Literature Samples

Literature Samples

Literature Samples

Literature Samples

Literature Samples

Epovia® Epoxy Vinyl Ester ProductsCorrosion and Chemically Resistant Resins

* Over 30 years of proven performance in corrosion applications

* Epovia® VE resins are available worldwide through CCP Composites

* VE resins for specific applications can be customized

* CCP Composites provides technical and educational support on all

Epovia® VE resins

Epovia® Epoxy Vinyl Ester Products

CCP Code Vinyl Ester Type

RF1001DMV 400 *NP 12,000 540 6.5% 108KRF1001MV 370 NP 12,300 574 4.0% 108

RF1001L-00 105 NP 12,000 540 5.5% 108RF1001L-35 105 35 min 12,000 540 5.5% 108

RF1001MT-35 550 35 min 12,000 540 5.5% 108RF1001MT-25 550 25 min 12,000 540 5.5% 108

RF1051 450 NP 11,400 570 3.0% 160KRF1051 470 NP 12,000 680 3.0% 150

KRF2000SE 350 NP 13,000 609 3.6% 117

KF3202L-00 100 NP 9,850 525 9.0% 96

KRF3200 500 NP 8,000 373 18.0% 80

VMCH4000 550 40 min 12,500 540 3.50% 122VMCH3500 550 35 min 12,500 540 3.50% 122VMCH2200 550 22 min 12,500 540 3.50% 122

Bisphenol A Epoxy VE resins. Workhorse, unpromoted products within the Epovia® line. These resins were designed for high corrosion resistance to a wide range of acids, alkali and solvents. Widely used for open molding, closed molding, pultrusion and filament winding.

Bisphenol A Epoxy VE resins specifically designed for very low viscosities for much improved fiber wet out in Infusion and RTM processes. L-Series products are available in unpromoted and pre-promoted versions.

Bisphenol A Epoxy VE resins specifically designed as pre-promoted and prethixed versions of the workhorse RF1001DMV product for customers desiring a thixed and/or promoted resin where resin drainage may be an issue. Applications include industrial parts, tanks, and the like, where chemical and water resistance is critical.

Novolac Epoxy VE resins specifically designed for applications requiring higher heat and chemical resistance due to a higher crosslinked polymer backbone over Bisphenol A based VE resins. RF1051 has 10°C higher Tg than the KRF1051 version.

Brominated Fire Retardant VE resin designed to offer similar corrosion protection resistance as RF1001DMV. This halogenated VE resin is widely used to handle flammable liquids and mixtures of hot gases in FRP ducts, grating, scrubbers and stacks. Can be used in open and closed molding processes. Can meet Class 1, E84 flame spread without additives.

Rubber modified, Bisphenol A Infusion resin designed for higher tensile elongation (9%) than conventional VE resins. In addition to infusion, this resin can be used as a primer for promoting secondary adhesion, or blended into more brittle VE resins to help toughness.

Rubber modified, Bisphenol A Infusion resin designed for higher tensile elongation (18%) than conventional VE resins. This resin can be used by itself for very high elongation needs or used as a blending resin into more brittle VE resins.

Skin Coat Vinyl Ester resin. MACT compliant for both marine and reinforced composite applications (<35% HAP). This all VE resin is specifically promoted for thin laminate cure, and thixed for open molding in marine and swimming pool applications.

Viscosity(cps)

Gel Time(minutes)

TensileStrength

psi

TensileModuluspsi x 103

TensileElongation(at break)

HDT°C

Note: See Technical Data Sheets for specific test method protocol for viscosity measurement, suggested promotion, peroxides and cure conditions for gel time and mechanical properties, including HDT.

Contact your CCP Composites US Account Manager or Technical Rep for customized vinyl ester resins that might better meet your specific application needs. The above list is not all inclusive of the entire Epovia® product line, but only a guide for potential users.

*NP = Non-promoted

Promotion:Resin 100.00Cobalt 12% 0.08 phrDMA 0.02 phrSyrgis MEKP 925H @ 1.5%

Reactivity Curve: Epovia® KRF1001 Series

Reactivity Curve: Epovia® RF1001 Series

Promotion:Resin 100.00Cobalt 12% 0.08 phrDMA 0.02 phrSyrgis MEKP 925H @ 1.5%

Reactivity Curve: Epovia® KF3202L-00

Promotion:Resin 100.00Cobalt 12% 0.15 phrDMA 0.05 phrSyrgis MEKP 925H @ 1.5%

For complete product info, consult the CCP Composites US website at www.ccpcompositesus.com

Level of HQ Solution (CCP970C951)

77°F

Gel

tim

e (m

inut

es)

0.20.10

0.0

10.0

20.0

30.0

40.0

50.0

60.0

Level of HQ Solution (CCP970C951)

77°F

Gel

tim

e (m

inut

es)

0.20.10

0

20

30

40

50

60

70

10

Level of HQ Solution (CCP970C951)

77°F

Gel

tim

e (m

inut

es)

0.20.10

30

50

70

90

110

10

14 minutes

28 minutes

50 minutes

11 minutes

28 minutes

68 minutes

15 minutes

39 minutes

100 minutes

Flame-retardant/Non-Halogenated (i.e. no Bromine, no Chlorine)Contains no antimony trioxideRequires no added ATH fillers or MMA monomers for FRPre-thixed for non-drainingUser friendly, no FR additives required

Docket 90A - ASTM E 162-02a Surface Flammability, ASTM E 662 Smoke Generation, and Bombardier SMP 800-C Smoke ToxicityFMVSS 302 Flammability of Interior Materials - Passenger Cars, Multipurpose Passenger Vehicles, Trucks, and BusesRated as Class I for ASTM E-84 Surface Burning for Building MaterialsFlame-retardant meeting UL 94 Plastics Flammability Standard, V-0 classificationEPA National Emission Standards for Hazardous Air PollutantsSCAQMD 1162Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment Regulations 2008 (RoHS Regulations)

Established from the merger of Cray Valley and Cook Composites & Polymers, CCP Composites, a subsidiary of the Total group, is N°1 in the world market of thermoset composites. CCP Composites owes its leading position to its dual function as a producer of unsaturated polyester resins, gel coats, vinyl esters and other derivatives, and as a specialized distributor of products and services for the composites industry. CCP Composites is present on four continents, and has three specialized research and development centers. The group provides its customers with innovative solutions, helping them make even lighter, stronger and more sustainable composite materials that create progress.

Headquartered in Kansas City, MO, CCP Composites US has manufacturing facilities throughout the United States.

The Products

Product Features

For more information, visit www.ccpcompositesus.com

FIREBLOCKTM is a reactive unsaturated polyester used to produce a flame-retardant intumescent resin and gel coat.

www.ccpcompositesus.com

Norsodyne™ H 81269 TF - Hand lay/Spray up (un-promoted only)Polycor® 2330PAWK745 - Gel Coat (un-promoted only)

Meets the Following Industry Standards:

TM

SER I ES

Test Results

UL 94 Standard Test for Flammability of Plastic Materials for Parts in Devices and Appliances(1)

HB Rating

ASTM E 162-08 Surface Flammability of Materials using a Radiant Heat Energy Source(1) Flame Spread Index, Is = 5.82

ASTM E 662 Optical Smoke Density(1)

• Specific Optical Density (Ds) at 1.5 min

• Specific Optical Density (Ds) at 4.0 min

FlamingD

s = 1

Ds = 43

Non-FlamingD

s = 1

Ds = 8

ASTM E-84 Standard Method of Test for Surface Burning Characteristics of Building Materials(1)

Flame Spread - 20Smoke Developed - 300Rating - Class 1

Country Standard FIREBLOCK™ Performances

European Union EN 45545 HL3

United Kingdom BS 47 6, Part 6 • BS 476, Part 7 • BS6853 Class 0 • Class 1 • Cat. 2

France NF P 92-507 • NF F 16-101 M1 • F1

Spain UNE 23727 M1 • F1

Germany DIN 5510 S4 • SR2 • ST2

America ASTM E 84 Class 1

International Standards Information

Flammability Test Data: Polycor 2330PAWK745

Flammability Test Data: Norsodyne H 81269 TF

(1)Laminate configuration will affect test performance. Contact your CCP Composites US representative for the specific laminate configurations used to generate these test results.

(1)Laminate configuration will affect test performance. Contact your CCP Composites US representative for the specific laminate configurations used to generate these test results.

For complete product info, consult the CCP Composites US website at www.ccpcompositesus.com

Test Results

ASTM D 2863 - 08 Standard Test Method for Measuring the Minimum Oxygen Concentration to Support Candle-like Combustion of Plastics (Oxygen Index)(1)

OI = 44.54 (Neat Resin Casting)OI = 52.55 (Laminate, 20-35% glass)

UL 94 Standard Test for Flammability of Plastic Materials for Parts in Devices and Appliances(1)

V-0 Rating

ASTM E 162-08 Surface Flammability of Materials using a Radiant Heat Energy Source(1)

Flame Spread Index, Is = 10

ASTM E 662 Optical Smoke Density(1)

• Specific Optical Density (Ds) at 1.5 min

• Specific Optical Density (Ds) at 4.0 min

FlamingD

s = 8

Ds = 60

Non-FlamingD

s = 1.3

Ds = 18

Bombardier SMP 800-C(1) Flaming - PassedCO - 636CO2 - 17,778HBr - Not detectedHCI - Not detectedHCN - Not detectedHF - Not detectedNO

x - 86

SO2 - Not detected

Non-Flaming - PassedCO - Not detectedCO2 - 1,361HBr - Not detectedHCI - Not detectedHCN - Not detectedHF - Not detectedNO

x - Not detected

SO2 - Not detected

FMVSS 302 Flammability of Interior Materials - Passenger Cars, Multipurpose Passenger Vehicles, Trucks and Buses(1) Burn Rate (mm/min.) = 0 (specimen did not ignite)

ASTM E-84 Standard Method of Test for Surface Burning Characteristics of Building Materials(1)

Flame Spread - 25Smoke Developed - 300Rating - Class 1

™

®

TM

SER I ES

Digital Ads