News | Euclid Chemical

The Advantages of Fiber-Reinforced Concrete

by Nadine De Bruyn | May 23, 2024 | News

As the construction industry evolves, so does the technology and materials used in building projects. One such innovation that’s gaining momentum is fiber-reinforced concrete (FRC). As you embark on your next concrete-related construction endeavour, understanding the advantages of FRC is crucial for both you and your clients. Let’s delve into the seven key benefits of using fiber-reinforced concrete:

Cost-Effectiveness

According to the National Concrete Pavement Technology Center, FRC offers a cost-effective and sustainable solution for resurfacing and rehabilitating existing pavements. By adopting macro-synthetic fibers into designs, construction entities can reduce costs while enhancing project durability.

Reduced Labor

With the construction industry facing challenges in manpower availability and cost uncertainties post-pandemic, FRC provides a safer and more cost-effective working environment. By requiring fewer personnel on-site and reducing trip hazards, FRC accelerates construction timelines while minimizing environmental impact.

Streamlined Processes

By eliminating the need for conventional steel rebar, FRC reduces delays associated with steel placement inspections by municipalities. Ready-mix trucks can efficiently place concrete embedded with fiber reinforcement, minimizing finishing practices and expediting project completion.

Enhanced Durability

FRC maintains tight crack control, preventing water and aggressive solutions from penetrating beyond the concrete surface. This translates to improved long-term serviceability and reduced maintenance costs over the lifespan of the structure.

Temperature & Shrinkage Control

FRC serves as a cost-effective alternative to traditional reinforcement methods, guarding against temperature differentials and shrinkage issues commonly seen in concrete structures.

Lower Construction Costs

By reducing construction times, labor expenses, and long-term maintenance costs, FRC delivers significant savings for contractors and clients alike. These cost efficiencies can be passed on to customers, making projects more accessible and affordable.

Environmental Sustainability

FRC offers an environmentally friendly solution by utilizing recycled materials, such as steel fibers sourced from recycled car tire rims. Not only does this minimize landfill waste, but it also contributes to cost savings that benefit both businesses and customers.

Fiber-reinforced concrete isn’t just the future of construction; it’s a practical solution safeguarding the health and safety of construction personnel while bolstering the financial well-being of businesses and municipalities. Embrace this innovative material and pave the way for resilient, sustainable building projects.

Contact us for more detailed information and technical assistance, refer to Euclid Chemical’s Technical Bulletins and consult with our experts.

The Top 5 Fiber-Reinforced Concrete FAQs

by Nadine De Bruyn | Apr 29, 2024 | News, Uncategorized

As the use of fiber-reinforced concrete (FRC) continues to expand across various concrete applications, questions arise about its benefits, application methods, and impact on concrete properties. Here, we address the top five frequently asked questions regarding fiber-reinforced concrete:

How does fiber use impact slump or air content of concrete?

The type, dosage, and mix design of fibers influence the slump, or flow, of concrete. However, when combined with proper admixture use, fiber-reinforced concrete can be mixed and placed with the same consistency as normal concrete. Typically, air content remains unaffected by fiber use unless additional water is added to adjust slump.

Are steel fibers and synthetic fibers used in the same applications?

Micro-synthetic fibers are primarily used for controlling plastic shrinkage cracks at low dosages. In contrast, steel fibers and macro-synthetic fibers are employed at higher volumes and can replace temperature and shrinkage reinforcement in similar applications, including limited structural use.

How can fiber balling and other mixing problems be eliminated?

Most commercially available fiber types can be successfully mixed and placed in concrete with the correct mix design and recommended fiber addition methods. Following manufacturer instructions ensures proper dispersion and minimizes mixing issues.

What are the common issues and remedies for pumping and finishing FRC?

Fiber-reinforced concrete can be pumped and finished effectively with a proper mix design and precautions to avoid over-finishing. While fibers may be visible on the surface, selecting appropriate techniques and fibers can achieve finished surfaces resembling plain concrete.

Can floor joint spacing be extended with fiber use?

Research supports extending control joint spacing in floor design when using fibers, particularly macro-synthetic and steel fibers. This is often combined with advanced concrete mix designs, chemical admixtures, and proper placement and curing practices to ensure successful results.

Contact us for more detailed information and technical assistance, refer to Euclid Chemical’s Technical Bulletins and consult with our experts.

Innovations in Water Retaining Structures

by Nadine De Bruyn | Mar 4, 2024 | News

Durable and long-lasting water retaining structures are vital for managing water resources, ensuring water safety, and preserving infrastructure integrity. However, they encounter various challenges, such as internal waterproofing issues, concrete repair and reinforcement corrosion, which can compromise their effectiveness.

Internal and External Waterproofing

When enhancing internal waterproofing, it fortifies the structure against water infiltration and maintains durability and structural integrity. Euclid Chemical presents an array of cutting-edge waterproofing solutions, be it admixtures which seamlessly incorporate into concrete mixes or post application products for concrete, masonry and brickwork. The range includes the following waterproofing solutions; Vandex BB75, Vandex Plug, Vandex Super, Vandex AM10, and Vandex Cemelast. This integration forms a robust, impermeable matrix, bolstering durability and reducing the chances of internal leaks. Equally essential is external waterproofing, shielding constructions from water ingress and environmental threats. Euclid Chemical’s top-tier waterproofing membranes and coatings such as Eucoseal, crafted to withstand harsh conditions, establish a resilient barrier upon external application. This barrier adeptly fends off water infiltration, significantly elongating the structure’s lifespan and ensuring structural resilience.

Joints and Penetrations

In water-retaining structures, joints and penetrations represent critical points of vulnerability, prone to potential leaks. To address this challenge, Euclid Chemical provides specialised sealants like Dymonic 100 (external) and expansion joint systems such as Euco PVC Waterstop. Meticulously engineered, these solutions are tailored to seal joints and penetrations effectively, offering robust protection against water intrusion. By deploying these products, structures benefit from enhanced integrity over the long term, safeguarding against water-related issues and ensuring lasting durability.

Grouting, Bolt Holes, and Anchoring

Ensuring structural stability and effective waterproofing hinges on meticulous grouting, bolting, and anchoring. Euclid Chemical presents an extensive selection of solutions, including grouts like E3 Flowable, E3 HCR, and E3 Deep Pour, alongside anchoring systems such as Euco 530 NS and Dural HS Gel, and high-performance cementitious grout repair mortars like Tamms Grout Supreme. Tailored to fill voids, secure bolts, and anchor structures firmly, these products deliver unmatched strength and durability. Their application significantly fortifies the structural integrity of water-retaining systems, safeguarding against potential vulnerabilities.

Cracks, Damaged Concrete, and Leaks

Cracks, damaged concrete, and leaks present formidable challenges for water-retaining structures. Euclid Chemical steps in with advanced solutions tailored to tackle these issues head-on. Products like Vandex Super for surface protection and sealing, Dural HS Gel for crack injection and repair, Vandex Plug for quick leak sealing, Euclid Chemical provides reliable remedies. These solutions effectively mend damaged areas and seal leaks, restoring structural integrity and halting further deterioration. By addressing these vulnerabilities comprehensively, Euclid Chemical ensures the resilience and longevity of water-retaining structures.

Concrete Repair and Reinforcement Corrosion

Concrete degradation and corrosion of reinforcements are prevalent concerns in water-retaining structures, especially in harsh environments. Euclid Chemical provides an extensive range of repair and protection systems meticulously crafted to combat these challenges. Our arsenal includes corrosion inhibitors, surface treatments like Eucoweld 2.0, Tammscoat and Eucoseal, and rehabilitation products such as Express Repair, Tamms Structural Mortar, Euco Repair V100, Tamms Thin Patch, and VersaSpeed LS100. These solutions effectively mitigate corrosion, extending the service life of structures and guaranteeing sustained performance over the long term.

Water retaining structures demand robust solutions to withstand the rigors of their environment and maintain functionality. With our expertise and innovative solutions, we are committed to advancing the integrity and longevity of water retaining structures worldwide.

Contact us to learn more about our solutions for water retaining structures and how we can assist with your specific project needs.

Liquid Latex Transformative Benefits for Cement Repairs

by Nadine De Bruyn | Jan 30, 2024 | News

When it comes to fortifying cement-based repair mortars and enhancing the durability of concrete structures, the choice of bonding agents plays a pivotal role. Euclid Chemical introduces a game-changer in this domain – Liquid Latex Bonding Agents.

Understanding Liquid Latex Bonding Agents

Liquid latex bonding agents are versatile solutions designed to enhance the adhesion of cement-based repair mortars to existing concrete surfaces. Comprising a polymer blend, these agents not only improve bonding but also contribute to the overall durability and performance of the repaired structure.

Key Benefits:

Enhanced Adhesion

Liquid latex bonding agents form a strong bond between the existing concrete substrate and the repair mortar, ensuring long-lasting adhesion. This is particularly crucial in high-stress areas where superior bonding is imperative.

Flexibility and Crack Resistance

The elastic nature of liquid latex allows for flexibility in the repaired area, accommodating minor movements without compromising structural integrity. This feature makes it an excellent choice for preventing cracks and ensuring longevity.

Water Resistance

Liquid latex adds a layer of water resistance to the repaired surface, shielding it from the damaging effects of moisture and environmental elements. This is vital for structures exposed to varying weather conditions.

Improved Workability

The incorporation of liquid latex in cement-based repair mortars enhances their workability, making the application process smoother. This is especially beneficial for intricate repairs and vertical applications.

Reduced Permeability

Liquid latex bonding agents contribute to reduced permeability, preventing the ingress of harmful substances into the repaired structure. This results in increased resistance to chemical attacks and ensures the long-term durability of the repaired concrete.

Incorporating Euclid Chemical’s Liquid Latex Bonding Agents into your cement-based repair projects can make a significant difference in the longevity and performance of concrete structures. With enhanced adhesion, flexibility, and water resistance, these bonding agents pave the way for durable and resilient repairs. As you embark on your next concrete repair endeavour, consider the transformative power of liquid latex for lasting results.

Want to learn more?

Get in touch with a sales rep near you – Our Team

Concrete Repair Solutions: Eucoweld 2.0

E3 Epoxy Grouts: Flow Characteristics for Custom Solutions

by Nadine De Bruyn | Nov 29, 2023 | News

The flowability of a grout is a crucial factor, defining its applicability across various uses. Our E3 range offers a trio of specialised epoxy grouts. The distinctions in flowability among our E3 grouts highlight the customised solutions for the diverse challenges faced in various industrial and construction settings.

Let us delve into the nuances of their flowability to understand how they cater for custom solutions.

E3-Flowable

Navigating Large Plates and Narrow Configurations Key Characteristics: High Flow, High Strength, Expansive Designed with precision in mind, E3-Flowable stands out for its remarkable flowability, making it an ideal choice for scenarios involving large plates and narrow configurations. The high flow ensures seamless coverage, while the robust strength adds durability to the grouted structure. Additionally, its expansive nature contributes to optimal performance in diverse settings where flowability is of utmost importance.

E3-HCR

Conquering Aggressive Chemical Environments Key Characteristics: Highly Chemical Resistant, High Strength, effective ≥ 95% EBA (Effective Base Adhesion) For industrial applications immersed in aggressive chemical environments, E3-HCR emerges as the go-to solution. This highly chemical-resistant Novolac epoxy grout not only offers superior strength but also boasts the incorporation of EBA (Epoxy Base Aggregate). This strategic combination equips E3-HCR to withstand the challenges posed by harsh chemicals while maintaining structural integrity.

E3-Deep Pour

Fortifying Machine and Equipment Bases Key Characteristics: high strength, ultra-low creep, high exotherm resistance and formulated for deep placements When the task at hand involves grouting machine and equipment bases, especially in deep placements, E3-Deep Pour takes center stage. Engineered for strength, this epoxy grout is formulated to excel in scenarios where depth is a critical factor. Its high strength ensures a solid foundation for various types of machinery, making it a reliable choice for projects with specific depth requirements.

Always consult the product specifications, technical data sheets, and if needed, seek guidance from industry experts or the manufacturer to ensure the optimal choice for your specific application.

Want to learn more?

Get in touch with a sales rep near you – Our Team

High Performance Grouts: E3-Flowable, E3-HCR, E3-Deep Pour

Protecting Concrete Structures in Challenging Environments

by Nadine De Bruyn | Nov 29, 2023 | Construction Products, News

Concrete and masonry structures stand as the backbone of our built environment, providing stability and resilience against the test of time. However, in harsh environments characterized by alkali and efflorescence attacks, mildew and fungus growth, severe weather conditions and industrial fallout, these formidable structures face unprecedented challenges.

Let’s delve into the crucial importance of protecting concrete and masonry structures in adverse conditions, exploring the threats they encounter and the innovative solutions that safeguard their longevity.

Alkali and Efflorescence Attacks

Concrete structures, particularly those in contact with alkali-rich environments, are susceptible to alkali-silica reaction (ASR). ASR can lead to the formation of gel-like substances, causing internal pressure that ultimately results in cracking and deterioration of the concrete. Moreover, efflorescence, the crystalline deposit of salts that often appears on concrete surfaces, not only compromises aesthetic appeal but also signifies potential damage to the structural integrity.

Mildew and Fungus Growth

In humid climates, the growth of mildew and fungus on masonry surfaces is a pervasive issue. Not only do these organisms mar the visual appeal of the structures, but they also contribute to surface degradation. The biological activity of mildew and fungus can lead to the breakdown of mortar and masonry, weakening the overall structure.

Severe Weather Conditions

Exposed to harsh weather, concrete and masonry structures confront erosive forces, compromising surfaces and structural integrity. Relentless exposure to temperature extremes, precipitation, wind-driven rain, and harsh UV rays underscores the need for protective measures. Advanced coatings and treatments, engineered to endure nature’s assault, act as a shield, fortifying resilience and durability. These interventions ensure that structures not only endure but contribute to the lasting stability of our built environment, standing strong against the test of time.

Industrial Fallout

In industrial settings, concrete structures face a relentless assault from pollutants, chemicals, and airborne particles. The corrosive impact of industrial fallout can accelerate the degradation of surfaces, compromising the structural integrity of the construction. Protective coatings and treatments become imperative to shield these structures from the adverse effects of industrial environments.

In the face of evolving environmental challenges, the importance of choosing the right protection for concrete and masonry structures cannot be overstated. Euclid’s advanced formulations and unwavering commitment to durability and longevity make it a stalwart ally in the battle against alkali, efflorescence, mildew, fungus, and harsh weather conditions. As we navigate the demands of modern construction, Euclid stands as a trusted guardian, ensuring that our structures endure and thrive in even the most challenging environments.

Want to learn more?

Get in touch with a sales rep near you – Our Team

Advanced Protective Primers for Concrete and Masonry Structures – Tammsprime 689

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