ET Series
TWO PART EPOXY INK
Mixing Clear*
Metallic Base Clear*
White*
Hi Cover White*
Black*
Medium Yellow LF*
Light Blue*
Navy Blue*
Ultra Blue*
Primrose Yellow LF*
Medium Green*
Fire Red LF*
Orange LF*
Maroon*
Flag Red LF*
Deep Red LF*
Perma Green*
Brilliant Perma Blue*
Emerald Green*
Light Blue*
Lemon Yellow LF*
Simulated Etch*
ET-6005
ET-6002
ET-6051
ET-6052
ET-6053
ET-6054LF
ET-6091
ET-6007
ET-6008
ET-6009LF
ET-6012
ET-6013LF
ET-6014LF
ET-6019
ET-6022LF
ET-6023LF
ET-6025
ET-6028
ET-6090
ET-6091
ET-6092LF
ET-6075
LF - Lead Free
METALLIC COLORS
Rich Gold*
Silver*
Bright Silver*
Pale Gold*
Copper*
Rich Pale Gold*
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ET-6037
ET-6038
ET-6039
ET-6040
ET-6041
ET-6042
​
* Heavy metal compliant
STANDARD COLORS
TRANSPARENT COLORS
Transparent Blue*
Transparent Yellow*
Transparent Orange* Transparent Red B*
Transparent Violet*
Transparent Green*
Transparent Magenta*
ET-6030
ET-6031
ET-6032
ET-6033
ET-6034
ET-6035
ET-6036
​
Two part epoxy air dry or oven cure formula complies with many MIL Specifications such as A-A-56032D. Each kit meets Type l,ll & lll.​
Superior adhesion and hardness for printing metal, glass, treated polyethylene and other plastic surfaces. Excellent chemical resistance to acids, alkalis, oils, etc. Extremely hard finish with superior opacity and flexibility. Ideal for glass jars, bottles and containers requiring product resistance.
SUBSTRATES
Metal surfaces requiring a hard, durable finish, such as printed circuit board markings, equipment panels, glass decorating, 􀀂 and other plastics.
​
​MODIFIERS & CATALYSTS
Thinner: ET-6060.
Retarder: ET-6021.
Flow Promoter: ET-6020
Catalyst: ET-6055
Catalyst for Metallics: ET-E06
​​
ORIENTATION
For best results, allow mixed components to sit for about 1/2 hour prior to use. This procedure allows full interaction of catalyst and resin.
​
POT LIFE
Pot Life of Catalyzed Mixture is Approximately 8 Hours. ​​​
​
SCREEN WASH
Use ET-6010.
SCREEN MESH
110 to 305+
Monofilament
STENCILS
Direct method
emulsions,
capillary films
SQUEEGEE
All types, 60 to 80 durometer
ET Series Mixing Ratios | % Per 100 Parts
COLOR
ET-6002
ET-6005
ET-6007
ET-6008
ET-6009 LF
ET-6012
ET-6013 LF
ET-6014 LF
ET-6019
ET-6022 LF
ET-6023 LF
ET-6025
ET-6028
ET-6030
ET-6031
ET-6032
METAL, GLASS & CONTAINER DECORATION
CATALYST
(ET-6055)
12.71
13.06
12.10
11.01
10.81
11.43
10.87
10.97
12.10
10.97
11.17
11.13
11.56
11.81
12.49
12.45
COLOR
ET-6033
ET-6034
ET-6035
ET-6036
ET-6051
ET-6052
ET-6053
ET-6054 LF
ET-6075
ET-6080
ET-6090
ET-6091
ET-6092 LF
ET-6039
ET-6040
ET-6041
CATALYST
(ET-6055)
11.81
12.51
11.81
11.65
8.22
6.82
12.44
10.81
7.56
12.42
10.25
10.41
9.05
10.44
9.53
9.53
Drying
Air Dry: 4 - 6 hours. Chemical resistance and hardness will be good after 72 hours, but full cure should not be expected for 7 days.
Force Dry:
325°F for 5 - 10 minutes
250°F for 10 - 20 minutes
​​
Equipment: Batch oven with convection air or industrial conveyor dryer (non-textile) are preferred. lR panels may provide sufficient cure if belt will accommodate parameters above.
COVERAGE
Approximately 1200 - 1500 Sq, Ft / Gal.
Note: lnformation contained in Cudner & O’Connor product sheets is based on laboratory and field tests. Because we cannot control actual production conditions, no warranty is expressed or implied. Careful testing is always recommended prior to production. Consult with our Technical Services Department on all application issues.
All products are RoHS
& REACH Compliant:
RoHS-3 Directive (EU) 2015/IU (restriction of the use of certain hazardous materials in electrical and electronic equipment - Directive 2011/65/EU)
​
Cudner & O'Connor is aware of REACH Regulations and the proposals by the European Chemical Agency (ECHA) for the candidate list of items to be included on the list of 247 Substances of Very High Concern (SVHC) including the most recent list published 1/21/2025.
Based on information from our suppliers and formulation analysis, the products listed on this document are not manufactured with any of the substances listed in the most recent candidate list nor are they intentionally added during the manufacturing process, or in the cured film.