficient of friction, and functions as a premier mold release agent. Miller-Stephenson takes the application of PTFE Dry Film Mold Release Agents a step-further and utilizes a […]

Composite Mold Release Agents | ReleaSys™

Composite Mold Release Agents – ReleaSys™ Miller-Stephenson Composite mold release agents are backed by over 40 years of technical experience and are trusted to deliver the most consistent release of composite material in the industry. Our formulations are uniquely tailored to yield unmatched utility and efficient for the robust and constantly evolving composite industry. These wax- […]

Rubber & Silicone Mold Release Agents | ReleaSys™

Pioneering Rubber Mold Release Agents & Silicone Mold Release Agents Sporting goods, machinery, office equipment, automotive tires, footwear and many other industrial products take advantage of the flexibility and robustness of rubber and silicone to solve complex mechanical issues.  As such, the molds to form these shapes and the requirements placed upon mold release agents have increased […]

Polyurethane Mold Release Agents | ReleaSys™

High Performance, Specialized Polyurethane Mold Release Agents Miller-Stephenson offers the most technologically advanced polyurethane molding release agents solutions, back by over 40 years of research, development and technical expertise.  Our mold release agents are relied upon by global industries to ensure efficient, cost effective, and high quality release of their molded parts.  Large and small […]

Miller-Stephenson Military Spec Products / NSN

Military Spec Chemicals and NSN Miller-Stephenson offers a wide variety of military spec chemicals and lubrication products. We carry: Solvent Cleaners Solvent Flux Removers Contact Cleaner Conformal Coatings Specialty Products Epoxy Resins / Curings Agents Release Agents / Dry Lubricants Krytox Performance Lubricants We have: Military Specifications (Mil-Spec) National Stock Numbers (NSN) Underwriters Laboratories (UL) […]

Mold Release Application Guide – Troubleshooting Guide – ReleaSys™

Mold Release Application Guide –  ReleaSys™  Miller-Stephenson has generated a mold release application guide to help aid customers with the proper surface preparation and application of its new semi-permanent release agents. Semi-permanent mold release agents are state of the art release agent systems designed to provide superior durability, maximal number of releases per application, and […]

Choosing the Right Conformal Coatings

How Miller-Stephenson can help you choose the right Conformal Coating Miller-Stephenson offers a complete series of electronic conformal coatings to meet any applicators protection requirements.  Urethane, Acrylic, Silicone, and Varnish coatings are available, each exhibiting specific chemical, mechanical and moisture resistance. Formulated with high performance base resins, Miller-Stephenson’s conformal coatings promote extended service life and enhanced […]

Mold Release Agent Chemistries: Which is right for you?

Mold Release Agent: Which is right for you? Miller-Stephenson’s exclusive mold release product lines offer advanced chemistry and modern, eco-friendly formulations for the molding industry. Mold release agent application provide 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 […]

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