DCI® corrosion inhibitor

The reference brand for corrosion protection admixtures since 1978.

Steel-reinforced concrete is literally responsible for every city skyline in existence, but chlorides in the environment will eventually corrode and degrade the steel inside it. This causes the steel rebar or mesh inside concrete to corrode, severely diminishing the strength of a concrete structure. Before the steel corrodes, however, it also expands up to four times, causing cracks, stains, crazing and spalling.

Documents

DCI® Product Documents

Product Name Product Data Sheet
DCI®
Product Data Sheet
DCI® Corrosion Inhibitor ASTM C1582 and ASTM C494
Product Data Sheet
DCI® N
Product Data Sheet
DCI® N Product Data Sheet
Product Data Sheet
DCI® Product Data Sheet
Product Data Sheet
DCI® S
Product Data Sheet
DCI® S Product Data Sheet
Product Data Sheet

Technical Letters/Bulletins

Product Name PDF
Combination Protection from Corrosion Using DCI® and Force 10,000®
DCI® dosage rates and ACI guidelines Technical Bulletin
DCI® performance in cracked concrete Technical Bulletin
DCI® Resource
DCI® What is corrosion? Technical Bulletin
DCI®/Force 10,000® concrete – bond to reinforcing steel Technical Bulletin
DCI®: Results of FHWA sponsored corrosion studies Technical Bulletin
General Properties and Benefits of DCI® S Corrosion Inhibitor
How DCI® works? Technical Bulletin
Offset the Potential Corrosive Effect of Chlorides in a Concrete Mix Using DCI®
Proportioning DCI® (and DCI S) Concrete Mixes
Recommended Placing, Finishing and Curing Procedures for Flatwork Concrete Containing DCI®
The effects of DCI on the corrosion rates of steel in concrete Technical Bulletin
Products & Accessories

Products

  • Product Name
  • Description
  • Key Benefits
  • Applications Type
DCI®
Description

DCI® Corrosion Inhibitor chemically inhibits the corrosive action of chlorides on reinforcing steel and prestressed strands in concrete.

Key Benefits
  • Extends the service life of structures in a de-icing salt and marine environment
  • Cost effective solution
  • Easy to use liquid admixture
Application Type
  • DCI is recommended for all steel-reinforced, post-tensioned and prestressed concrete that will come in contact with chlorides from deicing salts, soils or a marine environment.
DCI® Corrosion Inhibitor ASTM C1582 and ASTM C494
Description

DCI® Corrosion inhibitor is a liquid admixture meeting the requirements of ASTM C1582, which is added to concrete during the batching process.

Key Benefits
  • Chemically inhibits the corrosive action of chlorides on reinforcing steel and prestressed strands in concrete
  • Extends the service life of structures in a de-icing salt and marine environment
  • Cost effective solution to the control of reinforcing steel chloride-induced corrosion
  • Easy to use liquid admixture
Application Type

All steel-reinforced, post tensioned and prestressed concrete that will come in contact with chlorides from de-icing salts or a marine environment

DCI® N
Description

DCI® N Corrosion Inhibitor chemically inhibits the corrosive action of chlorides on reinforcing steel and prestressed strands in concrete.

Key Benefits
  • Extends the service life of structures in a de-icing salt and marine environment
  • Cost effective solution
  • Easy to use liquid admixture
Application Type
  • DCI N is recommended for all steel-reinforced, post-tensioned and prestressed concrete that will come in contact with chlorides from de-icing salts or a marine environment.
DCI® S
Description

DCI® S Corrosion Inhibitor chemically inhibits the corrosive action of chlorides on reinforcing steel and prestressed strands in concrete.

Key Benefits
  • Extends the service life of structures in a de-icing salt and marine environment
  • Cost effective solution
  • Easy to use neutral set liquid admixture
Application Type
  • All steel-reinforced, post-tensioned and prestressed concrete that will come in contact with chlorides from deicing salts or a marine environment
Overview

Where are chlorides found?

Chlorides can be found in soils, de-icing salts and in marine environments. Some examples or structures include parking garage decks and support structure, bridge decks and support members and coastal structures. Chlorides are also occasionally added to concrete during manufacture. DCI® S is recommended for any steel-reinforced concrete structure in these conditions.

What is DCI®?

DCI® is a corrosion inhibitor containing calcium nitrite, which deposits on the reinforcing steel to create a chemical barrier. This barrier delays the onset of corrosion, and prevents corrosion from accelerating once it starts. In sufficient quantity, DCI will maintain an active corrosion-controlling system within the concrete matrix throughout the lifetime of the structure.

What is DCI® S, and when should it be used?

DCI® S offers corrosion protection equal to DCI®, and is formulated for situations where accelerated concrete set times are not required or desired. Prestressed concrete applications, as well as warm or hot weather cast-in-place construction, are those most likely to benefit from this project.

Why choose DCI® corrosion inhibitors?

A category creator at launch, DCI® is now the most validated corrosion inhibiting admixture in use. We offer reams of advice and support on the correct way to add DCI® or DCI® S to a concrete mix. In project after project, DCI® has been shown to work exactly as intended, protecting from corrosion and extending the service life of structures around the world. For more information on how to add DCI® or DCI® S to a building project, contact GCP today.