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Photobucket - Video and Image Hosting Casting, Tooling, Encapsulating, Coating MAX GFE is a two-component epoxy based resin that exhibits very high tensile strength properties. It is filled with milled fiberglass and the vacuum, processed to remove any entrapped or incorporated air bubbles. The fiberglass filler dramatically improves the tensile strength, flexural modulus, thermally conductivity, abrasion resistance and surface hardness compared to an unfilled system. MAX GFE is easily mixed and poured into place. It is self-leveling and has low thixotropic gel-like consistency. A 2000 gram mass can be mixed without overheating due to exothermic heat generation and will provide up to a one hour working time. MAX GFE is suitable for casting parts that require high tensile strength, dimensional stability and hardness. MAX GFE can also be utilized as a potting compound that requires higher electrical insulative properties than standard potting compounds. It is suitable for use with silicone, polyurethane, steel, and wood molds. MAX GFE can be demolded after 36 hours room temperature cure or for a faster demold times, post cured under heat (30 minutes at 200oF) after it has gelled for 4 hours at room temperature allow to cool and demold. Gently agitate by hand mixing with a spatula or by mechanical impeller mixer until the filler is uniformly dispersed. Avoid aggressive mixing to help reduce excessive air entrapment. If available, use a vacuum to degas the resin to accelerated air bubble removal. Allow the mixed Part A to sit for about 30 minutes to permit any entrapped air bubbles to evacuate. To remove stubborn air bubbles from the surface, use a hot air gun or a hair dryer or a propane torch and pass it very quickly over the surface. Prepare mold by cleaning and applying a good quality wax mold release or PVA parting film. If using PVA parting film, allow the PVA to dry completely and make sure that the mold is secured on a level plane. Measure out the proper amounts Part A and Part B based on a 2:1 by weight mix ratio in a clean container (the resin is heavier in density than the curing agent). Gently mix until a uniform consistency is achieved (2 minutes). Do not mix aggressively to avoid excessive air entrapment. Transfer the mixture into another clean container and continue mixing for another minute. This will guarantee a thorough mixture. Slowly pour the mixture in the prepared mold and allow to spread unaided to minimize air entrapment. To remove stubborn air bubbles from the surface, use a hot air gun or a propane torch and pass it very quickly over the surface. Allow the casting to cure at room temperature; depending on the ambient temperature cures times can vary from 24 to 48 hours. If available, use a Durometer to determine the cured hardness, a reading of 65 D will be sufficient for demolding or attempt to indent the casting with using your fingernail, if it does not indent then it is ready for demolding. Longer cure times may be required when curing below 70oF. For a faster demold time, allow the casting to set-up for 3 hours at room temperature then post cure in an oven for 2 hours at 200oF. Allow it to cool gradually and demold. Mix Ratio By Volume 100 Parts A to 50 Parts B (2:1) Working Time: 120 minutes (400 gram mass) Peak Exotherm: 150oF max (400 gram mass) Shore Hardness: 85 to 90 Shore D Compressive Strength: 21,800 psi Heat Distortion Temperature: 200oF FOR TECHNICAL SUPPORT PLEASE CALL We are direct manufacture and formulators of high performance polymers for the industry for over 15 years. We have hundreds of large corporations that use our polymers in thousands of applications. These are not extras, surplus, re-packs or old inventory. We purchase and mix our raw materials in large volumes and on demand, so we can offer our products at lower prices. All kits are manufactured and packaged at the time of order so that we can guarantee fresh materials. Please inquiry for volume discount. If you have any questions or special applications, our staff polymer chemist will be more than happy to answer your questions. Clear epoxy coating and sealant plywood for marine application, repair and stabilized wood rot damage or laminating resin for fiberglass Our premium grade, high purity resin system for casting, coating, impregnating resin requiring color stability, chemical resistance and impact resistance For casting, coating, impregnating resin requiring color stability, chemical resistance and impact resistance MAX GPE 20 minute FAST Set Version MAX GPE 60 minute MEDIUM Set Version Fiberglass Fabric Volan Treated Silicone RTV Mold Making Resin Professional grade silicone resin, exceptional durability Formulated epoxy casting resins available in different colors and set time MAX SCR-Slow Setting Casting Resin MAX MCR- Medium Setting Casting Resin MAX FCR- Fast Setting Casting Resin MAX LDR is a low-density epoxy resin suitable for molding or casting lightweight parts typically used for radio controlled modeling and similar low-density water buoyant applications. It is comprised of and epoxy binder and hollow glass microballons homogenized to a composite material called SYNTACTIC FOAM. Other uses for MAX LDR includes structural core for aerospace components, honeycomb coresplicing, tooling pattern-making applications, small arms grip and composite rifle stocks, fishing lure casting and much more. Compatiable with EPS For casting application that require high tensle strength performance,High Compression Strength, High Flexural Modulus Non Yellowing High Gloss Coating for direct sunlight exposure MAX SEAL is one of the newest technologies in polymer science that can be used for direct outdoor exposures with minimal effect or loss of properties. It is truly one of the few materials that demonstrate low mechanical and aesthetic deterioration due direct UV exposure, environmental attack such as air borne pollutants and acid rain, heat aging and assaults from seasonal weather damage. MAX SEAL is non-flammable, low skin irritant, and does not contain chlorinated or Ozone Depleting Chemicals (ODC). It is suitable as an impregnating resin for VARTAM resinfussion process. MAX ULV can also be utilized in large casting and tooling applications. Everything You Need to Mix and Handle Epoxy Composite Building Material For Modeling, Molding, Filleting, Gap Filling, Bonding. Coat Aluminum And Fiberglass Hulls To Protect Against Sand Abrasion Caused By Beaching Specially formulated to comply with UL94 VO requirements for plastics flammability. It can be utilized as a casting resin, encapsulating resin or as an adhesive that requires self-extinguishing properties. (We do not proofread any ads submitted by members) |
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