VERSAMID INK RESINS - Gabriel Performance Products

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Transcript VERSAMID INK RESINS - Gabriel Performance Products

Gabriel Performance Products

Cycloaliphatic Epoxy Resins GPE Series

Product Technology, Curatives & Applications

Cycloaliphatic Epoxy Resins (CER)

GPE Series

Outline

Technology

Features/Benefits - Value

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Products Activators/Hardeners Markets/Applications

Cycloaliphatic Epoxy Resins (CER)

Technology

CER Technology

CERs - Different from Standard Bisphenol-A Epoxy Resins like DER 331, EPON 828

Standard Epoxy resins made from Epichlorohydrin and Bisphenol-A

CERs are made by oxidation of Cyclo Olefins with Peracetic Acid

Different from other cycloaliphatic epoxy resins like Glycidyl Esters of Pthalic Acids (Huntsman CY 184) and Hydrogenated Bis A Epoxy Resins (CVC Epalloy 5000 and Hexion Epon 1110)

Technology

Standard Epoxy Resin : Epichlorohydrin + Bisphenol-A

Std. Epoxy Resin Epichlorohydrin (DER 331, EPON 828) Bisphenol-A

Technology

Cycloaliphatic Epoxy Resin : Cyclo Olefin + Peracetic Acid

GPE-221 GPE-221 Cyclo Olefin Peracetic Acid

Cycloaliphatic Epoxy Resins (CER)

Features/Benefits Value Proposition

Feature/Benefits - Value

Aliphatic Backbone – Excellent UV Stability

Saturated Cyclic Ring – Good Weatherability and Excellent Electrical Properties

High Epoxide Content

Density

High Crosslink High Tg and Heat Distortion Temp. (HDT)

No Epichlorohydrin

Chorine

No Hydrolysable Low Dielectric Constant

Excellent Arc-Track Resistance

Feature/Benefits - Value

Short Chain – Low Viscosity

350cp of GPE 221 vs. 13000 cp Std Epoxy Resin

Easy to handle and enable VOC Free or Low VOC Formulations

When combined with Polyols, result in Good Combination of Toughness and Heat-Distortion Temperature Properties

No Epichlorohydrin

Sensitization Low Potential for Skin

Offer latitude to formulate 1K or 2K Products

Cycloaliphatic Epoxy Resins (CER)

GPE Products

GPE Series - Products

GPE-221 : Standard, General Purpose Use Cycloaliphatic Epoxy Resin

Equivalent to ERL-4221 (Cyracure UVR-6110)

GPE-226 : Distilled, Low Ionic Content and Low Viscosity Cycloaliphatic Epoxy Resin

Equivalent to ERL-4221D (Cyracure UVR-6105)

GPE-228 : Flexible Cycloaliphatic Epoxy Resin

Equivalent to ERL-4299 (Cyracure UVR-6128) ERL & UVR from Dow Chemical - Discontd.

GPE Series - Properties

Property\Product GPE-221 Appearance Colorless to Pale Yellow Liquid Color (Pt-Co) 100 max GPE-226 Colorless to Pale Yellow Liquid 50 max GPE-228 Colorless to Pale Yellow Liquid 150 max Viscosity, cP 350 - 450 200 - 350 500 - 650 EEW Moisture (wt%) 131 - 143 <0.05

128 - 140 <0.05

190 - 210 <0.05

Cycloaliphatic Epoxy Resins (CER)

Activators/Hardeners

Activators/Hardeners

Anhydrides

Polyacids

UV Cationic Cure Catalysts Not ‘Amines’ or ‘Polyamides’

Activators/Hardeners

Anhydrides

2K Thermal Cure OR Heat Cure

Requires Heat to Cure

HHPA (Hexa HydroPthalic Anhydide), MTHPA, NMA

Typical Cure Cycle – 1 HR @ 100 -120 o C + 4 - 6 HR @ 160 -180 o C

Cure Cycles vary with different Anhydrides

Activators/Hardeners

Anhydride Cured CERs

Excellent High Temperature Performance

Tg : 150 – 200 o C

High Mechanical Properties - Flexural Strength, Compressive Strength

Excellent Dielectric Properties

Superior Arc, Corona and Tracking Resistance

Eg: Fiber Reinforced Composites

Activators/Hardeners

Polyacids

2K Ambient Cure

Acid Functional Polyesters, Carboxylic Acids, Pthalic Acids

Slow Reaction Rates

Takes several days to cure

Less Common in Use

Activators/Hardeners

UV Cationic Cure Catalysts

Cationic Photoinitiators

“Aryl Sulfonium” and “Aryl Iodonium” Salts

Activated by UV Light

Generate a Super Acid

Super Acid catalyzes epoxy polymerization

Rapid Cure Rates, in some cases Instant

Activators/Hardeners

UV Cationic Cure Catalysts

Alternate technology to Free Radical Polymerization of Acrylates

Low Shrinkage – up to 5%, compared to Acrylate Shrinkage of 10- 15%

Excellent Adhesion

Low Viscosity

Low or No VOCs

Low Capital and Operating Costs

Excellent Hardness and Flexibility

Cycloaliphatic Epoxy Resins (CER)

Markets/Applications

Value to the Market

CERs have Excellent UV and Weatherability, Low Viscosity, High Temperature Performance, Excellent Electrical Properties and other…….But

Complex Mfg Process

High Product Costs

$ 6 - 10/lb vs $1 – 2/lb of Standard Epoxy Resin Used in High Performance Requirement Markets/Applications

Markets/Applications

Fiber Reinforced Composites

Low Viscosity – Good Fiber Wet-out

Filament Winding, Pultrusion, Resin Transfer Molding (RTM)

Tg in the range of 200 o C – High Temperature Performance

Eg: Aerial Booms, Antennas, Composites for Electrical and Electronic Applications 2 K E C U R E A N H Y D R I D

Markets/Applications

Electric Insulators 2 K

Ceramic or Porcelain Replacements

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Bushings, Electric Insulators, Switch Gear Parts in transmission and distribution of electric power Excellent UV Resistance and Carbon Tracking Lighter Weight & Greater Impact Resistance

Complex Shapes, Reduced Maintenance E C U R E A N H Y D R I D

Markets/Applications

Encapsulants & Potting Compounds 2 K

Transformers, Electric Coils

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Low Dielectric Loss High Electrical Resistivity Low Viscosity Excellent UV Resistance Optoelectronics

Excellent Thermal Shock Resistance with Polyols – Good Penetration – LEDs and E C U R E A N H Y D R I D

Markets/Applications

Coatings, Inks and Laminating Adhesives

Rapid Cure

Low Down Time

Low or No VOC, No odor

Excellent Adhesion to wide variety of substrates: steel, aluminum, polymer films

Glossy, Hard and Good Flexibility

Eg: Flexo Printing, Laminating Adhesives C U R E 1 K U V

Markets/Applications

Packaging – Overprint Varnishes

Rigid Packaging - Steel & Aluminum Can Coatings (Beer & Beverages)

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Rapid Cure Rates Low or No VOC No Odor C U R E 1 K U V

Glossy, Hard and Good Flexibility

Retortable and Pasteurizable

Markets/Applications

Packaging – Overprint Varnishes

Flexible Packaging: plastic tubes,

films, paper Excellent Adhesion to wide variety of substrates

Various Polymers: PET, PE, HDPE, PS, Polyester C U R E 1 K U V

No Odor, Fast Drying

Glossy, Hard and Good Flexibility

Markets/Applications

Acid Scavenger - Stabilizer

CERs react with both organic and mineral acids

Use to remove or stabilize Acids in Systems

Eg: Transformer Fluids

Lubricating Oils and Hydraulic Fluids I D I T 1 K A D V E

Markets/Applications

Acid Scavenger - Stabilizer

Vinyl Inks and Coatings

Dielectric Fluids in Electrostatic Capacitators

Flame Retardant Coatings

PVC and Polyester Resins I D I T 1 K A D V E

Markets/Applications

Other Uses:

Modifier for Std Epoxy Resins, Viscosity Reduction, Performance Enhancement

Waterborne – Stable Anionic Dispersions

Chemical Intermediates – to make alkyd coating resins I D I T 1 K A D V E