TARDIGRADE

EPAS 190

TWO COMPONENT, SOLVENT FREE, EPOXY RESIN BASED ANTISTATIC PRIMER

Tardigrade EPAS 190 is solvent free, two-part epoxy resin based antistatic primer.

FIELDS OF APPLICATION

  • Internal and external substrates
  • On concrete and cement based mineral surfaces
  • As primer material under antistatic coating systems such as
  • electrical equipment producing facilities, data processing rooms,
  • automation rooms, factories, operating rooms and printing houses.

ADVANTAGES

  • Antistatic properties
  • High bond strength
  • Conductive
  • Solvent free
  • Easy application

TARDIGRADE

EPAS 190

TWO COMPONENT, SOLVENT FREE, EPOXY RESIN BASED ANTISTATIC PRIMER

Tardigrade EPAS 190 is solvent free, two-part epoxy resin based antistatic primer.

FIELDS OF APPLICATION

  • Internal and external substrates
  • On concrete and cement based mineral surfaces
  • As primer material under antistatic coating systems such as
  • electrical equipment producing facilities, data processing rooms,
  • automation rooms, factories, operating rooms and printing houses.

ADVANTAGES

  • Antistatic properties
  • High bond strength
  • Conductive
  • Solvent free
  • Easy application

TARDIGRADE

EPAS 190

TWO COMPONENT, SOLVENT FREE, EPOXY RESIN BASED ANTISTATIC PRIMER

Tardigrade EPAS 190 is solvent free, two-part epoxy resin based antistatic primer.

FIELDS OF APPLICATION

  • Internal and external substrates
  • On concrete and cement based mineral surfaces
  • As primer material under antistatic coating systems such as
  • electrical equipment producing facilities, data processing rooms,
  • automation rooms, factories, operating rooms and printing houses.

ADVANTAGES

  • Antistatic properties
  • High bond strength
  • Conductive
  • Solvent free
  • Easy application

APPEARANCE

Part A (Epoxy Resin): Paste – Black

Part B (Epoxy Hardener): Liquid – Pale Yellow

PACKAGING

  • Part A: 20 kg. net – Part B: 5 kg. net

  • Total Set: 25 kg. net – Total Set: 27,55 kg. gross

  • Part A: 4 kg. net – Part B: 1 kg. net

  • Total Set: 5 kg. net – Total Set: 5,90 kg. gross

STORAGE

Store in original sealed containers in dry environment at temperatures between +10⁰C and +30⁰C. Do not put excessive loads on top of the products, which would damage the packaging.

SHELF LIFE

12 months from date of production if stored in original unopened containers. Once opened, product should be consumed within one week as it is stored under appropriate storage conditions.

CHEMICAL STRUCTURE

Part A: Epoxy Resin Part B: Epoxy Hardener

APPEARANCE

Part A (Epoxy Resin): Paste – Black

Part B (Epoxy Hardener): Liquid – Pale Yellow

PACKAGING

  • Part A: 20 kg. net – Part B: 5 kg. net

  • Total Set: 25 kg. net – Total Set: 27,55 kg. gross

  • Part A: 4 kg. net – Part B: 1 kg. net

  • Total Set: 5 kg. net – Total Set: 5,90 kg. gross

STORAGE

Store in original sealed containers in dry environment at temperatures between +10⁰C and +30⁰C. Do not put excessive loads on top of the products, which would damage the packaging.

SHELF LIFE

12 months from date of production if stored in original unopened containers. Once opened, product should be consumed within one week as it is stored under appropriate storage conditions.

CHEMICAL STRUCTURE

Part A: Epoxy Resin Part B: Epoxy Hardener

APPEARANCE

Part A (Epoxy Resin): Paste – Black

Part B (Epoxy Hardener): Liquid – Pale Yellow

PACKAGING

  • Part A: 20 kg. net – Part B: 5 kg. net

  • Total Set: 25 kg. net – Total Set: 27,55 kg. gross

  • Part A: 4 kg. net – Part B: 1 kg. net

  • Total Set: 5 kg. net – Total Set: 5,90 kg. gross

STORAGE

Store in original sealed containers in dry environment at temperatures between +10⁰C and +30⁰C. Do not put excessive loads on top of the products, which would damage the packaging.

SHELF LIFE

12 months from date of production if stored in original unopened containers. Once opened, product should be consumed within one week as it is stored under appropriate storage conditions.

CHEMICAL STRUCTURE

Part A: Epoxy Resin Part B: Epoxy Hardener

TECHNICAL SPECIFICATIONS

All technical values were calculated based on +23⁰C and 50% relative humidity. Temperature and humidity changes would change technical values.

Density

Mixed Resin: 1,25 kg/litre (± %3)

Viscosity

Mixed Resin: 5.000 – 8.000 mPa.s

Shore D Hardness

7 days: 75 – 85 (ASTM D2240-05)

Compressive Strength

28 days: > 90 N/mm² (ASTM D695-10)

Flexural Strength

7 days: > 30 N/mm² (ASTM D790)

Electrostatic Behavior

104 ≤ Rg ≤ 106 Ω (IEC 61340-4-1)

Bond Strength

7 days : > 3 N/mm² (Concrete) (ASTM D7234)

Abrasion Strength

7 days: < 45 mg (CS 10/1000/1000) (ASTM D4060-14)

Duration of Use After Mixing

40-60 minutes

Total Curing Time

7 days

TECHNICAL SPECIFICATIONS

All technical values were calculated based on +23⁰C and 50% relative humidity. Temperature and humidity changes would change technical values.

Density

Mixed Resin: 1,25 kg/litre (± %3)

Viscosity

Mixed Resin: 5.000 – 8.000 mPa.s

Shore D Hardness

7 days: 75 – 85 (ASTM D2240-05)

Compressive Strength

28 days: > 90 N/mm² (ASTM D695-10)

Flexural Strength

7 days: > 30 N/mm² (ASTM D790)

Electrostatic Behavior

104 ≤ Rg ≤ 106 Ω (IEC 61340-4-1)

Bond Strength

7 days : > 3 N/mm² (Concrete) (ASTM D7234)

Abrasion Strength

7 days: < 45 mg (CS 10/1000/1000) (ASTM D4060-14)

Duration of Use After Mixing

40-60 minutes

Total Curing Time

7 days

TECHNICAL SPECIFICATIONS

All technical values were calculated based on +23⁰C and 50% relative humidity. Temperature and humidity changes would change technical values.

Density

Mixed Resin: 1,25 kg/litre (± %3)

Viscosity

Mixed Resin: 5.000 – 8.000 mPa.s

Shore D Hardness

7 days: 75 – 85 (ASTM D2240-05)

Compressive Strength

28 days: > 90 N/mm² (ASTM D695-10)

Flexural Strength

7 days: > 30 N/mm² (ASTM D790)

Electrostatic Behavior

104 ≤ Rg ≤ 106 Ω (IEC 61340-4-1)

Bond Strength

7 days : > 3 N/mm² (Concrete) (ASTM D7234)

Abrasion Strength

7 days: < 45 mg (CS 10/1000/1000) (ASTM D4060-14)

Duration of Use After Mixing

40-60 minutes

Total Curing Time

7 days