ReleaSys™ 88 | Water-based Mold Release Agent
High Performance Chemistry; Eco-Friendly, Water-based mold release agent
ReleaSys™ 88 is a semi-permanent, high performance water-based mold release agent developed to yield unmatched durability and surface slip. This aerosolized formulation excels at releasing parts from complex, intricate mold geometries. Properly applied, our product develops a long lasting thin-film on the mold surface with minimal mold build-up. ReleaSys 88 Water-based Mold Release Agent will not interfere with post-production finishing operation. Benefits of this product include:
- High Slip; Superior release agent durability
- Ideal for complex molds and substrates
- Minimizes mold build-up and fouling
- Clean, Non-oily, Non-migrating
Semi-permanent release agents are state-of-the-art release systems that provide the molding industry with an alternative to the traditional high volume, apply-every-cycle release agent. Miller-Stephenson has developed the ReleaSys product line in an effort to offer a high efficiency, cost-effective, and technologically advanced release agent to our customers. Our semi-permanent release agents forms a chemical bond to the mold surface which results in exceptional surface adhesion, durability, and application efficiency. All variants of the ReleaSys Series will deliver higher productivity, lower rejection rates, and higher quality products even in the most demanding applications. We offer various slip-levels and have specialized formulations for differing polymer types and molding processes ( ie: injection, transfer, compression). Miller-Stephenson has developed ReleaSys formulations to be applicable in virtually all types of composites, elastomers and organic polymers.
Numerous Releases per Application in the convenience of a Aerosol can
The application efficiency of ReleaSys™ can be seen by the relatively small amounts of mold release agent that needs to be applied to the mold surface to give numerous releases. This small volume needed means that storage space is reduced and cost per application is minimized. Products are formulated ready-to-use, making dilution equipment redundant. Overall, our mold release agents represent an added-value proposition that can be tailored to many types of molding applications. Miller-Stephenson has spend years improving and tailoring our mold release agents to deliver the highest value proposition by increase efficiency, reducing over-application, and enhancing finished part quality and consistency.
ReleaSys™ 8500 – Superior Chemistry, Superior Results
ReleaSys™ 8500 is a highly versatile water-based, semi-permanent molding release agent designed to exhibit superior durability, surface adhesion, and minimization of slip-stick. Our product develops a long lasting thin-film on the mold surface with absolutely no transfer and no mold build-up. Our advanced chemistry provides extended reapplication intervals, ideally suited for high-throughput rubber, silicone and elastomer molders. ReleaSys 8500 will not interfere with post-production finishing operation. Benefits of this product include:
- Optimized for Rubber/Elastomer molding
- Ideal for lower complexity molds
- Medium Slip; No transfer
- Minimizes mold build-up and fouling
For help with application or troubleshooting concerns while using ReleaSys.
For a guide on which Release agent systems are right for you click here
For further reading regarding our ReleaSys product line and Applications – our most helpful article for selecting the best product for your needs
The recommendation made here with and the information set forth with respect to the performance or use of our products are believed, but not warranted to be accurate. The products discussed are sold without warranty, as to fitness or performance, express or implied and upon condition that purchasers shall make their own test to determine suitability of such products for their particular purposes. Likewise, statements concerning the possible uses of our products are not intended as recommendations to use our products in the infringement of any patent.