TARDIGRADE

PBWP 495

SINGLE COMPONENT, SOLVENT BASED, POLYURETHANE – BITUMEN WATERPROOFING MATERIAL

Tardigrade PBWP 495 is a polyurethane – bitumen based, one component, low viscosity, solvent based, cold applied, moisture curing, flexible and elastic waterproofing material.

FIELDS OF APPLICATION

  • Indoor and outdoor
  • In horizontal and vertical applications
  • On flat and inclined roofs
  • Gutters, strainers, eaves and chimney bottoms
  • Under tile applications of wet floors such as bathrooms and kitchens
  • On roofs, terraces and balconies
  • Wet areas in the food, chemical and pharmaceutical industries
  • In concrete and under screed insulation applications

    It is used as a waterproofing material

ADVANTAGES

  • Flexible and elastic It has crack bridging feature
  • High elongation value
  • Low viscosity
  • Easy application
  • It is viscoelastic and thermoplastic at the same time
  • Maintains its elasticity at low temperatures
  • Provides complete water and moisture insulation
  • It is compatible with different transitions applied based on bitumen
  • It is successful in overcoat applications

TARDIGRADE

PBWP 495

SINGLE COMPONENT, SOLVENT BASED, POLYURETHANE – BITUMEN WATERPROOFING MATERIAL

Tardigrade PBWP 495 is a polyurethane – bitumen based, one component, low viscosity, solvent based, cold applied, moisture curing, flexible and elastic waterproofing material.

FIELDS OF APPLICATION

  • Indoor and outdoor
  • In horizontal and vertical applications
  • On flat and inclined roofs
  • Gutters, strainers, eaves and chimney bottoms
  • Under tile applications of wet floors such as bathrooms and kitchens
  • On roofs, terraces and balconies
  • Wet areas in the food, chemical and pharmaceutical industries
  • In concrete and under screed insulation applications

    It is used as a waterproofing material

ADVANTAGES

  • Flexible and elastic It has crack bridging feature
  • High elongation value
  • Low viscosity
  • Easy application
  • It is viscoelastic and thermoplastic at the same time
  • Maintains its elasticity at low temperatures
  • Provides complete water and moisture insulation
  • It is compatible with different transitions applied based on bitumen
  • It is successful in overcoat applications

TARDIGRADE

PBWP 495

SINGLE COMPONENT, SOLVENT BASED, POLYURETHANE – BITUMEN WATERPROOFING MATERIAL

Tardigrade PBWP 495 is a polyurethane – bitumen based, one component, low viscosity, solvent based, cold applied, moisture curing, flexible and elastic waterproofing material.

FIELDS OF APPLICATION

  • Indoor and outdoor
  • In horizontal and vertical applications
  • On flat and inclined roofs
  • Gutters, strainers, eaves and chimney bottoms
  • Under tile applications of wet floors such as bathrooms and kitchens
  • On roofs, terraces and balconies
  • Wet areas in the food, chemical and pharmaceutical industries
  • In concrete and under screed insulation applications

    It is used as a waterproofing material

ADVANTAGES

  • Flexible and elastic It has crack bridging feature
  • High elongation value
  • Low viscosity
  • Easy application
  • It is viscoelastic and thermoplastic at the same time
  • Maintains its elasticity at low temperatures
  • Provides complete water and moisture insulation
  • It is compatible with different transitions applied based on bitumen
  • It is successful in overcoat applications

APPEARANCE

Mixture (A + B component) : Black

PACKAGING

  • Net: 20 kg. Gross: 21 kg

  • Net: 8 kg. Gross: 8,50 kg

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

Shelf life is 9 months from date of production if stored in original unopened containers. Once opened, the product should be consumed within the same day.

CHEMICAL STRUCTURE

Product: Polyurethane – Bitumen

APPEARANCE

Mixture (A + B component) : Black

PACKAGING

  • Net: 20 kg. Gross: 21 kg

  • Net: 8 kg. Gross: 8,50 kg

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

Shelf life is 9 months from date of production if stored in original unopened containers. Once opened, the product should be consumed within the same day.

CHEMICAL STRUCTURE

Product: Polyurethane – Bitumen

APPEARANCE

Mixture (A + B component) : Black

PACKAGING

  • Net: 20 kg. Gross: 21 kg

  • Net: 8 kg. Gross: 8,50 kg

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

Shelf life is 9 months from date of production if stored in original unopened containers. Once opened, the product should be consumed within the same day.

CHEMICAL STRUCTURE

Product: Polyurethane – Bitumen

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: 1,05 kg/litre (± %3)

Viscosity

Mixed Resin: 5.000 – 7.000 mPa.s

Shore A Hardness

7 days: 50 – 70 (ASTM D2240-05)

Bond Strength

7 days : > 2 N/mm² (Concrete) (ASTM D7234)

Solid Matter Ratio

~85%

Elongation at Break

7 days: > % 1.000 (ASTM D638)

Duration of Use After Mixing

30 – 50 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: 1,05 kg/litre (± %3)

Viscosity

Mixed Resin: 5.000 – 7.000 mPa.s

Shore A Hardness

7 days: 50 – 70 (ASTM D2240-05)

Bond Strength

7 days : > 2 N/mm² (Concrete) (ASTM D7234)

Solid Matter Ratio

~85%

Elongation at Break

7 days: > % 1.000 (ASTM D638)

Duration of Use After Mixing

30 – 50 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: 1,05 kg/litre (± %3)

Viscosity

Mixed Resin: 5.000 – 7.000 mPa.s

Shore A Hardness

7 days: 50 – 70 (ASTM D2240-05)

Bond Strength

7 days : > 2 N/mm² (Concrete) (ASTM D7234)

Solid Matter Ratio

~85%

Elongation at Break

7 days: > % 1.000 (ASTM D638)

Duration of Use After Mixing

30 – 50 minutes

Total Curing Time

7 days