FCS CONCRETE REPAIRS PTY LTD | ABN: 68 602 061 709

FEATURED PRODUCT: CONDUR ARP

by | Mar 12, 2019 | Featured Products

Description: A flexible 2-part polyurethane based elastomeric concrete mixed with part 3 proprietary aggregates with excellent bond to steel & concrete, high load bearing capacity, impact, vibration, chemical, oil resistant. Trafficable within one hour of application.

Principle Uses: Suitable for repairs to ways, highways, bridges, expansion joints and for installation of new expansion joints.

Coverage/Yield: 1800 kg/m3

Condur ARP Advantages

  • Flexible & do not need to destroy the surrounding concrete
  • Epoxy & most other high early strength repair materials prematurely fail because they are rigid.
  • Rigid repair materials installed in rigid pavement require that both the materials have similar coefficient of expansion. Most do not and as a result destroy the surrounding patch & concrete.
  • Condur ARP provides a flexible patch that will deflect as surrounding concrete expands and contracts rather than destroy it.
  • High compressive stress & elasticity unlike epoxies, Condur ARP can handle heavy pressure before deflecting and allows itself to return to its original state after deflection.
  • High impact resistant – under bitterly cold conditions Condur ARP withstands heavy impact unlike epoxy and concrete-based materials that shatter.
  • Resistant to chemicals & discolouration over time – excellent U.V. resistance.
  • Excellent adhesion to steel and concrete.
  • Greater compressive strength along with better impact resistance.
  • Can be easily installed with early strength gain & flexibility.
  • Can accept traffic in approx. one hour.
  • Fully cured material is resistant to changes in temperature.
  • Use as a pourable sealant in expansion joints.
  • Withstands heavy loading.
  • Resistant to chemicals & fuel oils.

See Full Technical Data Sheet

 

PROPERTIES


Final Setting Time @25oC: Approx. 60 min.

Specific Gravity @25oC: Approx. 1.8 kg/litre

Rheological Properties

 (Immediately after mixing): Self-Leveling.

Tensile Strength: > 5 MPa. ASTM D638

Elongation at Break: > 50 % ASTM D638

Shore D Hardness: Approx.55-60 (Full Cure) ASTM D2240

Impact Resistance: No crack or breaks observed. ASTM D3029

Abrasion Test: 139 Mg/1000 cycles

Compressive Strength: 7 Days @25oC 7.5 – 12 N/mm2 ASTM C579

Trafficable at 25oC: Approx. 1 hour.

Full Cure Time at 25oC: 7 Days

Adhesion Bond Strength: 3.2 N/mm2 to Concrete @ 7 Days ASTM D4541

Chemical Resistance: Dilute sulphuric acid

Dilute NaOH solution

Sea water

Chlorine water

Waste water

Glycerine

Soap solution

Fuels & oils ASTM D543

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Tony Saba is our Managing Director

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