Infusion/RTM resins Resin Properties - Excellent elongation/toughness - Balanced cost and performance - User-friendly processing

Laminating resins Resin Properties - Excellent wet out - Superior surface quality - Balanced cost and performance

Infusion/RTM resins Resin Properties - Exotherminc control - Balanced physical properties - Low shrink

Laminating resins Resin Properties - Superior tooling resin - Fast glass wet out - Balanced physical properties - Excellent surface quality and exotherm control

Infusion/RTM resins Resin Properties - Greater than 5% tensile elongation - Outstanding fatigue failure resistance - Excellent surface profile - Excellent toughness

Laminating resins Resin Properties - Greater than 5% tensile elongation - Outstanding fatigue failure resistance - Excellent surface profile - Excellent toughness

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - N-vinyl formamide Characteristics: - Low viscosity - Quick curing - Water-soluable Use: - Coatings - Ink - Paint

Interplastic offers vacuum infusion resins with tailored cure times that meet your precise application requirements. Our resins help you make very consistent, high-strength, lightweight parts that increase your product quality. The vacuum infusion process, combined with Interplastic resins, decreases costs for labor, tooling and equipment while substantially reducing styrene emissions, compared to open molding and wet-layout vacuum bagging. Our full line of resins is perfect for a wide range of applications, including marine products and parts, vehicle components, surfboards, swimming pools, turbine rotor blades and more. Unique Characteristics Economical; high reactivity with low exotherm Applications Wide range of applications, including marine

Interplastic offers vacuum infusion resins with tailored cure times that meet your precise application requirements. Our resins help you make very consistent, high-strength, lightweight parts that increase your product quality. The vacuum infusion process, combined with Interplastic resins, decreases costs for labor, tooling and equipment while substantially reducing styrene emissions, compared to open molding and wet-layout vacuum bagging. Our full line of resins is perfect for a wide range of applications, including marine products and parts, vehicle components, surfboards, swimming pools, turbine rotor blades and more. Unique Characteristics Excellent dimensional stability; FDA-approvable; ingredients conform to CFR21-177.2400 Applications Components requiring good corrosion resistance and high-temperature applications

Interplastic offers vacuum infusion resins with tailored cure times that meet your precise application requirements. Our resins help you make very consistent, high-strength, lightweight parts that increase your product quality. The vacuum infusion process, combined with Interplastic resins, decreases costs for labor, tooling and equipment while substantially reducing styrene emissions, compared to open molding and wet-layout vacuum bagging. Our full line of resins is perfect for a wide range of applications, including marine products and parts, vehicle components, surfboards, swimming pools, turbine rotor blades and more. Unique Characteristics Most economical; high reactivity in polymerization Applications Rigid composite and high-temperature parts needing low shrinkage

CoREZYN® isophthalic resins are suitable for a wide range of conventional FRP/GRP applications. They are premium-grade, high-molecular weight, thermosetting resins formulated specifically for their physical and corrosion resistance properties. For optimum performance and corrosion resistance, Interplastic uses the more exacting and expensive two-stage reaction for manufacturing its isophthalic resins. This process yields the best possible average molecular weight and molecular-weight distribution. In addition, the carefully designed mole ratios in these resins offer a significant improvement over conventional industry standards. CoREZYN isophthalic resins deliver superior performance, resulting from an optimum balance of reaction technique, esterification to a high molecular weight, and mole ratio of unsaturated acid to aromatic acid. All of these resins have the same isophthalic "backbone" that gives them their corrosion resistant properties. Variations in the individual resin formulations result in a range of properties that provide different functional characteristics. This permits a great deal of versatility in finished-product formulation, while maintaining high corrosion resistance and physical properties.

CoREZYN® isophthalic resins are suitable for a wide range of conventional FRP/GRP applications. They are premium-grade, high-molecular weight, thermosetting resins formulated specifically for their physical and corrosion resistance properties. For optimum performance and corrosion resistance, Interplastic uses the more exacting and expensive two-stage reaction for manufacturing its isophthalic resins. This process yields the best possible average molecular weight and molecular-weight distribution. In addition, the carefully designed mole ratios in these resins offer a significant improvement over conventional industry standards. CoREZYN isophthalic resins deliver superior performance, resulting from an optimum balance of reaction technique, esterification to a high molecular weight, and mole ratio of unsaturated acid to aromatic acid. All of these resins have the same isophthalic "backbone" that gives them their corrosion resistant properties. Variations in the individual resin formulations result in a range of properties that provide different functional characteristics. This permits a great deal of versatility in finished-product formulation, while maintaining high corrosion resistance and physical properties.

CoREZYN® isophthalic resins are suitable for a wide range of conventional FRP/GRP applications. They are premium-grade, high-molecular weight, thermosetting resins formulated specifically for their physical and corrosion resistance properties. For optimum performance and corrosion resistance, Interplastic uses the more exacting and expensive two-stage reaction for manufacturing its isophthalic resins. This process yields the best possible average molecular weight and molecular-weight distribution. In addition, the carefully designed mole ratios in these resins offer a significant improvement over conventional industry standards. CoREZYN isophthalic resins deliver superior performance, resulting from an optimum balance of reaction technique, esterification to a high molecular weight, and mole ratio of unsaturated acid to aromatic acid. All of these resins have the same isophthalic "backbone" that gives them their corrosion resistant properties. Variations in the individual resin formulations result in a range of properties that provide different functional characteristics. This permits a great deal of versatility in finished-product formulation, while maintaining high corrosion resistance and physical properties.

CoREZYN® isophthalic resins are suitable for a wide range of conventional FRP/GRP applications. They are premium-grade, high-molecular weight, thermosetting resins formulated specifically for their physical and corrosion resistance properties. For optimum performance and corrosion resistance, Interplastic uses the more exacting and expensive two-stage reaction for manufacturing its isophthalic resins. This process yields the best possible average molecular weight and molecular-weight distribution. In addition, the carefully designed mole ratios in these resins offer a significant improvement over conventional industry standards. CoREZYN isophthalic resins deliver superior performance, resulting from an optimum balance of reaction technique, esterification to a high molecular weight, and mole ratio of unsaturated acid to aromatic acid. All of these resins have the same isophthalic "backbone" that gives them their corrosion resistant properties. Variations in the individual resin formulations result in a range of properties that provide different functional characteristics. This permits a great deal of versatility in finished-product formulation, while maintaining high corrosion resistance and physical properties.

Interplastic offers vacuum infusion resins with tailored cure times that meet your precise application requirements. Our resins help you make very consistent, high-strength, lightweight parts that increase your product quality. The vacuum infusion process, combined with Interplastic resins, decreases costs for labor, tooling and equipment while substantially reducing styrene emissions, compared to open molding and wet-layout vacuum bagging. Our full line of resins is perfect for a wide range of applications, including marine products and parts, vehicle components, surfboards, swimming pools, turbine rotor blades and more. Unique Characteristics High-performance; ingredients conform to CFR21-177.2400; moderate laminate exotherm, allows for flexible timing of manufacturing Applications Marine and components requiring high corrosion resistance and high-temperature applications

CoREZYN® vinyl ester resins are corrosion resistant to withstand severe environments. In addition, they enhance composites with high-strength, low-weight and excellent resistance to fatigue. That's why our vinyl esters have become the material of choice for many specialized applications, including fire resistance, in industries such as marine, transportation, construction, aerospace and others.

CoREZYN® vinyl ester resins are corrosion resistant to withstand severe environments. In addition, they enhance composites with high-strength, low-weight and excellent resistance to fatigue. That's why our vinyl esters have become the material of choice for many specialized applications, including fire resistance, in industries such as marine, transportation, construction, aerospace and others.

Interplastic Corporation has dependable CIPP "green" resins that lets you repair partially or fully deteriorated underground pipes with environmental safety in mind. Interplastic's ground-breaking Eco Series Resins have no styrene, no VOCs and no HAPs. With the same polymer backbone approved for today's pipeline remediation, these new resins are a proven solution in gravity pipelines providing consistent quality, fast wet out, trouble-free processing, superior strength and higher flexural modulus properties. They meet ASTM F216 requirements and reduce the likelihood of stress cracking and shrinkage with the lower exotherm.

Interplastic Corporation has dependable CIPP "green" resins that lets you repair partially or fully deteriorated underground pipes with environmental safety in mind. Interplastic's ground-breaking Eco Series Resins have no styrene, no VOCs and no HAPs. With the same polymer backbone approved for today's pipeline remediation, these new resins are a proven solution in gravity pipelines providing consistent quality, fast wet out, trouble-free processing, superior strength and higher flexural modulus properties. They meet ASTM F216 requirements and reduce the likelihood of stress cracking and shrinkage with the lower exotherm.

Interplastic Corporation has dependable CIPP "green" resins that lets you repair partially or fully deteriorated underground pipes with environmental safety in mind. Interplastic's ground-breaking Eco Series Resins have no styrene, no VOCs and no HAPs. With the same polymer backbone approved for today's pipeline remediation, these new resins are a proven solution in gravity pipelines providing consistent quality, fast wet out, trouble-free processing, superior strength and higher flexural modulus properties. They meet ASTM F216 requirements and reduce the likelihood of stress cracking and shrinkage with the lower exotherm.

CoREZYN® vinyl ester resins are corrosion resistant to withstand severe environments. In addition, they enhance composites with high-strength, low-weight and excellent resistance to fatigue. That's why our vinyl esters have become the material of choice for many specialized applications, including fire resistance, in industries such as marine, transportation, construction, aerospace and others.

Interplastic offers vacuum infusion resins with tailored cure times that meet your precise application requirements. Our resins help you make very consistent, high-strength, lightweight parts that increase your product quality. The vacuum infusion process, combined with Interplastic resins, decreases costs for labor, tooling and equipment while substantially reducing styrene emissions, compared to open molding and wet-layout vacuum bagging. Our full line of resins is perfect for a wide range of applications, including marine products and parts, vehicle components, surfboards, swimming pools, turbine rotor blades and more. Unique Characteristics Economical; low laminate exotherm; low shrinkage Applications Marine and other applications requiring a high-performance resin with a lower corrosion and blister resistance than 100% vinyl ester

Interplastic offers vacuum infusion resins with tailored cure times that meet your precise application requirements. Our resins help you make very consistent, high-strength, lightweight parts that increase your product quality. The vacuum infusion process, combined with Interplastic resins, decreases costs for labor, tooling and equipment while substantially reducing styrene emissions, compared to open molding and wet-layout vacuum bagging. Our full line of resins is perfect for a wide range of applications, including marine products and parts, vehicle components, surfboards, swimming pools, turbine rotor blades and more. Unique Characteristics Approved by Det Norske Veritas; low foaming when peroxide is added to minimize entrapment of air; adjustable for varying manufacturing conditions Applications Marine and other applications requiring a high-performance resin

DERAKANE 411-350 epoxy vinyl ester resin is based on bisphenol-A epoxy resin and has become the "industry standard" due to its wide range of end-use applications and ability to be used in a wide range of fabrication techniques. The raw materials used in the manufacture of this resin are listed as acceptable in FDA regulation Title 21 CFR 177.2420 for repeated use in contact with food, subject to user's compliance with the prescribed limitations of that regulation. APPLICATIONS AND USE - DERAKANE 411-350 resin is designed for use in fabricating FRP storage tanks, vessels, ducts and on-site maintenance projects, paticularly in chemical processing and pulp and paper operations. - The resin is designed for ease of fabrication using hand lay-up, spray-up, filament winding, compression molding and resin transfer molding techniques, pultrusion and molded grating applications.

DERAKANE 411-45 epoxy vinyl ester resin is based on bisphenol-A epoxy resin and has become an "industry standard" due to its wide range of end-use applications and ability to be used in a wide range of fabrication techniques. The raw materials used in the manufacture of this resin are listed as acceptable in FDA regulation Title 21 CFR 177.2420 for repeated use in contact with food, subject to user's compliance with the prescribed limitations of that regulation. APPLICATIONS AND USE DERAKANE 411-45 resin is designed for use in fabricating FRP storage tanks, vessels, ducts and on-site maintenance projects, paticularly in chemical processing and pulp and paper operations. DERAKANE 411-45 resin is designed for ease of fabrication using hand lay-up, spray-up, filament winding, compression molding and resin transfer molding techniques, pultrusion and molded grating applications. DERAKANE 411-45 resin exhibits excellent mechanical properties over an entire service temperature range, very high damage resistance, down to -50°C (-58°F).

DERAKANE® 441-400 epoxy vinyl ester resin is a lower styrene-content resin that has an optimized epoxy backbone and resulting superior thermal properties and corrosion resistance performance which place it as a resin type between DERAKANE 411-350 and DERAKANE 470-300 resins. DERAKANE 441-400 resin offers superior stability compared to conventional vinyl ester resins which provide additional flexibility to fabricators in storage and handling. The raw materials used in the manufacture of this resin are listed as acceptable in FDA regulation Title 21 CFR 177.2420 for repeated use in contact with food, subjerct to user's compliance with the prescribed limitations of that regulation. APPLICATIONS AND USE DERAKANE® 441-400 resin is designed for ease of fabrication using hand lay-up, spray-up, filament winding, compression molding and resin transfer molding techniques, pultrusion and molded grating applications. This resin is recommended for fabricationg FRP storage tanks, vessels, ducts, and on-site maintenance projects, particularly in chemical processing, pulp and paper operations, including chlorine dioxide bleaching towers.

DERAKANE 451-400 resin is a low viscosity, unpromoted novolac epoxy vinyl ester This product allows the use of standard MEKP, exhibits excellent exotherm control and industry-leading storage stability. - Exceptional hot water resistance - Excellent solvent and acid resistance - Good caustic resistance - Excellent impact strength - High heat resistance - High tensile elongation APPLICATIONS AND USE DERAKANE 451-400 resin is recommended for hand lay-up and spray-up, filament winding, flake glass and filled linings and coating compounds.

Derakane 455-400 resin is an unpromoted, highly crosslinked novolac epoxy vinyl ester. This product allows the use of standard MEKP, exhibits excellent exotherm control, and industry-leading storage stability. DERAKANE 455-400 resin also contains less than 35% styrene. DERAKANE 455-400 resin offers a higher heat distortion temperature (HDT) compared to DERAKANE 451-400 resin Equipment fabricated with DERAKANE 455-400 resin will exhibit: - Excellent solvent and acid resistance - High flexural strength - High heat resistance APPLICATIONS AND USE DERAKANE 455-400 resin can be used for hand lay-up and spray-up, filament winding, flake glass and filled linings and coating compounds.

DERAKANE 470-36-S epoxy vinyl ester resin is an epoxy novolac-based resin designed to provide exceptional thermal and chemical resistance properties at higher temperatures. This resin offers a high resistance to solvents and chemicals, good retention of strength and toughness at elevated temperatures, and excellent resistance to acidic oxidizing environments. APPLICATIONS AND USE Equipment fabricated with DERAKANE 470-36-S resin is suitable for such applications as high temperature flue gas desulfurization processes, industrial waste treatment facilities, metal pickling and solvent extraction processes used in mining. DERAKANE 470-36-S resin is recommended for most FRP fabrication processes including hand lay-up, spray-up, pultrusion, infusion and resin transfer molding. Its stability makes it suitable for the formulation of special coatings like flake glass coatings.

DERAKANE 470HT-400 epoxy vinyl ester resin is a novolac-epoxy based resin, designed to provide maximum chemical resistance in combination with superior temperature performance. DERAKANE 470HT-400 resin shows outstanding resistance to strong acids, oxidizing media and organic solvents over a wide temperature range. APPLICATIONS AND USE DERAKANE 470HT-400 resin is the preferred choice for applications with high operating/upset temperatures. This resin is designed for ease of fabrication using hand lay-up, spray-up, filament winding, compression molding and resin transfer molding techniques. DERAKANE 47OHT-400 resin has a proven track record with over almost 2 decades successful use for chimney liners, quench vessels, and ducting where high temperature requirements are needed.

DERAKANE 510A-40 epoxy vinyl ester resin is a brominated bisphenol-A based vinyl ester, designed to offer the maximum degree of fire retardance") combined with enhanced chemical resistance and toughness. Since fire retardance is achieved without additives, chemical resistance is maintained and visual inspection of fabricated articles is not impaired. It offers the highest bromine content of any DERAKANE resin. APPLICATIONS AND USE DERAKANE 510A-40 resin is the preferred choice where the highest fire retardance is required and is the standard recommendation for external fire retardance layer on FRP equipment. DERAKANE 510A-40 resin is used extensively in FRP ductwork, stacks and stack liner applications, handling mixtures of air and hot gases of potentially flammable liquids. It can be used with filament winding, hand lay-up, spray-up, pultrusion, and resin transfer molding techniques.

DERAKANE 510 B-400 Epoxy Vinyl Ester Resin is a low viscosity, unpromoted, flame retardant") epoxy vinyl ester. This resin offers offers exceptional processing characteristics including little to no foaming, excellent exotherm control, and industry-leading storage stability. Laminates made with DERAKANE 510 B-400 resin have achieved a flame spread of 25 (ASTM E-84). DERAKANE 510 B-400 resin gives final products with: - Excellent flame retardancy - High strength characteristics - Excellent impact strength and toughness - Fast wet-out and low drainage - Excellent corrosion resistance to acidic and alkaline environments APPLICATIONS AND USE DERAKANE 510 B-400 resin can be used for corrosion resistant, reinforced thermosetting plastic equipment including filament wound, hand lay-up and spray-up tanks, pipes, ducts, stacks, scrubbers, linings or other equipment handling corrosive gases, vapors or liquids where a high degree of flame retardancy is required.

DERAKANE 510C-350 resin is a brominated vinyl ester resin that offers a high degree of fire retardance while providing the excellent chemical resistance and toughness typical of DERAKANE resins. Optimum fire retardance is achieved when antimony compounds are added to the resin. DERAKANE 510 C-350 resin provides resistance to a wide range of acids, alkalis, bleaches and organic compounds for use in many chemical processing industry applications. APPLICATIONS AND USE Equipment fabricated with DERAKANE 510C-350 resin resists mechanical and chemical damage which enables it to be used in various caustic environments such as sodium hypochlorite, chlorine dioxide and alkaline hydrogen peroxide. It is also suitable for equipment specified to handle mixtures of air and hot gases, building panels, and flooring compounds where a degree of fire retardance is required. It is also recommended for use in FRP ductwork, stacks and stack-liner applications. DERAKANE 510C-350 resin is designed for ease of fabrication using hand lay-up, spray-up, filament winding, compression molding, resin transfer molding techniques and pultrusion.

DERAKANE 510N resin is a brominated novolac epoxy vinyl ester resin that offers a moderate degree of fire retardance. It is the preferred resin the DERAKANE resin portfolio for strong oxidizers, such as chlorine and chlorine dioxide. It is also useful in hot, Wet fluegas environments vvhere thermal upsets can occur and vvhere fire retardance is desired. It exhibits a corrosion resistance similarto DERAKANE 470 resins in most environments. APPLICATIONS AND USE DERAKANE 51ON resin is used extensively in FRP ductvvork, stacks, and stack liner applications, equipment specified to handle mixtures ofair and hot gases or potentially flammable and corrosive liquids, and flooring compounds where heat and/or fire retardance is required. DERAKANE 51ON resin is recommended for most FRP fabrication processes including filament winding, hand lay—up, spray—up, pultrusion and resin transfer molding.

DERAKANE 8084 epoxy vinyl ester resin is an elastomer modified resin designed to offer increased adhesive strength, superior resistance to abrasion and severe mechanical stress, while giving greater toughness and elongation. DERAKANE 8084 resin is the resin of choice as a primer to prepare a substrate surface (steel or concrete) for application of a corrosion resistant lining. It exhibits outstanding adhesive strength on different types of steel, aluminium and concrete. APPLICATIONS AND USE DERAKANE 8084 resin has exhibited chemical resistance across a broad range of acids, bases and organic chemicals. DERAKANE 8084 resin can be used for RTM, hand-lay up, spray-up, filament winding and other industrial FRP applications.

DERAKANE MOMENTUM 411-350 epoxy vinyl ester resin is based on bisphenol-A epoxy resin and provides resistance to a wide range of acids, alkalis, bleaches, and organic compounds for use in many chemical processing industry applications. DERAKANE MOMENTUM resins are a new generation of resins that can be used to improve fabrication efficiency and product quality. Their lighter color makes defects easier to see and correct while the resin is still workable. The resin's improved reactivity properties often permit an increase in the lay-up thickness per session. The longer stability provides additional flexibility to fabricators in storage and handling. APPLICATIONS AND USE This resin is suitable for fabricating FRP storage tanks, vessels, ducts, and on-site maintenance projects, particularly in chemical processing and pulp and paper operations. DERAKANE MOMENTUM 411-350 resin is designed for ease of fabrication using hand lay-up, spray-up, filament winding, compression molding and resin transfer molding techniques, pultrusion and molded grating applications. An alternate viscosity, optimized for some vacuum infusion processes, is available as DERAKANE MOMENTUM 411-200 resin.

DERAKANE MOMENTUM 470-300 resin is a novolac-based vinyl ester designed to provide exceptional mechanical properties at higher temperatures. This resin offers a high resistance to solvents and chemicals, good retention of strength and toughness at elevated temperatures, and excellent resistance to acidic oxidizing environments. DERAKANE MOMENTUM resins are a new generation of resins that can be used to improve fabrication efficiency and product quality. Their lighter color makes defects easier to see and correct while the resin is still workable. The longer stability provies additional flexibility to fabricators in storage and handling. APPLICATIONS AND USE DERAKANE MOMENTUM 470-300 resin is suitable for applications involving high temperature chlorination or caustic scrubbing and storage, industrial waste treatment facilities and solvent extraction processes used in mining. It is also used for hydrochloric acid transport, tank, truck and railcar linings, and gasohol storage. DERAKANE MOMENTUM 470-300 is recommended for most commercial FRP fabrication processes including hand lay-up, spray-up, pultrusion and resin transfer molding. The higher viscosity of MOMENTUM DERAKANE 470-300 resin facilitates filament winding and contact molding applications.

DERAKANE MOMENTUM® 510 C-350 is a brominated epoxy vinyl ester resin that offers a high degree of fire retardance while providing excellent chemical resistance and toughness. Optimum fire retardance is achieved when antimony compounds are added to the resin. Laminates made with DERAKANE MOMENTUM 510 C-350 resin have met ASTM E-84 Flame Spread "Class 2" rating (less than 75). With the use of antimony synergists, "Class 1" ratings can be achieved. APPLICATIONS AND USE DERAKANE MOMENTUM 510 C-350 resin is designed for ease of fabrication using hand lay-up, spray-up, filament winding, compression molding, resin transfer molding and pultrusion techniques. This resin is used extensively in FRP duct work, stacks and stack-liner applications. It is also suitable for equipment handling mixtures of air and hot gases, building panels and flooring compounds where a degree of ignition inhibiting properties are needed. DERAKANE MOMENTUM 510 C-350 resin resists mechanical and chemical damage enabling use in various caustic environments such as sodium hypochlorite, chlorine dioxide and alkaline hydrogen peroxide.