New Plasti-Paste™ II is a two component fiber-filled resin that is designed for vertical surface application. This no-odor formulation is an improved version of our original Plasti-Paste™ formula, and the cured product is different in the following ways: 1. Plasti-Paste II is now phthalate free. 2. Cured plastic can be painted (original Plasti Paste™ can not) and 3. It is harder, more rigid with better heat resistance. Part A is a liquid and Part B is a paste. New Mix Ratio is 1A: 2B by volume (62A:100B by weight). Pot life is 10 minutes at room temperature depending on mass. Demold time (can be handled) is about 90 minutes at room temperature depending on mass. Full cure; 24 hours at room temperature. Cure time can be accelerated by applying heat. Mixed material holds a vertical surface without sagging and cures to a strong, durable and lightweight plastic. Liquid material can be pigmented with So-Strong™ color tints from Smooth-On. This plastic can be used for creating themed environments or special effects, used as a “mother mold” material to reinforce rubber molds and a variety of other applications. This plastic is also a powerful adhesive and can be used as a repair material for a variety of industrial applications. Cured plastic can be sanded, machined and painted with acrylic enamel paints.

Plasti-Paste™ is a two component fiber resin that is designed for vertical surface application. Part A is a liquid and Part B is a paste. Mix ratio is 1A : 3B by volume (41A:100B by weight). It has no odor and pot life is 8 - 10 minutes depending on mass. Demold time (can be handled) is about 90 minutes depending on mass. Plasti-Paste™ holds a vertical surface without sagging and cures to a strong, durable and lightweight plastic. Suitable as a mother mold / support shell (reinforces shape of rubber mold during casting), or as a laminating material. Can be pigmented with So-Strong™ color tints from Smooth-On. Add cabosil or other filler as an extender or for special effects.

PANDEX, WALL-LITE series are single-pack and twin-pack polyurethane resins developed for waterproofing of rooftops and walls and adhesion of rubber chips. The series characteristically excel in workability and hardening effects.

A wide variety of resin designs can be applied to urethane-based floors, which are very resistant to shocks and abrasion and are used in factories, offices, athletic fields and many other places.

The PMC™-121 Series urethane rubbers feature convenient one-to-one by volume mix ratios. PMC™-121/30 Dry and PMC™-121/30 Wet are exceptionally strong and abrasion resistant for soft urethane mold rubbers. Pick the one best suited for your application. The dry version does not exude oil and can be used for casting waxes, Smooth-On liquid plastics, gypsum plasters and other materials. The wet version exudes oil that aids in demolding hard plasters and concrete. PMC™-121/50 is a "wet-only" mold rubber that is long lasting and durable when used in a variety of applications including reproduction of ornamental plaster, precast concrete and ceramic case molds. Note: "wet" rubber has a higher net shrinkage value vs. "dry" rubber. PMC™-121 Series mold rubbers are easy to mix and pour and are exceptionally strong. They are suited for a variety of applications including making molds to reproduce sculpture and architectural elements, as well as for making special effects, toys and prototypes. These rubbers will meet the stringent demands of production casting of wax, plasters, concrete, resins and epoxies. Vibrant colors can be achieved by adding So-Strong™ Color Tints, available from Smooth-On.

The PMC™-121 Series urethane rubbers feature convenient one-to-one by volume mix ratios. PMC™-121/30 Dry and PMC™-121/30 Wet are exceptionally strong and abrasion resistant for soft urethane mold rubbers. Pick the one best suited for your application. The dry version does not exude oil and can be used for casting waxes, Smooth-On liquid plastics, gypsum plasters and other materials. The wet version exudes oil that aids in demolding hard plasters and concrete. PMC™-121/50 is a "wet-only" mold rubber that is long lasting and durable when used in a variety of applications including reproduction of ornamental plaster, precast concrete and ceramic case molds. Note: "wet" rubber has a higher net shrinkage value vs. "dry" rubber. PMC™-121 Series mold rubbers are easy to mix and pour and are exceptionally strong. They are suited for a variety of applications including making molds to reproduce sculpture and architectural elements, as well as for making special effects, toys and prototypes. These rubbers will meet the stringent demands of production casting of wax, plasters, concrete, resins and epoxies. Vibrant colors can be achieved by adding So-Strong™ Color Tints, available from Smooth-On.

Used by artists and industry the world over for a variety of design, casting and special effects applications, PMC®-724 is by far the most versatile urethane rubber compound available on the market today. It is inexpensive, mixes and pours easily, and will cure to a durable rubber with negligible shrinkage. Low viscosity ensures flawless pick-up of even the finest detail with minimal bubble entrapment. PMC®-724 PUTS YOU IN CONTROL! Using optional ‘Part D', you can thicken PMC®-724 to a paste-like consistency for vertical surface brush-on applications or for getting into those hard-to-reach undercuts. If you like to work with a more flexible rubber, optional ‘Part C' (SO-FLEX®) is available to soften PMC®-724 all the way down to a Shore A6. Typical applications include reproducing sculpture (lost wax process), creating special effects, making fiberglass panel & part molds, on-site architectural restoration and new construction molds. A variety of colors and special effects can be achieved by adding SO-Strong® urethane colorants. Important: This rubber will last and perform in production, often for hundreds of castings (depending on what you are casting into the mold). It also exhibits good physical properties and chemical resistance. But PMC-724® does not have a long "library life". Molds will soften and revert to a liquid within 2 - 5 years, depending on exposure to moisture. Smooth-On makes many different mold rubbers that offer a very long library life (25 years and more depending on application). Contact Smooth-On for information about its complete line of silicone and polyurethane mold rubbers.

PMC®-744 has been used for years by mold making professionals to cast plaster, concrete, resins, etc. It is excellent for making molds that are strong, durable and dimensionally stable. Low viscosity ensures fine detail reproduction. PMC®-744 is ideal for making ceramic case molds and plaster block molds, reproducing ornamental plaster, making molds for casting concrete, casting a variety of Smooth-On urethane resins, casting wax for making candles and making a mechanical rubber parts.

PMC™-746 was developed to make molds for casting gypsum plasters. Like PMC™-744, this product is well suited for use as a rubber case mold - especially large case molds where extra rigidity is required. Shore hardness is 60 A. Because of its durability and moisture resistant properties PMC™-746 is also used by zoos and museums for a variety of mold-making, display and exhibit applications. It features a convenient mix ratio (2:1 by weight or volume), and contains no mercury. Other applications include making plaster block molds, reproducing ornamental plaster (architectural restoration), pre-cast concrete molds, casting waxes, Smooth-On rigid polyurethanes and epoxies and also for making a variety of special effects for movies and theatre.

PMC®-770 is a Shore 70A addition to our line of industrial liquid rubber products (such as PMC®-780 and PMC®-790) used for a variety industrial and casting applications. Mixed two parts A to one part B by weight, PMC®-770 pours easily and cures at room temperature to a solid Shore 70A rubber that has exceptional performance characteristics and dimensional stability. It is suitable for production casting of abrasive materials such as concrete (pre-cast concrete, making concrete stamping pads, etc.) and gypsum plasters with high exotherms. It is also suitable for rubber mechanical parts of varying configurations (gaskets, wheels, pullies) as well as ball mill liners and vibration/shock pads.

PMC™-780 is a premium performance urethane rubber that offers exceptional strength, durability and abrasion resistance. PMC™-780 DOES NOT CONTAIN MOCA - a known cancer causing agent and hazard. Mixed two parts A to one part B by weight, PMC™-780 pours easily and cures at room temperature with negligible shrinkage to a solid Shore 80A rubber. Pick The One Best Suited For Your Application: Original PMC™-780 Dry does not exude oil. New PMC™-780 Wet contains a built-in release agent to aid in demolding concrete. (Note: "wet" rubber has a higher net shrinkage value over time vs. "dry " rubber.) Both are used around the world for casting abrasive materials such as concrete (pre-cast concrete, making concrete stamping pads, etc.) and gypsum plasters with high exotherms. PMC™-780 Dry is also commonly used to make rubber mechanical parts of varying configurations (gaskets, wheels, and pullies) as well as ball mill liners and vibration/shock pads.

PMC®-790 is a Shore 90A industrial urethane rubber compound designed to meet the most stringent requirements of industrial production applications. It is a very hard rubber that offers superior tear and tensile strength as well as impact and abrasion resistance. PMC®-790 is suitable for a variety of industrial applications including making concrete stamping pads, mold liners and molds for casting concrete. PMC®-790 is also good for making ball mill liners, industrial rollers and belts, rubber mechanical parts and for bonding itself or other substrates to metal.

A fast curing 2-component Polyurethane casting system for use in vacuum casting equipment to simulate the appearance and physical properties of a wide range of engineering thermoplastics for rapid prototyping or short series production. - RenPIM® Vacuum Grade allows you to produce thermoplastic like parts without the high cost of steel moulds and press. - Parts are made within minutes at low cost giving you time and cost savings. - The high quality parts made from RenPIM® Vacuum Grade are dimensionally stable and accurately reproduce fine surface detail and textures. - You can choose materials from a clear and concise product range at competitive prices to suit your requirements. - The products are well proven, thoroughly tested and endorsed by MCP.

A fast curing 2-component Polyurethane casting system for use in vacuum casting equipment to simulate the appearance and physical properties of a wide range of engineering thermoplastics for rapid prototyping or short series production. - RenPIM® Vacuum Grade allows you to produce thermoplastic like parts without the high cost of steel moulds and press. - Parts are made within minutes at low cost giving you time and cost savings. - The high quality parts made from RenPIM® Vacuum Grade are dimensionally stable and accurately reproduce fine surface detail and textures. - You can choose materials from a clear and concise product range at competitive prices to suit your requirements. - The products are well proven, thoroughly tested and endorsed by MCP.

A fast curing 2-component Polyurethane casting system for use in vacuum casting equipment to simulate the appearance and physical properties of a wide range of engineering thermoplastics for rapid prototyping or short series production. - RenPIM® Vacuum Grade allows you to produce thermoplastic like parts without the high cost of steel moulds and press. - Parts are made within minutes at low cost giving you time and cost savings. - The high quality parts made from RenPIM® Vacuum Grade are dimensionally stable and accurately reproduce fine surface detail and textures. - You can choose materials from a clear and concise product range at competitive prices to suit your requirements. - The products are well proven, thoroughly tested and endorsed by MCP.

A fast curing 2-component Polyurethane casting system for use in vacuum casting equipment to simulate the appearance and physical properties of a wide range of engineering thermoplastics for rapid prototyping or short series production. - RenPIM® Vacuum Grade allows you to produce thermoplastic like parts without the high cost of steel moulds and press. - Parts are made within minutes at low cost giving you time and cost savings. - The high quality parts made from RenPIM® Vacuum Grade are dimensionally stable and accurately reproduce fine surface detail and textures. - You can choose materials from a clear and concise product range at competitive prices to suit your requirements. - The products are well proven, thoroughly tested and endorsed by MCP.

A fast curing 2-component Polyurethane casting system for use in vacuum casting equipment to simulate the appearance and physical properties of a wide range of engineering thermoplastics for rapid prototyping or short series production. - RenPIM® Vacuum Grade allows you to produce thermoplastic like parts without the high cost of steel moulds and press. - Parts are made within minutes at low cost giving you time and cost savings. - The high quality parts made from RenPIM® Vacuum Grade are dimensionally stable and accurately reproduce fine surface detail and textures. - You can choose materials from a clear and concise product range at competitive prices to suit your requirements. - The products are well proven, thoroughly tested and endorsed by MCP.

A fast curing 2-component Polyurethane casting system for use in vacuum casting equipment to simulate the appearance and physical properties of a wide range of engineering thermoplastics for rapid prototyping or short series production. - RenPIM® Vacuum Grade allows you to produce thermoplastic like parts without the high cost of steel moulds and press. - Parts are made within minutes at low cost giving you time and cost savings. - The high quality parts made from RenPIM® Vacuum Grade are dimensionally stable and accurately reproduce fine surface detail and textures. - You can choose materials from a clear and concise product range at competitive prices to suit your requirements. - The products are well proven, thoroughly tested and endorsed by MCP.

A fast curing 2-component Polyurethane casting system for use in vacuum casting equipment to simulate the appearance and physical properties of a wide range of engineering thermoplastics for rapid prototyping or short series production. - RenPIM® Vacuum Grade allows you to produce thermoplastic like parts without the high cost of steel moulds and press. - Parts are made within minutes at low cost giving you time and cost savings. - The high quality parts made from RenPIM® Vacuum Grade are dimensionally stable and accurately reproduce fine surface detail and textures. - You can choose materials from a clear and concise product range at competitive prices to suit your requirements. - The products are well proven, thoroughly tested and endorsed by MCP.

A fast curing 2-component Polyurethane casting system for use in vacuum casting equipment to simulate the appearance and physical properties of a wide range of engineering thermoplastics for rapid prototyping or short series production. - RenPIM® Vacuum Grade allows you to produce thermoplastic like parts without the high cost of steel moulds and press. - Parts are made within minutes at low cost giving you time and cost savings. - The high quality parts made from RenPIM® Vacuum Grade are dimensionally stable and accurately reproduce fine surface detail and textures. - You can choose materials from a clear and concise product range at competitive prices to suit your requirements. - The products are well proven, thoroughly tested and endorsed by MCP.

A fast curing 2-component Polyurethane casting system for use in vacuum casting equipment to simulate the appearance and physical properties of a wide range of engineering thermoplastics for rapid prototyping or short series production. - RenPIM® Vacuum Grade allows you to produce thermoplastic like parts without the high cost of steel moulds and press. - Parts are made within minutes at low cost giving you time and cost savings. - The high quality parts made from RenPIM® Vacuum Grade are dimensionally stable and accurately reproduce fine surface detail and textures. - You can choose materials from a clear and concise product range at competitive prices to suit your requirements. - The products are well proven, thoroughly tested and endorsed by MCP.

A fast curing 2-component Polyurethane casting system for use in vacuum casting equipment to simulate the appearance and physical properties of a wide range of engineering thermoplastics for rapid prototyping or short series production. - RenPIM® Vacuum Grade allows you to produce thermoplastic like parts without the high cost of steel moulds and press. - Parts are made within minutes at low cost giving you time and cost savings. - The high quality parts made from RenPIM® Vacuum Grade are dimensionally stable and accurately reproduce fine surface detail and textures. - You can choose materials from a clear and concise product range at competitive prices to suit your requirements. - The products are well proven, thoroughly tested and endorsed by MCP.

ReoFlex™ urethane rubbers offer superior physical and performance properties for production casting of wax, plasters, and resins. ReoFlex™ urethanes are available in 20A, 30A, 40A, 50A and 60A Shore hardnesses and feature convenient one-to-one by volume mix ratios. Vacuum degassing is not necessary and ReoFlex™ rubbers cure with negligible shrinkage to a durable rubber that will last in production. ReoFlex™ "Wet" rubbers will shrink somewhat over time vs. "Dry" formulations. ReoFlex™ mold rubbers are used for a variety of applications including making molds to reproduce sculpture and architectural elements, as well as for making special effects, toys and prototypes. Vibrant colors can be achieved by adding So-Strong™ Color Tints, available from Smooth-On. Casting Concrete? Look into the VytaFlex™ series of urethane mold rubbers. VytaFlex™ urethanes were formulated specifically for casting concrete / pigmented concrete and feature Smooth-On's exclusive ‘V-Polymer™' technology.

ReoFlex™ urethane rubbers offer superior physical and performance properties for production casting of wax, plasters, and resins. ReoFlex™ urethanes are available in 20A, 30A, 40A, 50A and 60A Shore hardnesses and feature convenient one-to-one by volume mix ratios. Vacuum degassing is not necessary and ReoFlex™ rubbers cure with negligible shrinkage to a durable rubber that will last in production. ReoFlex™ "Wet" rubbers will shrink somewhat over time vs. "Dry" formulations. ReoFlex™ mold rubbers are used for a variety of applications including making molds to reproduce sculpture and architectural elements, as well as for making special effects, toys and prototypes. Vibrant colors can be achieved by adding So-Strong™ Color Tints, available from Smooth-On. Casting Concrete? Look into the VytaFlex™ series of urethane mold rubbers. VytaFlex™ urethanes were formulated specifically for casting concrete / pigmented concrete and feature Smooth-On's exclusive ‘V-Polymer™' technology.

ReoFlex™ urethane rubbers offer superior physical and performance properties for production casting of wax, plasters, and resins. ReoFlex™ urethanes are available in 20A, 30A, 40A, 50A and 60A Shore hardnesses and feature convenient one-to-one by volume mix ratios. Vacuum degassing is not necessary and ReoFlex™ rubbers cure with negligible shrinkage to a durable rubber that will last in production. ReoFlex™ "Wet" rubbers will shrink somewhat over time vs. "Dry" formulations. ReoFlex™ mold rubbers are used for a variety of applications including making molds to reproduce sculpture and architectural elements, as well as for making special effects, toys and prototypes. Vibrant colors can be achieved by adding So-Strong™ Color Tints, available from Smooth-On. Casting Concrete? Look into the VytaFlex™ series of urethane mold rubbers. VytaFlex™ urethanes were formulated specifically for casting concrete / pigmented concrete and feature Smooth-On's exclusive ‘V-Polymer™' technology.

ReoFlex™ urethane rubbers offer superior physical and performance properties for production casting of wax, plasters, and resins. ReoFlex™ urethanes are available in 20A, 30A, 40A, 50A and 60A Shore hardnesses and feature convenient one-to-one by volume mix ratios. Vacuum degassing is not necessary and ReoFlex™ rubbers cure with negligible shrinkage to a durable rubber that will last in production. ReoFlex™ "Wet" rubbers will shrink somewhat over time vs. "Dry" formulations. ReoFlex™ mold rubbers are used for a variety of applications including making molds to reproduce sculpture and architectural elements, as well as for making special effects, toys and prototypes. Vibrant colors can be achieved by adding So-Strong™ Color Tints, available from Smooth-On. Casting Concrete? Look into the VytaFlex™ series of urethane mold rubbers. VytaFlex™ urethanes were formulated specifically for casting concrete / pigmented concrete and feature Smooth-On's exclusive ‘V-Polymer™' technology.

ReoFlex™ urethane rubbers offer superior physical and performance properties for production casting of wax, plasters, and resins. ReoFlex™ urethanes are available in 20A, 30A, 40A, 50A and 60A Shore hardnesses and feature convenient one-to-one by volume mix ratios. Vacuum degassing is not necessary and ReoFlex™ rubbers cure with negligible shrinkage to a durable rubber that will last in production. ReoFlex™ "Wet" rubbers will shrink somewhat over time vs. "Dry" formulations. ReoFlex™ mold rubbers are used for a variety of applications including making molds to reproduce sculpture and architectural elements, as well as for making special effects, toys and prototypes. Vibrant colors can be achieved by adding So-Strong™ Color Tints, available from Smooth-On. Casting Concrete? Look into the VytaFlex™ series of urethane mold rubbers. VytaFlex™ urethanes were formulated specifically for casting concrete / pigmented concrete and feature Smooth-On's exclusive ‘V-Polymer™' technology.

Shell Shock® FAST and Shell Shock® SLOW are thixotropic plastics that self thicken when mixed and can be brushed onto a variety of surfaces or into rubber molds. When Parts A and B are mixed in proper proportion (1A:4B by volume or 1A:5B by weight), material cures at room temperature with virtually no shrinkage to a hard, durable plastic that exhibits good compressive and flexural strength. Fully cured castings are rigid and can be sanded, primed and painted. Color effects are possible by adding SO-Strong Color Tints. Shell Shock® plastics are ideal for making fast, lightweight rigid molds for creating silicone appliances and effects (use as a replacement for ‘stone molds'). You can also brush a "gel coat" into a rubber mold and back it up with rigid foam, creating a highly detailed lightweight casting. These products can also be brushed onto styrofoam (polystyrol) as an impact resistant coating that can be sanded, primed and painted (minimum 3 coats recommended). Shell Shock® plastics can also be used to make rigid support shells for brush on rubber molds.

Shell Shock® FAST and Shell Shock® SLOW are thixotropic plastics that self thicken when mixed and can be brushed onto a variety of surfaces or into rubber molds. When Parts A and B are mixed in proper proportion (1A:4B by volume or 1A:5B by weight), material cures at room temperature with virtually no shrinkage to a hard, durable plastic that exhibits good compressive and flexural strength. Fully cured castings are rigid and can be sanded, primed and painted. Color effects are possible by adding SO-Strong Color Tints. Shell Shock® plastics are ideal for making fast, lightweight rigid molds for creating silicone appliances and effects (use as a replacement for ‘stone molds'). You can also brush a "gel coat" into a rubber mold and back it up with rigid foam, creating a highly detailed lightweight casting. These products can also be brushed onto styrofoam (polystyrol) as an impact resistant coating that can be sanded, primed and painted (minimum 3 coats recommended). Shell Shock® plastics can also be used to make rigid support shells for brush on rubber molds.

Two component PU Resins General type resin (waterproof) Because the molecular weight of two componet resin is quite low, adding and mixing adequate crosslinker is necessary. It would increase molecular weight and make more meshed PU structure, which would enhance the strength of membrane. Applied to yarn fixation, primer coating, pore filling. The high solid content would enhance water pressure resistance, gross, and firm-feeling of textile coating. Adding promotors would enhance aging condition and reinforce adhesion. Cloth lamination. Lamination of cloth and TPU&PVC. For direct coatings. High water resistance, non-yellowing, hydrosis resistance, good hand-feel, good peeling strength. PU resin for direct coating. Applied to bottoming.

One component PU Resins PU membrane is produced by coating the resin on substrate and drying it to vaporize the solvent adequately. The membrane gives soft hand-feel and dry surface, and offers waterproof and windproof properties. Using one component type PU resin alone with adequate crosslinker for yarn fixation, following by drying process to vaporize solvent adequately, could form high yarn-bonding membrane. Shoes, leather bag, ready-make clothes Blocking resistance, high water resistance, good hand-feel Waterproof soft resin. Excellent adhesive strength, weather resistance, water pressure resistance, and blocking resistance

One component PU Resins PU membrane is produced by coating the resin on substrate and drying it to vaporize the solvent adequately. The membrane gives soft hand-feel and dry surface, and offers waterproof and windproof properties. Using one component type PU resin alone with adequate crosslinker for yarn fixation, following by drying process to vaporize solvent adequately, could form high yarn-bonding membrane. Shoes, leather bag, ready-make clothes Blocking resistance, high water resistance, good hand-feel Waterproof soft resin. Excellent adhesive strength with PU or PVC, weather resistance, water pressure resistance, and blocking resistance

One component PU Resins PU membrane is produced by coating the resin on substrate and drying it to vaporize the solvent adequately. The membrane gives soft hand-feel and dry surface, and offers waterproof and windproof properties. Using one component type PU resin alone with adequate crosslinker for yarn fixation, following by drying process to vaporize solvent adequately, could form high yarn-bonding membrane. Shoes, leather bag, ready-make clothes Blocking resistance, high water resistance, good hand-feel Waterproof soft resin. Excellent adhesive strength with PU or PVC, weather resistance, water pressure resistance, and blocking resistance