Comparing Flake Wood Cellulose with Traditional Crack Control Additives

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       •      Type: 4-minute read

       •      Audience: Construction professionals, engineers, architects, contractors 

Introduction: Rethinking Crack Control Strategies

Cracking is a major durability concern in both precast and cast-in-place concrete. Historically, contractors have used steel mesh, synthetic microfibers, or shrinkage-reducing admixtures. But now, Flake Wood Cellulose—engineered flake wood cellulose from natural sources—offer a high-performance, eco-friendly alternative for internal crack resistance.

How Flake Wood Cellulose Work in Crack Mitigation

Flake Wood Cellulose form a three-dimensional fibrillated mesh within the concrete, delivering:

• Microcrack interception during early plastic shrinkage

• Moisture regulation that supports internal curing

• Improved matrix cohesion to prevent segregation

• Enhanced bonding between aggregates and cement paste

Unlike synthetic fibers, Flake Wood Cellulose are biodegradable, non-plastic, and derived from renewable materials—ideal for sustainable projects.

Comparison with Traditional Crack Control Additives

​Additive Type​	​Material​	​Crack Control + Sustainability​
Steel Mesh	Carbon steel	Resists tensile stress post-crack; Corrosive, heavy, labor-intensive installation.
PP Synthetic Fibers	Plastic polymer	Controls shrinkage via dispersion; Non-biodegradable.
SRA (Chemical)	Liquid admixture	Compensates shrinkage chemically; Synthetic material, sensitive to dosage.
Flake Wood Cellulose	Flake wood cellulose	Physically bridges cracks, retains moisture; Natural, renewable resource.

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Where Flake Wood Cellulose Perform Best

Flake Wood Cellulose are especially effective in:

• Precast concrete with strict dimensional tolerances

• Architectural white cement mixes where synthetic fibers discolor

• Dry-mix mortar systems that require uniformity and anti-segregation

• Sustainable or LEED-certified projects seeking plastic-free alternatives

They offer both performance and ecological advantages where traditional additives fall short.

Conclusion: A Smarter Fiber for a Smarter Mix

Flake Wood Cellulose don’t just match traditional crack control additives—they improve upon them. With high cohesion, early-age crack mitigation, and full compatibility with modern concrete systems, they represent the next step in fiber-based reinforcement—naturally.

Explore PIONEER’s range of concrete reinforcement fibers and how they improve concrete properties. Visit our website: www.pioneerfibre.com

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Contact us today to request samples, technical data, or a custom solution for your project.

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