$49.00 $70.00
🚀 ACI 211.6T-14 & PRC-211.1-22 Concrete Mix Design Template (SI Units)
​How much time and cement are you wasting on "guesswork" trials?
​As a Concrete Technical Manager, QC Engineer, or Batch Plant Technologist, you know the frustration of burning days on repetitive, failed trial batches. Without a verified framework to guide your starting point, finding the optimum cement content feels like an expensive guessing game.
▪️The Danger of Too Little Paste: You end up with a harsh, un-pumpable mix that locks up equipment, destroys fresh workability, and falls short of your target 28-day strength.
▪️​The Danger of Too Much Paste: Out of frustration, you over-design. This heavily spikes your material costs and triggers devastating plastic shrinkage cracking and thermal contraction.
​⚠️ The Bottom Line: You shouldn't have to choose between a blocked concrete pump and a cracked slab.
​It’s time to replace the guesswork with total engineering certainty.
​By seamlessly unifying traditional absolute volume proportioning (ACI PRC-211.1-22) with advanced particle packing (ACI 211.6T-14 Aggregate Suspension), this automated Excel dashboard puts complete control over mix rheology, paste-to-void ratios, and moisture adjustments right into your hands.
Design Concrete Smarter, Not Harder!
​Now you can confidently engineer everything from everyday commercial mixes to high-temperature slump retention mixes and complex self-consolidating concrete (SCC) with absolute precision.
​🛠️ WHAT THIS TEMPLATE SOLVES
​Designing concrete with complex materials, strict specifications, or challenging aggregate blends often leads to manual math errors and failed plant trials. This dashboard automates the entire engineering sequence:
✔️​Dual-Standard Mastery: Seamlessly balances traditional absolute volume proportioning with advanced paste-to-void optimization.
✔️​Visual Grading Analytics: Instantly plots your aggregate distribution against ideal curves (like the Tarantula Curve, 0.45 power chart, SCC, pumpability, WF & CF, and more) to guarantee matrix stability before you run a physical lab trial.
✔️​Real-World Moisture Control: Automatically translates theoretical engineering volumes into precise, moisture-adjusted batch plant weights.
​📊 STEP-BY-STEP AUTOMATION & FEATURES
​1. General Info & Design Parameters
✔️​Strength & Slump Inputs: Enter specified compressive strength, standard deviation, target slump/flow, and nominal maximum aggregate size (NMAS).
✔️​Air Options Toggle: Easily switch between Air-Entrained and Non-Air-Entrained mix profiles.
✔️​Built-in Reference Charts: Features ACI curves correlating w/cm ratios directly to target compressive strengths.
​2. Advanced Rheology & Combined Aggregate Optimization
✔️​Aggregate Blending Matrix: Input coarse aggregate fractions, natural sand, or crushed sand by percentage to find the perfect combined blend.
✔️​DRBD & Voids Interface: Enter your actual combined Dry-Rodded Bulk Density (DRBD) and void percentages to automatically compute the ideal paste-to-void ratio.
✔️​Workability & Robustness Sliders: Fine-tune paste and air volume percentages to achieve specific slump targets (0 to 200 mm or SCC flows) and ensure structural robustness.
​3. Automatic SCM & Admixture Integration
✔️​Multi-Binder Capability: Fully integrated for Cement (Type I/V), Fly Ash (Class F/C), GGBS, and Silica Fume.
✔️​Chemical Admixture Calculator: Fast inputs for mid-range or high-range Polycarboxylate Ether (PCE) plasticizers and air-entraining agents.
✔️​Fine Material Matrix: Automatically monitors micro-particles (Material finer than 75 µm) by volume to keep your total powder phase perfectly balanced.
​4. Instant Plant Batch Weights (Fully Adjusted)
✔️​SSD vs. Actual Weights: Converts target volumes into exact saturated surface-dry (SSD) batch weights (kg/m3).
✔️​Moisture Compensation: Enter your stockpiles' absorption and moisture values to instantly get Adjusted Free Water and Adjusted Aggregate Batch Weights for live production.
​📥 WHAT YOU GET UPON DOWNLOAD
✔️​1 x Premium Excel Template (.xlsx): Clean, professionally color-coded workspace with fully unlocked formulas for total auditing transparency and customization.
✔️​Built-in Sieve Grading Database: Integrated section for individual and combined aggregate sieve analysis.
✔️​Instructions & Free Guidebooks: Short, clear user documentation to get you up and running immediately.
✔️​Instant Digital Download: Immediate access to professional mix design submittals right after purchase..
To see exactly how to implement this in your lab, check out our comprehensive guide: "How to use the ACI 211.6T-14 mix design template"?
🔥 Stop guessing paste volumes and wasting expensive cement. Add this professional engineering template to your toolkit today!
đź”´ SCOPE, LICENSING & DESIGN NOTE
Scope: Engineered for normal weight concrete ranging from zero-slump to self-consolidating mixtures. Per ACI guidelines, this method is generally not intended as a standalone solution for mass concrete thermal modeling.
🚨Professional Use License: Your purchase grants you a license for personal or professional/business operations (managing client projects, internal team use, etc.). You may add your company logo and generate submittals freely. Strictly Prohibited: Reselling, redistributing, sharing, or sub-licensing the core Excel template file itself.
📌Product Policy: This is a DIGITAL DOWNLOAD; no physical items will be shipped. Due to the nature of digital files, all sales are final (non-refundable). I offer a one-time minor revision/customization per purchase if you need assistance adjusting it to your workflow!
📌Engineering Disclaimer:
▪️Estimated 28-day strengths are derived from ACI guidelines. Because local material properties vary globally, the ultimate responsibility for data accuracy rests with the user. Always run physical laboratory trial batches to verify fresh and hardened properties before commercial production.
▪️ConcretebyCesar is not responsible for errors or issues arising from the improper modification or use of the templates by the user.
▪️Concrete By Cesar Digital products are professional-grade engineering aids. While our calculations are meticulously developed based on ACI, ASTM, BRE, BS EN standards, they are intended for use by qualified professionals. The ultimate responsibility for the accuracy of input data, successful application, and final compliance with project specifications and local building codes rests solely with the user.
Thank you!
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