TARDIGRADE

PRGF 900

TWO COMPONENT, SOLVENT FREE, POLYURETHANE – POLYUREA HYBRID BASED FILLING MORTAR

Tardigrade PRGF 900 is two component, solvent free, polyurethane – polyurea hybrid based, cold applied structural filling mortar.

FIELDS OF APPLICATION

  • Industrial floors, on cracks occurred in asphalt and concrete roads
  • Parking lots, highways, joint repairs and airport concrete runway, where high resistance to oil and fuel is important
  • Connection joints of aboveground oil storage and loading ramps
  • Connection joints of concrete materials
  • Joints on industrial floors
  • It is used as a filling and repair mortar.

ADVANTAGES

  • Solvent free
  • Easy application
  • Resistant to thermal shocks
  • High bond strength
  • High mechanical and chemical resistance, especially against jet fuel and industrial oils

TARDIGRADE

PRGF 900

TWO COMPONENT, SOLVENT FREE, POLYURETHANE – POLYUREA HYBRID BASED FILLING MORTAR

Tardigrade PRGF 900 is two component, solvent free, polyurethane – polyurea hybrid based, cold applied structural filling mortar.

FIELDS OF APPLICATION

  • Industrial floors, on cracks occurred in asphalt and concrete roads
  • Parking lots, highways, joint repairs and airport concrete runway, where high resistance to oil and fuel is important
  • Connection joints of aboveground oil storage and loading ramps
  • Connection joints of concrete materials
  • Joints on industrial floors
  • It is used as a filling and repair mortar.

ADVANTAGES

  • Solvent free
  • Easy application
  • Resistant to thermal shocks
  • High bond strength
  • High mechanical and chemical resistance, especially against jet fuel and industrial oils

TARDIGRADE

PRGF 900

TWO COMPONENT, SOLVENT FREE, POLYURETHANE – POLYUREA HYBRID BASED FILLING MORTAR

Tardigrade PRGF 900 is two component, solvent free, polyurethane – polyurea hybrid based, cold applied structural filling mortar.

FIELDS OF APPLICATION

  • Industrial floors, on cracks occurred in asphalt and concrete roads
  • Parking lots, highways, joint repairs and airport concrete runway, where high resistance to oil and fuel is important
  • Connection joints of aboveground oil storage and loading ramps
  • Connection joints of concrete materials
  • Joints on industrial floors
  • It is used as a filling and repair mortar.

ADVANTAGES

  • Solvent free
  • Easy application
  • Resistant to thermal shocks
  • High bond strength
  • High mechanical and chemical resistance, especially against jet fuel and industrial oils

APPEARANCE

Part A (Epoxy Resin) : Liquid – Gray

Part B (Hardener) : Liquid – Yellow

PACKAGING

  • Part A: 25 kg. net – Part B: 25 kg. net
  • Total Set: 50 kg. net – Total Set: 53 kg. gross
  • Part A: 0,30 kg. net – Part B: 0,30 kg. net
  • Total Set: 0,60 kg. net – Total Set: 0,75 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

Minimum 12 months for part A and 9 months for part B 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: Polyurethane – Polyurea Hybrid Resin

Part B: Polyurethane – Polyurea Hybrid Hardener

APPEARANCE

Part A (Epoxy Resin) : Liquid – Gray

Part B (Hardener) : Liquid – Yellow

PACKAGING

  • Part A: 25 kg. net – Part B: 25 kg. net
  • Total Set: 50 kg. net – Total Set: 53 kg. gross
  • Part A: 0,30 kg. net – Part B: 0,30 kg. net
  • Total Set: 0,60 kg. net – Total Set: 0,75 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

Minimum 12 months for part A and 9 months for part B 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: Polyurethane – Polyurea Hybrid Resin

Part B: Polyurethane – Polyurea Hybrid Hardener

APPEARANCE

Part A (Epoxy Resin) : Liquid – Gray

Part B (Hardener) : Liquid – Yellow

PACKAGING

  • Part A: 25 kg. net – Part B: 25 kg. net
  • Total Set: 50 kg. net – Total Set: 53 kg. gross
  • Part A: 0,30 kg. net – Part B: 0,30 kg. net
  • Total Set: 0,60 kg. net – Total Set: 0,75 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

Minimum 12 months for part A and 9 months for part B 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: Polyurethane – Polyurea Hybrid Resin

Part B: Polyurethane – Polyurea Hybrid 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: 1,20 kg/litre (± %3)

Viscosity

Mixed Resin: 1.000 – 2.000 mPa.s

Shore A Hardness

7 days: 70 – 80 (ASTM D2240-05)

Elongation at Break

7 days: > % 300 (ASTM D638)

Bond Strength

7 days : > 2,5 N/mm² (Beton) (ASTM D7234)

Abrasion Strength

7 days: < 30 mg (CS 10/1000/1000)

(ASTM D4060-14)

Duration of Use After Mixing

5 – 20 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: 1,20 kg/litre (± %3)

Viscosity

Mixed Resin: 1.000 – 2.000 mPa.s

Shore A Hardness

7 days: 70 – 80 (ASTM D2240-05)

Elongation at Break

7 days: > % 300 (ASTM D638)

Bond Strength

7 days : > 2,5 N/mm² (Beton) (ASTM D7234)

Abrasion Strength

7 days: < 30 mg (CS 10/1000/1000)

(ASTM D4060-14)

Duration of Use After Mixing

5 – 20 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: 1,20 kg/litre (± %3)

Viscosity

Mixed Resin: 1.000 – 2.000 mPa.s

Shore A Hardness

7 days: 70 – 80 (ASTM D2240-05)

Elongation at Break

7 days: > % 300 (ASTM D638)

Bond Strength

7 days : > 2,5 N/mm² (Beton) (ASTM D7234)

Abrasion Strength

7 days: < 30 mg (CS 10/1000/1000)

(ASTM D4060-14)

Duration of Use After Mixing

5 – 20 Minutes

Total Curing Time

7 days