Which Epoxy Mold Release Agent is Best For You? ReleaSys™ and ShieldSys™ product offer superior release coatings, ease of application, cleaner molds, & reliable performance. Miller-Stephenson has pioneered epoxy mold release agents and solutions since its origins in 1955. Beginning with distribution of epoxy resins, curing agents, fillers, and modifiers, Miller-Stephenson has worked closely with […]
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 […]
Introduction to Boron Nitride Mold Release Spray and ReleaSys™ HTX-A Superior to Graphite, Molybdenum disulfide, and PTFE in extreme conditions. ReleaSys™ HTX-A is Miller-Stephenson’s flagship boron nitride mold release spray. Boron nitride is a synthetic ceramic particle that has similar properties to graphite, with the added advantage of superior lubricity, higher heat stability, and cleaner […]
| 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 Free Release Agents | ReleaSys™ Coatings Zero Oily transfer, No Post-Molding Cleaning, Superior Surface Quality and Predictable Release Miller-Stephenson has pioneered the development and application of silicone-free release agents since the late 1960s. Our close relationship with aerospace and automotive companies provided us the early directive to develop and refine silicone free release agents. […]
ReleaSys™ TM1 | Release Agents for Tire Molding Superior Release Ease and Surface Quality; Optimal Air Bleed; Maximized Coating Durability Miller-Stephenson has been one of the leading release agent manufacturers for the past 40 years, with a specialty for rubber and tire molding applications. Utilizing our close relationship with our tire manufacturing customers and years […]
ReleaSys™ HTX | Boron Nitride Aerosol Superior Performance, Unmatched Lubricity, Zero transfer – a potent combination. Miller-Stephenson is at the cutting-edge of release agent coatings, our proprietary chemistries have provided unbeatable performance, cost-effectiveness and increased throughput for our customers for over 50 years. Of particular interest is ReleaSys™ HTX product line which employs our high […]
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 Plastic Molding ReleaSys™ – Increased Throughput, Cleaner Operation, Less Downtime – Superior Chemistry, Superior Results. Injection molding is frequently used for both thermosetting and thermoplastic materials. The resin materials, additives, and colorants, etc vary widely and combining the frequently start/stops of some process the molding machines can become contaminated with plastic residuals […]
Reliable Rubber Mold Release, Improved Rubber Flow Out, Cost-Effective – a potent combination. Miller-Stephenson has pioneered mold release agent coatings for rubber molding for more than 40 years. The ReleaSys product is a designed to perform in today’s higher temperature and shorter cycle production facilities. Developed in conjunction with our rubber manufacturing customers, ReleaSys Rubber […]
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