APPLICATIONS GUIDE: COATINGS FEATURE & TECHNOLOGY

Features

Solventborne

Waterborne

Powder

High Solids

UV/EB

Adhesives
promotion

PKHH
PKHS-40
PKHS-30PMA

PKHW-35
PKHW-34
LER-HBW

PKHP-80
PKHB-100
SER-10

CER-CP67
SER-25

UV-93TP50
CER-HB

Flexibility &
toughness

PKHJ
PKHM-30
PKHM-301
SER-25

PKHW-35
PKHW-34

PKHP-80
PKHB-100

LER-HH

UV-95PE30
UV-93PE40
CER-HB

Corrosion
resistance

PKHJ
EP-796

PKHW-35
LER-HBW

PKHP-200

CER-HB
LEN-HB

UV-93TP50
UV-93TP30

Low
color

PKHM-30
PKHS-40

PKHW-34

PKHP-200

LER-HB

UV-91
UV-95TP30

Hardness

PKFE
PKHJ

PKHW-34
LER-HBW

SER-10
SER-10P

CER-HB
LEN-HB

UV-91

Gloss

PKHS-30PMA
PKHH

PKHW-34

SER-10

LER-HB

UV-91
UV-95TP30

Pigment
loading

PKHS-40
PKHS-30PMA

PKHW-35

PKHB-100
PKHP-80

LEN-HBLV

UV-93TP50
CER-HB
UV-11TP70

Coatings & Inks Selection Guide
 

In coatings applications InChemRez® Phenoxy resins, polyester modified Phenoxy resins, epoxy/Phenoxy hybrid resins, and InChemRez® caprolactone modified resins offer a wide selection for your chosen technology. Phenoxy resins find use in can and container coatings, drum linings, zinc-rich coatings and maintenance primers, shop primers, glass and plastic coatings, wood coatings, and coatings for flexible substrates including PET, metal foils, paper and cloth. Water-borne grades of Phenoxy permit formulations to low VOC’s and select solid grade Phenoxy resins are useful in thermoplastic and thermoset powder coatings.

 UV products using phenoxy technology bring the advantages of phenoxy in conventional systems to the realm of radiation cured coatings and inks

  • Solventborne
  • Waterborne
    • air dry
    • thermoset
  • Powder
  • High Solids
  • UV/EB

InChemRez® Phenoxy resins can be used as the sole resin vehicle in coatings formulations. For crosslinked systems using the pendant secondary hydroxyls on the Phenoxy backbone it is recommended to empirically determine the best level of crosslinker for a balance of coatings properties such as hardness and flexibility. Usually the level of crosslinker or hardener is about 10 to 15 phr (parts per hundred) on a solids basis. Typical crosslinkers used in thermoset applications are melamine-formaldehyde resins, phenolics, blocked isocyanates, and polycarboxylic acids.
 

Selections In yellow are most recommended and also have hyperlinks to Tech. Data

APPLICATIONS GUIDE: COATINGS CHEMISTRY TYPE & TECHNOLOGY

Chemestry

Solventborne

Waterborne

Powder

High Solids

Epoxy/Amine
2K Ambient

PKHH
PKHS-40

LER-HBW

 

CER-CP67
CER-HB
LEN-HB
LEN-HBLV

Epoxy/X-Linker
1K Latent

PKHP-200
PKHB-100
LER-HB

LEN-HB

LER-HBW

PKHP-80
PKHB-100
SER-10

LEN-HB
LEN-HBLV

Polyester/NCO
2K Ambient

PKHS-30PMA
PKHM-301
PKHM-30

PKHW-36
PKHW-34

 

PKHM-85
PKHM-83

Polyester/NCO
1K Blocked

PKHS-30PMA
PKHM-301
PKHM-30

PKHW-36
PKHW-34

PKHP-80
PKHB-100

PKCP-67
PKHM-85
PKHM-83

Melamine
Thermoset

PKHH
PKHS-40
PKHM-301

PKHW-35
PKHW-34

PKHW-36

PKHP-80
PKHB-100

PKHM-30
PKHM-301
PKHM-85

Phenolic
thermoset

PKHH
PKHS-40
PR-65

PKHW-35
PKHW-34

PR-65

SER-10
SER-10P

PKHM-30
PKHM-301
PKHM-85

Epoxy
Cationic

CER-HB
CER-CP67

LER-HB

 

 

CER-HB
CER-CP67

LEN-HB

Aziridine
Crosslinked

 

PKHW-36
PKHW-34

 

 

Alkyds/
Epoxy Esters

 

PKHW-34
PKHW-36

 

 

Acrylics

 

PKHW-34
PKHW-36

 

 

Polyurethane
Dispersions

 

PKHW-34
PKHW-36

 

 

Epoxy/
Anhydride

LER-HB
LEN-HB
SER-10

 

 

CER-HB
CER-CP67

Coatings & Inks