Technical Bulletins

Technical Bulletin #1: Portland Limestone Cement
Technical Bulletin #2: Cold Weather Concreting
Technical Bulletin #3: All About Cement
Technical Bulletin #4: How to Avoid Scaling Concrete Surfaces
Technical Bulletin #5: How Does Fly Ash Work Anyway?
Technical Bulletin #6: Plastic Shrinkage Cracking
Technical Bulletin #7: Hot Weather Concreting
Technical Bulletin #8: All About Slag
Technical Bulletin #9: Water-Cement Ratios
Technical Bulletin #10: Water Reducers
Technical Bulletin #11: Accelerators & Retarders
Technical Bulletin #12: Aggregates for Concrete
Technical Bulletin #13: Air in Concrete
Technical Bulletin #14: Fibers for Concrete
Technical Bulletin #15: Silica Fume and other SCMs
Technical Bulletin #16: ACI Durability Requirements
Technical Bulletin #17: Curing, and Why it’s Important
Technical Bulletin #18: Mass Concrete
Technical Bulletin #19: Lightweight Concrete
Technical Bulletin #20: Sealing Concrete Surfaces
Technical Bulletin #21: Specialty Admixtures
Technical Bulletin #22: Self-Consolidating Concrete
Technical Bulletin #23: Optimized Aggregate Gradations
Technical Bulletin #24: Curling, Shrinkage, and Expanded Joint Spacing
Technical Bulletin #25: Alkali-Aggregate Reactions
Technical Bulletin #26: IL Cements Two Years on, What we’ve learned
Technical Bulletin #27: Insulated Concrete Forms
Minimizing Risk of PLC Concrete Slabs
Technical Bulletin #28: Common Hardened Concrete Problems Pt.1, Cracks
Technical Bulletin #29: Common Hardened Concrete Problems Pt. 2
Technical Bulletin #30: What’s New in Concrete?
Technical Bulletin #31: Maturity Curves
Technical Bulletin #32: Steel Corrosion in Concrete
Technical Bulletin #33: Jointing; How and Why?
Technical Bulletin #34: The Case Against the Fresno
Technical Bulletin #35: A Study on Scaling