carbon concrete additive

Similar documents
CARBON CONCRETE ADDITIVE

First field trial commences in USA of Australia s super strength carbon enriched concrete additive

EDENCRETE - US UPDATE

Doç. Dr. Halit YAZICI. D. E. U. Civil Engineering Department.

High-Performance Concrete

INSTITUTE OF CONCRETE TECHNOLOGY CONCRETE TECHNOLOGY & CONSTRUCTION Stage 2: GENERAL PRINCIPLES Learning objectives

Fundamentals of Concrete

PERFORMANCE-RELATED SPECIAL PROVISION FOR HIGH PERFORMANCE CONCRETE MIX DESIGNS FOR CONCRETE SUPERSTRUCTURE (Tollway)

Fly Ash, Slag, Silica Fume, and Natural Pozzolans

Performance of High Strength High Performance Steel Fiber Reinforced Concrete for use in Seismic Resistant Structures

Supplementary Cementitious Materials (SCMs) Cement Hydration: 3/29/2017. SCMs effect on hydration. Hydration Schematic

ECS. High Strength Concrete. North Harbour Stadium Influences on Concrete Strength Performance. ECS High Strength Concretes

Nelson Testing Laboratories

For personal use only

STUDY ON BEHAVIOUR OF NANO CONCRETE PROJECT REFERENCE NO.: 38S0380

Investor Presentation

Sustainable Concrete for the Illinois Tollway. Matthew D Ambrosia, Ph.D, P.E.

Microsilica in Concrete

Study and Analysis of High Performance Concrete and Estimation of Concrete Strength

Mechanical properties of high strength mortar for repair works

Pennoni Associates, Inc.

For personal use only

3/5/2014. Disclaimer and Waiver of Liability. Portland Cement Association. Learning Objectives. Why do concrete problems occur?

CONCRETE MATERIALS PROPERTIES AND TESTING

EXPERIMENTAL INVESTIGATION ON MECHANICAL PROPERTIES OF POLYPROPYLENE FIBRE INCORPORATED CONCRETE WITH SILICA FUME

STUDY ON MECHANICAL PROPERTIES OF HIGH STRENGTH CONCRETE USING COCONUT SHELL AS COARSE AGGREGATE

Course Concrete Technology Course Code Theory Term Work POE Total Max. Marks Contact Hours/ week

Concrete. Chapter 10 Properties of Fresh Concrete. Materials of Construction-Concrete 1. Wikipedia.org

Total 30. Chapter 7 HARDENED CONCRETE

Fiber Reinforced Concrete (FRC)

Strength and durability of high performance engineered cementitious composites

International Journal of Scientific & Engineering Research, Volume 7, Issue 10, October ISSN

Australian Society for Concrete Pavements Concrete Mix Design Principles

Concrete, Mortars and Specialty Chemicals for Shotcrete Applications

Dusit Roongsang, P.E. Presented at. PNWS AWWA Conference Bellevue, WA May 1, 2015

BORAL MICRON 3 WORKABILITY, SHRINKAGE CRACK RESISTANCE, AND HIGH STRENGTH CONCRETE

POZZOLANIC CEMENT Fly ash based (CEM IV/B-V 32,5N) Properties & Applications

LAFARGE. Tercem 3000 Blended Hydraulic Cement. Provides flexibility in concrete proportioning to assist in achieving: Higher Ultimate Strength

Structural System. Design Considerations Concrete Structures. Materials Formwork Labor Time

FY18 Half Year Results

For personal use only

Study of Mechanical and Durability Properties of High Performance Self Compacting Concrete with Varying Proportion of Alccofine and Fly Ash

Application and properties of Fiber Reinforced Concrete

Cyclic behaviour of RC beams using SIFCON Sections

Mix design of fiber reinforced concretes. Exercise 9

VIRGINIA S EXPERIENCE WITH HPC FOR BRIDGES. Outline HPC. Celik Ozyildirim, Ph.D., P.E. Virginia Transportation Research Council VDOT

CONCRETE SikaFiber TECHNOLOGY

STUDY ON PERFORMANCES OF STEEL FIBER REINFORCED C55 GRADE SELF-COMPACTING CONCRETE

EFFECT OF SILICA FUME ON VARIOUS PROPERTIES OF FIBRE REINFORCED CONCRETE

Frequently Asked Questions (FAQ s) about Concrete Driveways

Wiss, Janney, Elstner Associates, Inc.

ISSN: Page 1

Pumice Pozz vs. Fly Ash

High Strength Ultrafine Fly Ash Concrete with Silica Fume or Hydrated Lime Addition

Flexural Behavior of Steel Fibre Reinforced High Strength Concrete Beams

MDM Fiber. Increased Performance l Decreased Cost l Environmental Improvement

SUITABILITY OF SINTERED FLY ASH LIGHTWEIGHT AGGREGATE IN STRUCTURAL CONCRETE

LECTURE NO. 10 & 11 (Part II) MINERAL ADMIXTURES

Effect of Glass Fiber on Compressive, Flexural and Spliting Strength of Reactive Powder Concrete

Experimental Case Study Demonstrating Advantages of Performance Specifications Karthik Obla 1 Fernando Rodriguez 2 and Soliman Ben Barka 3

Pozzolanic reaction of glass powder and its influences on concrete properties

2010 Concrete Sustainability Conference 1 National Ready Mixed Concrete Association

Investor Presentation January 2019

NRMCA is working on. Experimental Case Study Demonstrates Advantages of Performance Specifications

International Journal of Scientific & Engineering Research, Volume 7, Issue 1, January ISSN

Behaviour of Glass Fibre Reinforced Concrete Using Ultra Fine Micro silica and Copper Slag IJETED

Admixtures State of the Industry Joseph A. Daczko, FACI

Comparative Study on the Strength and Durability Properties of M 50 Grade Self Compacting Concrete with Micro Concrete

The Performance of Colored Concrete Pavement in Minnesota

Effect of Curing Conditions on the Freeze-Thaw Durability of Self-Consolidating Concrete Including Fly Ash

HIGH PERFORMANCE CONCRETE - HPC

High Strength Concrete With Pond-Ash as Partially Replaced by Fine Aggregate and Fine Fly-Ash, Alccofine as Cement

ACI MANUAL OF CONCRETE PRACTICE-2009

The Influence of Polypropylene Fiber and Silica Fume on Compressive and Tensile Strengths of Concrete

DEVELOPMENT AND APPLICATIONS OF SELF-COMPACTING CONCRETE IN NEW ZEALAND

EVOLUTION OF HIGH STRENGTH CONCRETE OF M80 GRADE

Real Solutions for Concrete Mix Design

1997 UBC Standard Test method for compressive strength of masonry prisms

Experimental Investigation to Study Effect of Polyester Fibre on Durability of HVFA Concrete through RCPT Method

CONCRETE COMPRESSIVE STRENGTH

Research Article Self-Compacting Concrete Incorporating Micro-SiO 2 and Acrylic Polymer

Journal of Engineering Sciences, Assiut University, Vol. 34, No. 4, pp , July 2006

Optimizing Concrete Pavement Mixes with Slag Cement

5th Pan American Conference for NDT 2-6 October 2011, Cancun, Mexico. Scanning Electron Microscopy to Examine Concrete with Carbon Nanofibers

5 P a g e. which gives the additional strength to the cement matrix [5].

Concrete Mixes of the Future

ECO PHOENIX CEMENT (fly ash based) BS EN CEM IV/B-V 32,5N Properties & Applications

FIBER ADDITION AND ITS EFFECT ON CONCRETE STRENGTH

FIBRE REINFORCED SELF COMPACTING CONCRETE- A REVIEW

EFFECT OF PARTIAL REPLACEMENT OF CEMENT BY SILICA FUMES ON MECHANICAL PROPERTIES OF CONCRETE

Study of High Performance Concrete with Silica Fume and Glass Fibre

A. HIGH-STRENGTH CONCRETE (HSC)

2010 International Concrete Sustainability Conference, Dubai, UAE 1

Study On Properties Of High Strength Silica Fume Concrete Withpolypropylene Fibre

STRENGTH PERFORMANCE OF CONCRETE USING BOTTOM ASH AS FINE AGGREGATE

CHAPTER 3 MATERIAL PROPERTIES AND MIX PROPORTIONS

Specifying Concrete for Durability Performance-Based Criteria Offer Best Solutions Karthik Obla, Colin Lobo, Lionel Lemay NRMCA

International Journal of Scientific & Engineering Research, Volume 7, Issue 10, October ISSN

Flood Testing Laboratories, Inc.

Effect of Calcium Nitrate on the Pozzolanic Properties of High Early Strength Concrete

Transcription:

carbon concrete additive

Tougher Stronger Concrete Harness the abrasion resistance and bonding strength of carbon nanotubes for your next pour. Developed by Eden Innovations LLC, EdenCrete is a carbon nanotube-enriched liquid additive that elevates concrete structures to new levels of strength and toughness. When added to concrete mixtures, it performs like multiple additives rolled into one. It boosts surface abrasion resistance and produces extremely low permeability while improving strength properties (i.e., compressive, flexural, and split-tensile) like no other product on the market today.

How does EdenCrete make concrete tougher? Good question. When added to concrete mixtures, carbon nanotubes in EdenCrete fill in spaces at the nanoscopic level by bonding to hydrated cement particles. When concrete dries, instead of leaving porous openings that would allow water to penetrate or cracks to develop, these nanotubes create millions of flexible, strong carbon bonds throughout the structure. These carbon bonds greatly improve resistance to failure caused by compressive, flexural, tensile, and impact forces, as well as resulting in improved resistance to abrasive wear and crack propagation. All of the benefits of EdenCrete work together to make concrete tougher, resulting in longer life for the concrete application. 75,000X Concrete Pullout without EdenCrete. Notice the flat, smooth areas where aggregate has pulled out of the cement paste. The concrete fails before the aggregate. Concrete Pullout with EdenCrete. Notice the aggregate fractures before the concrete bond fails. EdenCrete carbon nanotubes form denser bonds at the molecular level. The arrow is pointing at a carbon nanotube bonded with hydrating cement. The strength of carbon fiber now available in concrete. What exactly are carbon nanotubes? These nanoscopic cylinders of carbon, barely 1/50,000th the diameter of a human hair, have revolutionized dozens of industries and thousands of products from aerospace applications to electronics to sporting equipment. Why? Carbon nanotubes are ounce for ounce 117 times stronger than steel and 30 times stronger than bulletproof Kevlar, yet extremely light. These carbon nanotubes create enhanced bonds at the interfacial transition zone between the cement paste and the aggregate, resulting in superior pullout capacity and greater aggregate fracture when failure is reached. Simply put, the aggregate breaks before the concrete does.

edencrete product line EdenCrete - The Original Carbon Concrete Additive Makes Stronger, Tougher Concrete EdenCrete is a carbon-enriched, liquid additive which improves the strength, durability, and ductility of concrete. EdenCrete enhances the performance of your existing mix design to provide elevated levels of strength and resistance to abrasion, while reducing shrinkage cracking and permeability. EdenCrete has the unique ability to increase the Modulus of Elasticity (MoE) of your concrete while simultaneously improving strength. EdenCrete HC - High Concentrate Reduces Storage, Shipping Costs, and Dosage EdenCrete HC improves upon original EdenCrete performance by increasing its concentration. The increased concentration provides customers a cost savings by reducing the dosage required to achieve the same performance (from that of the first version). Lower effective dosages reduce the total volume required to complete the job, ultimately lowering transportation costs and inventory storage. EdenCrete P z - Pozzolanic Mixes Increases Cement Efficiency, Optimizes Pozzolanic Mixes EdenCrete P z improves the performance of concrete mixes having high pozzolans (i.e. fly ash, slag, silica fume). Elevated levels of pozzolan replacement can hinder early strength development. EdenCrete P z is used to reduce this effect and boost hardened properties.

Tested for consistent, reliable results. EdenCrete has undergone extensive research and development, laboratory testing, and field trials in different environments and projects around the globe. It has been vetted and designated Allowed for Use by the Georgia Department of Transportation for construction and maintenance projects in Class 24-Hour accelerated strength concrete mix applications and Class B concrete applications. In collaboration with a leading precast producer in Texas, EdenCrete has also been Approved for Use by the Texas Dept. of Transportation and is now used in prestressed bridge beams and road barriers.

the future of Concrete Save Money by Replacing or Reducing Multiple Admixtures EdenCrete does the job of several different types of admixtures you may already use. Typically, the addition of EdenCrete improves the efficiency of other admixtures already in the concrete mix. Whether your goal is to reduce permeability, improve flexural, tensile, and/or compressive strength, or improve resistance to surface abrasion and shrinkage, EdenCrete gives you the option to replace or reduce the amount of other admixtures normally required to achieve the desired results saving you money. Works Well with Other Concrete Additives EdenCrete is neutral and non-reactive. It can be used in mixes containing any of the various admixture chemistry-types commonly used in the market. Unlike chemical concrete admixtures that can impact the workability, color, or effectiveness of your mix, EdenCrete does not require altering formulations or procedures to get the mix you want. It offers a wide range of compatibility for contractors, architects, and ready-mix companies. Excellent Workability Since EdenCrete works on the nano-level to build strength, there is minimal impact on the fresh properties, including workability or finish-ability of your concrete. Unlike synthetic macro fibers or topically applied finishing aids, EdenCrete works on the nano-level without any special finishing requirements or additional labor costs. Chemical and Stain Resistant Reduced permeability means chemicals can t penetrate the surface as deeply as concrete without EdenCrete. More importantly, unlike some chemical concrete additives that might be reactive to a variety of chemicals spilled on the surface, carbon nanotubes in EdenCrete are chemically neutral, and therefore won t react to a wide range of acids, bases, or chemical solvents. ASTM Testing All testing on EdenCrete has been conducted by independent, 3rd party test labs, according to the following ASTM Test Standard: Abarasion Resistance ASTM C944 & ASTM Modulus of Elasticity ASTM C469 C779, Proc, A & C Compressive Strength ASTM C39 Permeability by RCPT ASTM C1202 Deicer Scaling ASTM C672 Permeability by Ponding ASTM C1543 Flexural Strength ASTM C78 Shrinkage ASTM C157 Mitigation of Alkali-Silcia Reaction ASTM C1260 Split-Tensile Strength ASTM C496

pour in the strength in these key areas abrasion compressive flexural moe tensile life cost permeability shrinkage staining Application Guidelines Ready-to-use liquid admixture. No need for dilution. No special mixing equipment needed. Good for hoppers, mixing trucks, or central plant mixers. When designing concrete, refer to the Technical Data Sheet (TDS) for physical properties and typical dosage rates for all EdenCrete products. It is possible to exceed the recommended dosages with continued improvement to your concrete. For EdenCrete dosages outside of manufacturers recommendations, please contact your EdenCrete representative. Storage, Handling and Transport EdenCrete should be transported and stored at 40 to 95 Fahrenheit (5 to 35 Celsius). Avoid freezing. If EdenCrete freezes, the particles will irreversibly precipitate. For bulk storage, the admixture tank should be constructed of plastic or fiberglass. The tank must be sealed after adding EdenCrete. Translucent tank and storage containers should be stored out of direct sunlight. EdenCrete has a 12 month shelf life. Safety Although EdenCrete is not considered to be a dangerous material to handle, before handling, refer to the corresponding Safety Data Sheet (SDS) for health, safety, and environmental information.

Get the most out of EdenCrete. Contact us today. Our EdenCrete admixture specialists look forward to answering your questions about this innovative product. Whether it concerns special applications, admixture formulations, or optimum dosage, please contact our EdenCrete team. Ask us about our free consultation, introductory pricing, and complimentary supplies for your initial testing. Continuing Education Eden Innovations LLC is accredited by the American Institute of Architecture s Continuing Education program. Contact your local EdenCrete representative to schedule an educational presentation on carbon nanotubes (CNTs) and CNT admixtures where architects and engineers can receive professional development or continuing education credits. Associations Member of the American Concrete Institute Eden Innovations LLC 12395 Mead Way Littleton, CO 80125 303.468.1705 x5349 info@edencrete.com edencrete.com Eden Innovations LLC is a wholly owned subsidiary of Eden Innovations LTD, Perth, Australia. EDN1718