CHRYSO®OPTIMA 1000 TECHNOLOGY

Last generation superplasticisers, meeting the requirements of major construction projects and offering new sets of performances that were previously beyond reach.

 

A flexible solution that adapts to project specification

CHRYSO®Optima 1000 technology is the new breakthrough from Chryso.
This disruptive technology is dedicated for the design of tailor-made superplasticizing solutions for jobsite & ready-mix.

CHRYSO®Optima 1000 allows to reach and design high level concrete performances:

  • High workability retention
  • High water reduction
  • High pumpability

Flexible and adaptable to the specifications of your various projects, CHRYSO®Optima 1000 technology offers cost/performance optimization.

Benefits from the CHRYSO®Optima 1000 Technology

pumpability of concrete

PUMPABILITY

beyond 500 meters horizontally and 200 meters vertically
water reducer

WATER REDUCTION

up to 50%

WORKABILITY RETENTION

3 to 8 hours workability

EARLY COMPRESSIVE STRENGTH

excellent mechanical strength at early age and 28 days

CHRYSO®Optima 1000 technology,  an answer to the requirements of major construction projects.

A range designed for specific performances:

  • Long distance pumpability
  • Long workability retention
  • Water reduction (up to 50%)
  • Robustness
  • Cohesive concrete & Easy placement

High pumpability

CHRYSO®Optima 1000 technology allows fast and long distance pumping beyond 500 meters horizontally and 200 meters vertically.

  • Logistics flexibility
  • Shorter truck immobilization: more deliveries per truck
  • Longer equipment service life
  • Greater pumping distances achievable with equivalent equipment
pumping concrete

Long workability retention

CHRYSO®Optima 1000 technology offers 3 to 8 hours workability to meet the needs of complex construction sites (dense urban areas, geographic distances,  temperatures).

  • Consistent slump achievement: quality control facilitated
  • Achievement of the expected performance: 100% concrete specifications guaranteed
  • Easy concrete placement despite unpredicted jobsites disturbances
  • Increase of serviceable market reachable for the concrete plant
vertical pumping concrete

CHRYSO®Optima 1000 Technology provides excellent mechanical properties at early age and 28 days.

  • Allows for in depth mix design optimization
  • Production adjustments reduction  (aggregates, cement)
  • Fast achievement of design strength
  • Facilitates the use of less reactive cementitious materials
  • Optimum performance for climbing formwork
  • Form release in all types of weather, even winter temperatures
concrete pumpability

Taylor-made solutions to design ultra high performance concrete

Increasingly complex jobsites require superior tailor-made admixture technologies.
The highly adjustable CHRYSO®Optima 1000 concrete admixture technology answers the requirements of major construction projects.

Thanks to its specifically designed molecular structure, CHRYSO®Optima 1000 technology enables concrete manufacturer to produce economical, cohesive, low viscous concrete with long workability retention.
CHRYSO®Optima 1000 provides concrete with a high workability, while reducing the water/cement ratio.

CHRYSO®Optima 1000 technology, an ultra-flexible solution that allows to design with Chryso technical experts, new generation of products to reach high performance concrete.

Construction trends & jobsite stories

Tunnel construction metro tunneling Paris
Tunneling

GRAND PARIS EXPRESS – LINE 15 SOUTH

The Grand Paris Express  (France) is the largest urban project in Europe. Its ambition is to unite the major strategic areas of the Ile-de-France region, foremost among which is Paris and the heart of the Paris metropolitan area.

PARIS, FRANCE

More info about products & services

Visit Chryso local websites or get in touch with your local contact for more information about the available products & services in your country.

Go to local websites now

Chryso logistic chain

Contact us

To learn more about the CHRYSO®OPTIMA 1000 offer, contact us.