Polycarboxylate LLC

Polycarboxylate Rawchem Dp 79

Polycarboxylate®Rawchem DP-79 is a new generation superplasticizer – high water

reducing admixture, based on modified polycarboxylate, designed for the manufacturing

of High-Performance Concretes with reduced carbon footprint.

Polycarboxylate®RawchemDP-79 is particularly recommended for concrete requiring

superior aspect with a very long retention up to 3 hours using various types of cement from

CEM I to blended.




Uses

Polycarboxylate®Rawchem DP-79 is recommended

for High Performance and low carbon concrete

mixes where high rheological and mechanical

performance are sought and required

▪ All types of cement particularly blended cements

▪ High and Ultra-High-Performance Concrete

▪ Concrete of humid, plastic or fluid consistency (SCC)

▪ Ready-Mix, Precast and Jobsite concretes

▪ Specific Ready-mix and Jobsite concretes

▪ Concrete with extended workability retention

▪ Compatible with Micro silica, Bentonite, Fly Ash, etc.

Features

  • Polycarboxylate®RawchemDP-79 is a new
  • generation superplasticizer, designed to fulfill the
  • requirements of a wide range of applications
  • and concrete
  • consistency, from Plastic to Self Compacting
  • Concrete. It is an excellent solution when extended
  • workability retention, without compromising
  • mechanical strength, is required and sought.
  • Polycarboxylate®Rawchem DP-79 improves the
  • hydration of cement, including blended ones, and
  • allow for an improvement of compressive strengths.
  • Polycarboxylate®Rawchem DP-79 enables the
  • concrete manufacturer either to use highly blended
  • cements or to reduce OPC cement in the
  • concrete, without penalizing mechanical strengths.
  • As a result, the concrete carbon footprint
  • can be reduced substantially.
  • Polycarboxylate®Rawchem specifically designed
  • molecular structure makes it possible the use a wide
  • variety of raw materials, while giving the concrete –
  • Including concrete with very low W/C ratios –
  • exceptional rheological properties: cohesiveness,
  • low viscosity, long workability retention and
  • placeability.
  • Benefits
  • ▪ Substantial decrease of concrete carbon footprint
  • ▪ Extended workability retention and superior compressive strength
  • ▪ Excellent rheological properties of concrete

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