Elantas (Altana) Conathane EN-9 w/ Conathane EN-4

Elantas (Altana) Conathane EN-9 w/ Conathane EN-4 Datasheet
  • Description for Elantas (Altana) Conathane EN-9 w/ Conathane EN-4

    A two-component, non-MbOCA, high strength liquid polyurethane potting and molding system designed to ensure the performance of electrical/electronic assemblies exposed to severe environmental extremes. Used with EN-4 (Part A).

    *See Terms of Use Below

    Brand Conathane, Cytec
    Application Type Molding, Coating, Potting, Encapsulate
    1 Part or 2 Part 2 Part
    Material Form Liquid
    Industry Connector potting and molding, Wire wound devices, Cables, Military Water tight electrical connectors, Electrical, Cable potting and molding, Commercial watertight electrical connectors, Electronic, Modules, Printed circuitry and components., Strain sensitive components
    Manufacturer Elantas (Altana)
    Chemistry Non-MbOCA-based, Polyurethane
    Cure Method 2-Part Cure
    Demolding Time (min) Good, 600, 480, 240
    Demolding Temperature (°C) 60, 80, 100
    Demolding Time Test Method Demold, Demold, Demold, Demold
    Cure Temperature (°C) 60, 80, 100
    Cure Time (min) 1,440, 960, 480
    Viscosity (cPs) Low, 6,800, 13,200, 52,000, 160,000, 250,000
    Color Black
    Arc Resistance (sec) Arc Resistance
    Fungus Resistance Non-Nutrient Fungus resistance
    High Temperature Resistance (°C) 130, 97, Thermal shock resistance
    Low Temperature Resistance (°C) -70
  • Technical Data for Elantas (Altana) Conathane EN-9 w/ Conathane EN-4

    Overview
    • Application Type
    • 1 Part or 2 Part
      • 1 Part or 2 Part - 2 Part
    • Material Form
      • Liquid
    • Industry
      • Electronics - Electrical, Electronic, Modules, Printed circuitry and components., Strain sensitive components, Wire wound devices
      • Connectors - Connector potting and molding, Military Water tight electrical connectors, Commercial watertight electrical connectors
      • Industrial - Harness breakouts
      • Cable - Cable potting and molding, Cables
    • Chemistry
    • Application Method
      • Spray
      • Dip
      • Other - Meter-mix Bench Potting / Casting, Hand-mix Bench Potting / Casting, Meter-mix Vacuum Potting / Casting
    • Cure Method
      • 2-Part Cure
    • Color
      • Black
    • Brand
      • Conathane
      • Cytec
    Specifications
    Cure Specs
    Demolding Time (min) Good, 600, 480, 240
    Demolding Temperature (°C) 60, 80, 100
    Demolding Time Test Method Demold, Demold, Demold, Demold
    Cure Temperature (°C) 60, 80, 100
    Cure Time (min) 1,440, 960, 480
    Viscosity (cPs) Low, 6,800, 13,200, 52,000, 160,000, 250,000 Test Method
    Linear Shrinkage (%) 1.15, 1.00 Test Method
    Work / Pot Time (min) 120
    Mix Ratio 100:17.5 (by weight), 100:17 (by volume)
    Bond Strength
    General Bond Strength (psi) High
    Peel Strength (piw) >20, >20, >20, >20 Test Method
    Tear Strength (piw) 275 (pli), 276 (pli), 280 (pli), 285 (pli), 197 (pli), 187 (pli), 280 (pli), 280 (pli), 190 (pli) Test Method
    Tensile Strength (psi) 2,000, 2,000, 1,600, 1,400, 900, 775, 2,000, 1,700, 2,000, 700, 1,300, 775, 700 Test Method
    Material Resistance
    Arc Resistance (sec) Arc Resistance
    Flame Resistance Flame Resistance
    Fungus Resistance Non-Nutrient Fungus resistance
    High Temperature Resistance (°C) 130, 97, Thermal shock resistance
    Low Temperature Resistance (°C) -70
    Moisture/Humidity Resistance Superior hydrolytic stability
    Conductivity
    Dissipation Factor Exceptionally low, 0.03200, 0.03200, 0.03300, 0.03300, 0.01200, 0.04500, 0.03300, 0.03000 Test Method
    Insulation Resistance (O) >2.5e13 (ohms), 2.3e10 (ohms) Test Method
    Dielectric Strength (V/mil) Excellent, High, 750 (Vpm), 750 (Vpm), 566 (Vpm) Test Method
    Dielectric Constant Exceptionally low, 2.90, 3.00, 3.00, 3.80, 2.90, 3.80, 2.80, 3.30 Test Method
    Volume Resistivity (O) >4.3e15 (ohms/cm), 7.4e11 (ohms/cm), 2.8e15 (ohms/cm) Test Method
    Surface Resistivity (O) >1.0e15 (ohms), 1.6e12 (ohms) Test Method
    Hardness
    Shore A Hardness 85 to 95, 90, 90, 89, 88, 87 Test Method
    Elongation (%) 450, 450, 420, 430, 390, 370 Test Method
    Modulus (psi) 700, 1,300, 1,700, 1,175, 1,100, 800, 700 Test Method
    Other Properties
    Specific Gravity 1.010 Test Method
    % Solids (%) >99, 100
    Business Information
    Shelf Life Details The shelf life of CONATHANE EN-4 Part A and CONATHANE EN-9 Part B is 15 months from date of manufacture in the original, unopened containers when stored at 70ºF-85ºF. If containers are opened and the contents only partially used, containers should be flushed with dry nitrogen (see CONAP® Dri-Purge) before resealing to prevent waste of material.
    Shelf Life Temperature (°F) 70 to 85
    Shelf Life Type From date of manufacture
    Shelf Life (mon) 15
  • Best Practices for Elantas (Altana) Conathane EN-9 w/ Conathane EN-4

    *See Terms of Use Below

    1. Mixing

      Mix Conathane EN-4 Part A and Conathane EN-9 Part B together thoroughly at 25°-60°C using metal, plastic, or glass stirrers and containers. Degas the mixed material at 1-5mm of mercury and pour into molds at 25°-100°C. Containers should be large enough to allow for volume expansion during the degassing cycle. Any material or container that could introduce moisture into the system should be avoided.

  • Comparable Materials for Elantas (Altana) Conathane EN-9 w/ Conathane EN-4

    *See Terms of Use Below

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Linear Shrinkage Test Methods
Linear Shrinkage Test Method
1.15 %
1.00 % MIL-M-24041C
Viscosity Test Methods
Viscosity Test Method Temperature
Low
6,800 cPs Mixed Viscosity @ 25°C, Initial 25°C
13,200 cPs Mixed Viscosity @ 25°C, 30 minutes 25°C
52,000 cPs Mixed Viscosity @ 25°C, 60 minutes 25°C
160,000 cPs Mixed Viscosity @ 25°C, 90 minutes 25°C
250,000 cPs Mixed Viscosity @ 25°C, 120 minutes 25°C
Tensile Strength Test Methods
Tensile Strength Cure Time Test Method
2,000 psi ASTM D-412
2,000 psi Original Elastomers prepared from EN-9 offer unsurpassed hydrolytic stability. The following table presents the properties of these elastomers after continuous exposure to 97°C - 95% R.H. for the periods indicated. Specimens were tested within 24 hours upon removal from chamber.
1,600 psi 40,320 min Elastomers prepared from EN-9 offer unsurpassed hydrolytic stability. The following table presents the properties of these elastomers after continuous exposure to 97°C - 95% R.H. for the periods indicated. Specimens were tested within 24 hours upon removal from chamber.
1,400 psi 80,640 min Elastomers prepared from EN-9 offer unsurpassed hydrolytic stability. The following table presents the properties of these elastomers after continuous exposure to 97°C - 95% R.H. for the periods indicated. Specimens were tested within 24 hours upon removal from chamber.
900 psi 120,960 min Elastomers prepared from EN-9 offer unsurpassed hydrolytic stability. The following table presents the properties of these elastomers after continuous exposure to 97°C - 95% R.H. for the periods indicated. Specimens were tested within 24 hours upon removal from chamber.
775 psi 161,280 min Elastomers prepared from EN-9 offer unsurpassed hydrolytic stability. The following table presents the properties of these elastomers after continuous exposure to 97°C - 95% R.H. for the periods indicated. Specimens were tested within 24 hours upon removal from chamber.
2,000 psi 300% modulus, Original, (97°C / 95% RH)
1,700 psi 300% modulus, Original, (97°C / 95% RH)
2,000 psi
700 psi
1,300 psi
775 psi 161,280 min 300% modulus, (97°C / 95% RH)
700 psi 161,280 min 300% modulus, (97°C / 95% RH)
Peel Strength Test Methods
Peel Strength Substrate Test Method
>20 piw Aluminum primed w/AD-1147-C MIL-M-24041
>20 piw Stainless Steel primed w/AD-1146-C MIL-M-24041
>20 piw Neoprene primed w/DPPR-7156 MIL-M-24041
>20 piw PVC primed w/AD-1167 MIL-M-24041
Tear Strength Test Methods
Tear Strength Cure Time Test Method
275 (pli) ASTM D-624, Die (C)
276 (pli) Original Elastomers prepared from EN-9 offer unsurpassed hydrolytic stability. The following table presents the properties of these elastomers after continuous exposure to 97°C - 95% R.H. for the periods indicated. Specimens were tested within 24 hours upon removal from chamber.
280 (pli) 40,320 min Elastomers prepared from EN-9 offer unsurpassed hydrolytic stability. The following table presents the properties of these elastomers after continuous exposure to 97°C - 95% R.H. for the periods indicated. Specimens were tested within 24 hours upon removal from chamber.
285 (pli) 80,640 min Elastomers prepared from EN-9 offer unsurpassed hydrolytic stability. The following table presents the properties of these elastomers after continuous exposure to 97°C - 95% R.H. for the periods indicated. Specimens were tested within 24 hours upon removal from chamber.
197 (pli) 120,960 min Elastomers prepared from EN-9 offer unsurpassed hydrolytic stability. The following table presents the properties of these elastomers after continuous exposure to 97°C - 95% R.H. for the periods indicated. Specimens were tested within 24 hours upon removal from chamber.
187 (pli) 161,280 min Elastomers prepared from EN-9 offer unsurpassed hydrolytic stability. The following table presents the properties of these elastomers after continuous exposure to 97°C - 95% R.H. for the periods indicated. Specimens were tested within 24 hours upon removal from chamber.
280 (pli)
280 (pli) Die C, Original, (97°C / 95% RH)
190 (pli) 161,280 min Die C, Original, (97°C / 95% RH)
Dielectric Constant Test Methods
Dielectric Constant Temperature Test Method
Exceptionally low
2.90 25°C Original, 1 KHz, (97°C / 95% RH)
3.00 25°C 112 Days, 1 KHz, (97°C / 95% RH)
3.00 25°C ASTM D-150, 100 Hz
3.80 130°C ASTM D-150, 100 Hz
2.90 25°C ASTM D-150, 1 KHz
3.80 130°C ASTM D-150, 1 KHz
2.80 25°C ASTM D-150, 1 MHz
3.30 130°C ASTM D-150, 1 MHz
Dielectric Strength Test Methods
Dielectric Strength Temperature Test Method
Excellent
High
750 (Vpm) 25°C ASTM D-149, Dielectric strength (1/16")
750 (Vpm) Dielectric Strength, vpm (1/16"), Original
566 (Vpm) Dielectric Strength, vpm (1/16"), 112 Days
Dissipation Factor Test Methods
Dissipation Factor Temperature Test Method
Exceptionally low Dissipation Factor Test Method
0.03200 25°C ASTM D-150, 100 Hz
0.03200 130°C ASTM D-150, 100 Hz
0.03300 25°C ASTM D-150, 1 KHz
0.03300 130°C ASTM D-150, 1 KHz
0.01200 25°C ASTM D-150, 1 MHz
0.04500 130°C ASTM D-150, 1 MHz
0.03300 25°C Dissipation Factor, Original, 1 KHz
0.03000 25°C Dissipation Factor, 112 Days, 1 KHz
Insulation Resistance Test Methods
Insulation Resistance Temperature Test Method
>2.5e13 (ohms) 25°C MIL-M-24041
2.3e10 (ohms) 130°C MIL-M-24041
Volume Resistivity Test Methods
Volume Resistivity Temp (°C) Test Method
>4.3e15 (ohms/cm) 25°C ASTM D-257
7.4e11 (ohms/cm) 130°C ASTM D-257
2.8e15 (ohms/cm) 25°C Volume Resistivity @ 25 C, ohm-cm, 112 Days
Surface Resistivity Test Methods
Surface Resistivity Temperature Test Method
>1.0e15 (ohms) 25°C ASTM D-257
1.6e12 (ohms) 130°C ASTM D-257
Elongation Test Methods
Elongation Test Method
450 % ASTM D-412
450 % Ultimate Elongation, Original
420 % Ultimate Elongation, 28 Days
430 % Ultimate Elongation, 56 Days
390 % Ultimate Elongation, 84 Days
370 % Ultimate Elongation, 112 Days
Modulus Test Methods
Modulus Test Method
700 psi 100% Modulus
1,300 psi 300% Modulus
1,700 psi 300% Modulus, Original
1,175 psi 300% Modulus, 28 Days
1,100 psi 300% Modulus, 56 Days
800 psi 300% Modulus, 84 Days
700 psi 300% Modulus, 112 Days
Shore A Hardness Test Methods
Shore A Hardness Shore Hardness Test Method
85 to 95 ASTM D-2240
90 Hardness Shore A, Original
90 Hardness Shore A, 28 Days
89 Hardness Shore A, 56 Days
88 Hardness, Shore A, 84 Days
87 Hardness, Shore A, 112 Days
Specific Gravity Test Methods
Specific Gravity Temperature Test Method
1.010 25°C ASTM DB792