Polypropylene Fiber Mesh

Polypropylene Fiber Mesh for Concrete Reinforcement | EverStar Group

EverStar Group, with over 13 years of manufacturing excellence, produces high-performance Polypropylene Fiber Mesh designed to eliminate plastic shrinkage cracking in concrete and mortar Applications. Our advanced production facility maintains over 5,000 tons of inventory and delivers consistent quality through EU REACH-compliant manufacturing processes. This synthetic reinforcement material is manufactured from 100% virgin polypropylene with a diameter of 30-32 μm and tensile strength ≥500 MPa. Available in multiple lengths (3mm, 6mm, 9mm, 12mm, 19mm), our product offers superior acid/alkali resistance and chemically inert properties that prevent corrosion issues commonly associated with traditional steel reinforcement.

What Makes Our Polypropylene Fiber Mesh Different?

Our item makes a three-dimensional micro-reinforcement organize all through your concrete network. Each kilogram contains millions of person strands – for occurrence, 3mm filaments give roughly 200 million fortification focuses per kilogram. This thick dissemination captures micro-cracks some time recently they proliferate into auxiliary problems.

The fabric shows remarkable chemical soundness in profoundly antacid cement situations (pH > 12). With a dissolving point of 160-170°C and versatile modulus ≥3.5 GPa, it keeps up auxiliary astuteness beneath requesting conditions. The moo thickness of 0.91 g/cm³ implies it scatters consistently without settling amid blending.

Technical Specifications

Note: Product specifications may be adjusted during product iteration and optimization. Please submit your inquiry to us for the latest data and official COA documents.

Key Performance Advantages

Multi-directional Break Control

The fiber work gives 3D support that intervention plastic shrinkage breaks amid the basic to begin with 24 hours of curing. This addresses the essential torment point in large-area concrete pours.

Superior Scattering Technology

Our water-soluble bundling permits coordinate expansion to your concrete blender. The filaments spread out totally inside 50-70 blending transformations, dispensing with clumping and guaranteeing uniform conveyance all through the mix.

Zero Erosion Risk

Unlike steel work, these engineered filaments are totally chemically idle. You'll never confront rust recoloring, alkali-aggregate responses, or basic corruption from oxidation.

Enhanced Solidness Performance

The fortification essentially progresses affect resistance, scraped spot resistance, and freeze-thaw cycle execution. Your structures keep up astuteness beneath mechanical loads and natural stress.

Hydrophobic Properties

With zero water retention, the strands do not meddled with cement hydration. This guarantees ideal quality advancement without compromising your concrete's water-cement ratio.

Primary Applications

Industrial Flooring Systems

For distribution center floors and coordinations centers, the fiber work controls shrinkage breaking in expansive pieces whereas upgrading surface strength against forklift activity and overwhelming equipment.

Shotcrete and Burrow Linings

In underground development, the work structure decreases fabric bounce back amid application and gives prevalent vitality retention when confronting seismic action or ground development.

Marine and Coastal Structures

Seawalls, docks, and offshore platforms benefit from the complete corrosion resistance. In high-salinity environments where chloride exposure destroys steel reinforcement within years, Polypropylene Fiber Mesh maintains performance indefinitely.

Precast Concrete Elements

Manufacturers use our fibers in panels, blocks, and architectural components to reduce handling cracks and improve long-term durability without increasing weight.

Road and Bridge Deck Overlays

Transportation infrastructure projects employ the mesh to minimize reflective cracking and extend service life under constant traffic loading and temperature cycles.

Quality Assurance Standards

EverStar Gather executes comprehensive quality control conventions over each generation batch:

Material Virtue Verification

We utilize FTIR spectroscopy to affirm 100% virgin polypropylene substance. Reused materials compromise long-term ductile properties and are never utilized in our manufacturing.

Dimensional Consistency Testing

Every group experiences fiber breadth and length consistency checks. Conflicting measurements cause destitute scattering and fiber balling in concrete mixes.

Mechanical Property Testing

Tensile quality and prolongation testing takes after ISO 2062 measures to confirm load-bearing capacity meets or surpasses specifications.

Alkali Resistance Verification

Sample filaments experience long-term drenching in soluble arrangements mimicking concrete pH levels. We confirm zero mass misfortune and kept up malleable quality after exposure.

Dispersion Execution Evaluation

Laboratory blending tests affirm the work completely spreads out and conveys equally all through concrete networks without clumping or segregation.

Our office works beneath ISO 9001 quality administration frameworks and keeps up EU REACH compliance for universal showcase requirements.

Why Choose EverStar Group?

Factory-Direct Advantages

As a completely coordinates producer, we kill go between markup. You get competitive estimating with ensured item consistency clump after batch.

Flexible Arrange Quantities

Whether you require trial tests or full holder loads, our 5,000+ ton stock capacity guarantees quick fulfillment. We suit MOQs reasonable for ventures of any scale.

Custom Detailing Services

Our in-house R&D research facility creates custom fitted fiber details inside 24 hours. If your extend requires particular lengths, bundling groups, or execution characteristics, we design arrangements to coordinate your correct needs.

Global Supply Reliability

With 99.5% on-time conveyance execution and trade involvement over 50+ nations, your venture timelines stay ensured. We handle universal coordinations coordination and give proficient send out packaging.

Technical Back Team

Our chemical engineers give application direction, measurement calculations, and blending convention proposals. From item assessment through after-sales back, you get master help all through your extend lifecycle.

FAQ

Q: Can this fiber mesh completely replace structural steel rebar?

A: The product is engineered to replace secondary reinforcement like welded wire mesh for crack control purposes. For primary structural loads, it should be used alongside traditional rebar. High-dosage macro-synthetic fibers can replace rebar in specific applications when engineering calculations confirm adequate load capacity.

Q: Will adding fibers affect my concrete slump?

A: You may observe a slight visual reduction in slump due to increased internal cohesion. However, actual workability remains unaffected. If desired, you can add a superplasticizer to maintain your target slump value without compromising fiber performance.

Q: How do I properly add the mesh to my concrete mix?

A: Add the fibers directly to your aggregate during batching or introduce them into the ready-mix truck. Ensure approximately 50-70 revolutions at standard mixing speed. The water-soluble packaging dissolves automatically, allowing fibers to fully disperse throughout the mixture.

Q: Will I see fibers on my finished concrete surface?

A: When properly mixed and finished using standard power troweling techniques, the fibers become virtually invisible. They integrate completely into the cement paste, leaving a clean, professional surface appearance.

Q: Is the product stable during outdoor storage before use?

A: While fibers are typically embedded in concrete (which protects them from UV exposure), our manufacturing includes UV stabilizers to prevent degradation during on-site storage. Keep packaging intact until use to maintain optimal fiber condition.

Q: What dosage rate do you recommend?

A: Typical dosage ranges from 0.6 to 1.8 kg per cubic meter of concrete, depending on your application requirements. Our technical team provides specific recommendations based on your project parameters, desired crack control level, and concrete mix design.

Q: How does this compare to other crack control methods?

A: Traditional steel mesh requires careful placement, adds labor costs, and faces corrosion risks. Liquid admixtures address shrinkage but don't provide physical reinforcement. Our fiber mesh combines ease of use, durability, and multi-directional reinforcement in a single solution that integrates seamlessly into standard concrete production processes.

Get Expert Product Support

Contact our specialists today to discuss your concrete reinforcement needs for Polypropylene Fiber Mesh:

Email: info@cneverstar.com