CCAA is a highly regarded publisher of technical guides, handbooks, datasheets, and briefing notes all written specifically for architects, engineers, builders and tradespeople who design and work with cement, concrete and aggregates. If quality of design and workmanship is your objective it is well worth your while to stay up-to-date by regularly reviewing CCAA's latest technical releases.

CCAA also publishes a range of magazines showcasing the best of concrete design and application in international and domestic structures (C+A and Mix), and the latest in urban landscaping concepts (The Public Domain). If inspiration is your aim checking these publications out is a must.

Many of CCAA's publications are freely downloadable from our website - the online resource centre for cement, concrete and aggregates.

This Briefing provides guidance on the design and construction of all new buildings, concentrating on solutions incorporating concrete and masonry materials. It is fundamental to this document that any building envelope, in any bushfire-prone area of Australia, should be built with materials that are robust and noncombustible.

This guide covers the design, construction and specification of concrete industrial floors and pavements. It has been prepared to assist engineers, specifiers and building contractors by providing an outline of the process of design and construction and the major factors in meeting design performance. The principles and details provided are applicable to pavements found in a wide range of commercial and industrial buildings including warehouses and stores; manufacturing plants; engineering workshops and garages; offices and shopping complexes.

This third edition takes account of changes to relevant Australian Standards since the second edition was published in 1999.

This report discusses the various factors affecting chloride resistance of concrete, mechanisms of chloride transport, related test methods and performance specifications. It also assesses additional measures to enhance the chloride resistance of concrete.