Chryso®Daraset

A Non-Chloride, Accelerating Admixture

Chryso®Daraset Cement Hydration Accelerator

Chryso®Daraset is a non-corrosive, non-chloride admixture for concrete. It accelerates cement hydration resulting in shortened setting times and increased early compressive and flexural strengths, making it an ideal choice for a variety of concrete applications.

Key Benefits:

  • Non-Corrosive and Non-Chloride: Ensures safety for embedded or stressed steel, and is suitable for use on steel clad or zinc coated steel decks.
  • Accelerated Setting Times: Shortens setting times, allowing for faster project completion.
  • Increased Early Strength: Enhances early compressive and flexural strengths, providing robust and durable concrete.
  • Compliance and Versatility: Formulated to comply with ASTM C494 Type C and ACI 318 guidelines for chloride content, suitable for various dosage requirements.

Chryso®Daraset offers setting time results and early strength development similar to calcium chloride-based accelerators, but without the associated corrosive effects. This makes it a safe and effective choice for projects where corrosion must be avoided.

Non-Corrosive and Non-Chloride

Setting Time

Strength

Compliance and Versatility

Products

Daraset® AC 50

Daraset® AC 50 is an accelerating admixture designed to accelerate cement hydration, resulting in shortened concrete setting times.

Daraset® AF

Daraset® AF is a non-chloride set-accelerating admixture designed to accelerate the setting of concrete under low ambient temperature conditions while enhancing both early-age and ultimate compressive strength development.

Daraset® NC 90

Daraset® NC 90 is an accelerating admixture designed to accelerate cement hydration, resulting in shortened concrete setting times.

EnviroMix® Accelerator

Chryso®Daraset 900 EMx

Chryso®Daraset 900 EMx is an admixture designed for the early activation of Ground Granulated Blast-furnace Slag (GGBS) in concrete mixes, enhancing early strength development and facilitating the use of higher proportions of GGBS in concrete.