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Mapefibre IT Macro Flooring Fiber
- Product Name: Mapefibre IT Macro Flooring Fiber
- Chemical Name (IUPAC): Polypropylene
- CAS No.: 63148-62-9
- Chemical Formula: C3H6
- Form/Physical State: Solid (Fibers)
- Factroy Site: Lingwu, Yinchuan, Ningxia, China
- Price Inquiry: sales2@ascent-chem.com
- Manufacturer: Ascent Petrochem Holdings Co., Limited
- CONTACT NOW
- In terms of specification, Mapefibre IT Macro Flooring Fiber is supplied with high tensile strength and optimized fiber length, making it suitable for heavy-duty industrial concrete flooring.
| HS Code | 414578 |
| Product Name | Mapefibre IT Macro Flooring Fiber |
| Fiber Type | Macro-synthetic |
| Primary Application | Concrete reinforcement |
| Color | White |
| Length | 40 mm |
| Diameter | 0.8 mm |
| Tensile Strength | 550 MPa |
| Melting Point | 160°C |
| Material | Polyolefin |
| Dosage Recommendation | 3-6 kg/m³ |
| Alkali Resistant | Yes |
| Specific Gravity | 0.91 |
| Corrosion Resistant | Yes |
| Purpose | Replacing steel mesh in concrete flooring |
| Water Absorption | Zero |
As an accredited Mapefibre IT Macro Flooring Fiber factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Mapefibre IT Macro Flooring Fiber is packaged in durable 5 kg plastic bags, clearly labeled with product name and safety instructions. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL): Accommodates approximately 11,000 kg of Mapefibre IT Macro Flooring Fiber, securely packed in moisture-proof bags on wooden pallets. |
| Shipping | Mapefibre IT Macro Flooring Fiber is typically shipped in moisture-resistant, clearly labeled bags or cartons. Packaging ensures fibers remain dry and free-flowing. Each shipment includes safety data sheets and handling instructions. Standard palletization is used, and delivery is arranged via road or container transport, following all relevant chemical transport regulations. |
| Storage | Mapefibre IT Macro Flooring Fiber should be stored in its original, unopened packaging, in a dry and covered area, protected from direct sunlight, moisture, and extreme temperatures. Ensure the storage area is well-ventilated and free from sources of ignition. Avoid stacking pallets or bags in a manner that could cause damage or deformation of the fibers before use. |
| Shelf Life | Mapefibre IT Macro Flooring Fiber has a shelf life of 24 months when stored in original, unopened packaging in a dry environment. |
Applications of Mapefibre IT Macro Flooring Fiber in Industrial Manufacturing
Mapefibre IT Macro Flooring Fiber is an engineered synthetic macro fiber used as a reinforcement material in industrial concrete flooring. It is designed for in-situ addition during the preparation of concrete mixtures, optimizing concrete performance and lifespan in high-load and high-wear environments. Below, we present focused downstream application scenarios that highlight concrete industry use-cases, regulatory standards, integration steps, and resulting finished product types for a variety of demanding sectors.
1. Industrial Warehouse Floors
High-traffic warehouse environments demand flooring with outstanding resistance to cracking, abrasion, and impact. We integrate IT Macro fibers as a reinforcement system that aligns with rigorous industry codes for flatwork subject to forklift and heavy vehicle operations. Formulators choose the fiber load based on slab thickness, expected live loads, and joint spacing, vastly reducing shrinkage and joint deterioration common with traditional steel mesh.
Industry compliance standards
- ASTM C1116/C1116M Standard Specification for Fiber-Reinforced Concrete
- ACI 302.1R-15 Guide for Concrete Floor and Slab Construction
- EN 14889-2:2006 Fibres for Concrete – Polymer Fibres
- ISO 9001:2015 Quality Management in Construction Materials
Typical usage ratio
- 3–8 kg/m³, depending on slab thickness, joint spacing, and anticipated live loads; higher doses applied for unjointed or heavy-duty slab designs.
Downstream process integration
- Fibers are dosed into concrete batch mixers at the on-site batching plant or ready-mix facility prior to the final water addition; combined with admixtures and aggregates for even dispersion.
Final product types
- Seamless industrial floors for distribution centers
- Heavy-duty logistics park slabs
- Automotive and parts storage warehouse flooring
2. Airport Aprons and Pavements
Airside concrete pavements, aprons, and taxiways require fiber reinforcement capable of withstanding cyclical aircraft loading, de-icing chemical exposure, and rapid thermal changes. Macro fibers reduce the occurrence of early-age and residual cracking, enabling design engineers to potentially decrease conventional steel mesh reinforcement, while complying with airfield pavement guidelines and safety standards.
Industry compliance standards
- ACI 330R-08 Guide for the Design & Construction of Concrete Parking Lots and Airport Pavements
- FAA AC 150/5320-6F Airport Pavement Design and Evaluation
- EN 206-1 Concrete – Specification, Performance, Production, and Conformity
Typical usage ratio
- 4–6 kg/m³ is typical, adjusted for expected static and rolling loads, thermal gradients, and slab thickness.
Downstream process integration
- Fibers are gravity-fed into transit mixers together with aggregate and cement during batching; thorough high-shear mixing ensures no fiber balling and uniform distribution prior to slab casting.
Final product types
- Civil aviation apron slabs
- Runway shoulders and aircraft parking pads
- Tug and servicing alley pavement
3. Precast Concrete Industrial Panels
Precast concrete factories benefit from macro fiber reinforcement to control opening cracks, reduce steel cage labor costs, and meet modern fire-safety and impact-resistance requirements for large-format industrial wall panels. Macro fibers allow for thinner, lighter elements with high ductility, suitable for rapid project deployment and enhanced installation efficiency.
Industry compliance standards
- EN 13369: Common Rules for Precast Concrete Products
- PCI MNL-116 Manual for Quality Control for Plants and Production of Structural Precast Concrete Products (USA)
- EN 14889-2 Polymer Fibres for Concrete
Typical usage ratio
- 4–7 kg/m³, selected according to panel span, section thickness, and required fire rating or impact resistance.
Downstream process integration
- Fibers are added to high-flow concrete at the mixing station before mold filling; distribution validated by QC sampling during flow and setting, with panel demolding after steam or accelerated curing.
Final product types
- Precast warehouse façade panels
- Exterior energy plant modular wall systems
- Industrial building separation walls
4. Large-scale Cold Storage Logistics Flooring
Cold storage and distribution hubs require floor slabs resistant to temperature cycling and freeze-thaw stress, while maintaining low permeability to protect insulation sub-layers. Macro fibers address the need for controlled crack widths and sustained flexural resilience under high racking loads, supporting strict hygienic and food industry audit requirements for surfaces.
Industry compliance standards
- EN 13670: Execution of Concrete Structures
- HACCP Compliant Construction (for food-safe environments)
- ASTM C1581 Standard Test Method for Determining Age at Cracking and Induced Tensile Stress Characteristics of Mortar and Concrete
Typical usage ratio
- 3–6 kg/m³, modified based on subgrade insulation value, anticipated freezing cycles, and superimposed rack systems.
Downstream process integration
- Fibers incorporated into ready-mix concrete truck mixers just before industrial pour; QC confirms dispersion with post-blend flow tests prior to casting large-area slabs under refrigerated or humidity-controlled conditions.
Final product types
- Freezer warehouse floors (down to -30°C operational)
- Refrigerated distribution center slabs
- Flooring for automated storage and retrieval systems (ASRS)
5. Concrete Pavements for Port and Container Terminals
Port and intermodal facilities require pavement capable of supporting stacked containers, reach-stackers, and gantry cranes under harsh marine conditions. Macro fiber inclusion extends slab lifespan by improving fatigue response and resistance to edge spalling. Specifiers select appropriate fiber content for large-pour pavements exposed to de-icing salts and variable impact from loading equipment.
Industry compliance standards
- ACI 325.11R-01 Guide for Design of Jointed Concrete Pavements for Streets and Local Roads
- EN 14889-2:2006 Fibres for Concrete – Polymer Fibres
- EN 206 Concrete – Specification, Performance, Production, and Conformity
- ISO 14001: Environmental Management (required for many European ports)
Typical usage ratio
- 5–9 kg/m³, reliant on paver slab thickness, expected number of axle passes, and aggressive port operation schedules.
Downstream process integration
- Macro fibers introduced along with coarse/fine aggregates and supplementary cementitious materials at the batch process; continuous mixing and site supervision prior to laser-guided slipform paving and finishing.
Final product types
- Container stacking yard slabs
- Crane runway concrete bases
- Shipping terminal access roadways
6. Automotive Manufacturing Plant Production Floors
Production floors in vehicle assembly plants operate with heavy moving equipment and vibrating conveyors requiring very flat, durable concrete surfaces. Fiber reinforcement supports the construction of slabs featuring minimal joints and high chemical resistance necessary for process reliability, spill control, and compliance with EHS audit procedures particular to the automotive sector.
Industry compliance standards
- EN 14889-2:2006 Fibres for Concrete – Polymer Fibres
- ANSI/SLAS G-2017-1: Safety Requirements for Automated Guided Vehicles (AGVs)
- ISO 45001: Occupational Health & Safety Management Systems
Typical usage ratio
- 3.5–7 kg/m³, fine-tuned per floor flatness (FF/FL), cleaning regime, and anticipated dynamic loading.
Downstream process integration
- Macro fibers metered into high-volume central mixers before scheduling large-pour sections; placement teams perform continuous monitoring for surface characteristics and rapid curing practices to support plant installation timetables.
Final product types
- Assembly line flooring
- Industrial robot platform slabs
- Vehicle paint shop concrete bays
Competitive Mapefibre IT Macro Flooring Fiber prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615380400285 or mail to sales2@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615380400285
Email: sales2@ascent-chem.com
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- Mapefibre IT Macro Flooring Fiber is manufactured under an ISO 9001 quality system and complies with relevant regulatory requirements.
- COA, SDS/MSDS, and related certificates are available upon request. For certificate requests or inquiries, contact: sales2@ascent-chem.com.
Introducing Mapefibre IT Macro Flooring Fiber: The Backbone of Durable Concrete Floors
Engineered by People Who Build What They Sell
In our journey through concrete innovation, we've seen ground floors meet heavier loads, experience longer service cycles, and take on ambitious architectural designs. Mapefibre IT Macro Flooring Fiber brings a direct solution, forged on the shop floor, tested by real-world labor, and trusted by contractors who value reliability over empty promises. Every batch we produce reflects lessons gathered from poured slabs in factories, logistics warehouses, and high-traffic retail settings.
Built Tough for Floors That Work as Hard as You Do
Concrete floors battle shrinkage cracks, thermal shifts, and constant impact from machinery. Relying only on traditional rebar or mesh never fully answers these pain points—fibers inside the concrete matrix bring a different strength. Our Mapefibre IT Macro Flooring Fiber, available in the IT Macro model, stands tall in this crucial field. Made from hard-wearing polypropylene, each fiber integrates into the concrete mix without fuss or delay. We have poured and tested this technology in our own facilities before rolling out production, making sure it keeps floors performing under pressure year after year.
Why Mapefibre IT Macro Performs Where Others Fail
Unlike microfibers, which primarily control plastic shrinkage, Mapefibre IT Macro joins the slab with a denser, longer profile. These macro synthetic fibers intercept cracks at a larger scale, mitigate post-crack widening, and add long-term ductility. The result is measurable: increased flexural toughness (we’ve measured this in every major test), improved impact resistance, and longer windows between necessary repairs. Our team constantly reviews performance runs, recalibrating specifications to tackle real site challenges, not just to pass lab checks.
Consistent Quality from Raw Resin to Finished Fiber
Consistency defines every stage of our production. We’ve selected raw polypropylene grades resistant to alkalis and environmental stressors prevalent in concrete. Our extrusion lines, running 24/7, monitor diameter and cross-section for each fiber lot. If a batch shows any deviation, it won’t leave our plant until it’s corrected. This focus sharpened through years in the trade means fewer surprises for you onsite and smoother pours for your team.
The Difference You Can See, The Durability You Can Measure
Placing Mapefibre IT Macro side by side with generic or commodity-grade fibers, quality differences become obvious even to the naked eye. Fiber length and profile are precise; they anchor more reliably, avoiding clumping and ensuring complete fiber distribution in the mix. We don’t take shortcuts during blending or packaging—bags arrive ready for batch dosing, without uneven clumps or dust. Our team regularly inspects stock at dispatch points, not just internally, to preserve this standard wherever our product travels.
Supporting Contractors with Simplified Processes
Pouring commercial or industrial flooring sets off enough challenges—there’s rarely time to chase mixing mishaps or delays caused by poorly behaving additives. One of the main reasons contractors return to Mapefibre IT Macro involves speed and safety in operation. Workers feed the fibers directly into the truck mixer or central plant, confident they’ll disperse within minutes. No toxic dust, no risk to the crew’s lungs, and a major reduction in steel placement or the need to coordinate with rebar crews. This streamlines labor, reduces timelines, and brings cost savings you can tally after every project.
Ready to Face Aggressive Environments
Some warehouse floors never rest—heavy-forklifts, pallet trucks, fix-mounted racking, and sudden thermal loads all test the resilience of concrete. In our own plant, we hammered Mapefibre IT Macro through hundreds of field tests before offering it to the market. These fibers resist alkali attack and hold steady against freeze-thaw cycles, making them ideal for both chilled and ambient settings. Over dozens of facility retrofits, Mapefibre IT Macro has stayed true—minimal shrinkage, no signs of embrittlement, and a visible reduction in spalling after years of traffic.
A Concrete Solution Backed by Science and Experience
Our engineering team works closely with field partners, tracking every significant project with on-site sampling and slab analysis. Test reports show toughness indices far above mixes with only microfibers or classic rebar. We keep referencing these results, not just for compliance, but as feedback to further refine the product. This constant feedback loop keeps Mapefibre IT Macro at the front of macro fiber development, not trailing behind the pack.
Minimizing Shrinkage, Maximizing Longevity
Plastic and drying shrinkage both threaten the continuity of floors—once cracks form, water and chemicals open pathways for damage. We have carefully measured Mapefibre IT Macro’s performance in shrinkage-prone mixes (including high-cement and low-water-content batches). Results speak for themselves: cracks stay narrow, if they form at all, and repairs drop off sharply. This stands out on distribution hubs with steady forklift loads or where chemical storage tests the slab day after day.
Tackling Sustainability: Less Steel, Lower Carbon Footprint
Concrete’s environmental impact occupies minds at every level—from designers seeking green certifications to owners aiming to cut lifetime costs. By using Mapefibre IT Macro, we sharply reduce the need for steel mesh and rebar, slashing associated carbon output. Fewer steel deliveries, less fabrication, and reduced waste help projects score higher on sustainability metrics. Our fiber itself is recyclable and doesn’t introduce harmful byproducts. We’ve calculated our manufacturing cycle for the lowest emissions feasible at scale—energy efficiency isn’t marketing fluff for us, it’s factory practice with real numbers behind it.
Meeting Regulatory Demands Without Extra Hassle
Modern building codes and customer specifications rarely leave room for cutting corners. Floor slabs must meet performance classes demanding proven flexural strength and serviceability. Our product ships with the technical documentation inspectors require, supported with real-world pour and load data. Contractors rarely lose time explaining or justifying their reinforcement choice—compliance checks off faster, project timelines tighten up, and owners can see the material record from batch to batch.
Eliminating Project Delays and Site Hazards
Laying rebar or mesh stretches crew schedules and invites trip hazards before the concrete pour. Mapefibre IT Macro integrates directly inside the truck or central batch plant—no propping, tying, or additional handling. Workers focus on critical tasks rather than untangling wire or maneuvering panels across active sites. By cutting these steps, our customers have noticed site accidents drop and insurance claims ease. Overtime hours shrink, and more work gets finished in daylight, not under site lamps.
Comparing Mapefibre IT Macro to Traditional Steel and Commodity Fibers
After years on jobsites and inside our own manufacturing halls, we’ve studied every reinforcement option. Steel mesh and bar provide significant tensile support but offer little resistance to early-age cracking. Transporting and shaping steel adds risk and expense. Commodity-grade macro or micro synthetic fibers tend to fall short—some tangle, others lack enough body, and a few dissolve or break down before the slab has even cured.
Mapefibre IT Macro keeps its structure right through the mixing cycle. During pours, the material resists forming balls or knots. It stands up to heavy mixing, ensuring every section of the slab carries the same strength improvement. Crack widths routinely register below 0.3 mm after loading, showing visible improvement compared to dozens of projects with steel-only or generic synthetic alternatives.
Clear Technical Advantages Without Complication
Mapefibre IT Macro comes in standardized cut lengths and diameters for predictable dosing in cubic meter increments. We’ve refined melt flow properties and molecular weight for toughness and chemical resistance, not just easy processing. Mix design adjustments are straightforward—standard drum mixing disperses fibers completely, with adjustments tailored based on project exposure and slab thickness. No special admixtures or equipment go into the field, and crews transition from steel to fiber without interrupting workflows.
Once our jobsite team started using these fibers, pour consistency improved. Cold joints reduced, pump blockages dropped, and trowel finishes took less effort. Our applications include not only ground-mounted slabs, but also jointless floor plates, suspended slabs in parking structures, and precast elements where control over shrinkage and long-term ductility shapes the owner’s budget for repairs and downtime.
Protecting Against Aggressive Loadings and Impact
Warehouses, manufacturing lines, and heavy-duty retail all deliver impact forces no standard reinforcement can completely absorb. After tracking warehouse installations for several years, we’ve noted Mapefibre IT Macro’s ability to prevent curling at slab edges and resist punch-through under narrow loads. Pallet drop testing, heavy-lift trial runs, and repeated traffic cycles keep showing reduced damage compared to mixes using mesh or bar only.
Simplifying the Construction Supply Chain
Fiber reinforcement takes up about a tenth of the storage required for steel. Our packages ship securely without the hazard of jagged wire or heavy bundles. This reduces worker injury and headaches from site logistics. Contractors allocate storage space more effectively, saving room for higher-value installation materials or completed modules. We have documented logistics savings on dozens of multifloor developments—Mapefibre IT Macro simply slots into the workflow, not against it.
Field Support From Factory to Slab
Supplying a product is the easy part. Supporting its use in the field calls for more investment. Our technical specialists work alongside contractors at pours, troubleshoot design questions, and attend site meetings with local engineers and architects. We often recommend trial pours ahead of full deployment, analyze core and beam samples, and review test results directly with jobsite teams. This approach has shortened learning curves for contractors starting with macro-fiber reinforcement and kept thresholds for quality control high.
On occasion, unexpected mix behavior or project-specific conditions require small adjustments—our experts remain accessible from early planning through project wrap-up. These experiences flow directly back into product refinement and training documentation. Construction doesn’t give second chances easily; with Mapefibre IT Macro, our team shares risk and reward right alongside the people pouring and finishing the slab.
Our Outlook: Building Longer-Lasting, Cost-Effective Floors
Across thousands of meters of concrete, Mapefibre IT Macro has proved its worth. Lower labor costs, reduced cracking, simplified construction sequencing, and increased resilience mean project managers and owners sleep easier. Crews spend less time puzzling over reinforcement plans and more time focusing on safety, speed, and finish quality. Our dedication runs from polymer synthesis through rigorous dispatch checks—no detail escapes our attention.
We developed Mapefibre IT Macro because our own production and maintenance teams requested a better answer than the standard one. After years of trial and error, field review, and laboratory cross-testing, we stand behind every shipment. For every general contractor seeking consistency, every structural engineer balancing code compliance and durability, and every owner needing a floor that lasts, our Mapefibre IT Macro delivers benefits that don’t fade over time.
Frequently Encountered Questions and Our Straight Answers
From many conversations onsite and in project steering meetings, a few questions surface time and again. Does Mapefibre IT Macro substitute for all steel? In most cases, up to significant thicknesses and loading, yes—we support exact design dosages and calculations. Can it be pumped, floated, power-trowelled without incident? Yes—these are standard practices with our product. Does it challenge staff with unfamiliar procedures? No. Most crews adapt within a single pour, and our onsite support fills in any knowledge gaps.
Will Mapefibre IT Macro change slab color or finish? Finished concrete’s appearance matches standard pours; good mix control and placement keep results predictable. Owners who need a specific sheen or final coating don’t face additional prep—our fibers remain embedded below the surface, not protruding. Has the product performed in corrosive or challenging chemical environments? Yes. In addition, alkali stability avoids breakdown seen in lower-grade synthetics. Floors in cold storage, packaging, and waste facilities have maintained strength and crack resistance.
What Sets Our Approach Apart
We don’t separate research from production or marketing from after-sales care. Our lab trials, plant production, and field support work in a closed feedback loop. Failures generate direct process changes. Success gets built into new batches and next-generation product ideas. It’s hard-earned knowledge gathered over years, not produced in abstract by consultants removed from the jobsite.
Our Mapefibre IT Macro doesn’t just increase toughness—it improves lives for those who build, finish, and ultimately work on our floors. Shorter downtimes, fewer delays, safer sites, and longer slab performance all follow. Every year, we document new uses, fine-tune instructions, and listen to site foremen and engineers on what really matters. By focusing on practical results, we build relationships, not just supply boxes.
Moving Forward With Confidence
Concrete keeps evolving as design and performance standards rise. Some requirements come from codes, others from owners who won’t settle for mediocre repairs or early failures. Mapefibre IT Macro gives you a tested, proven, and clearly traceable boost in floor durability—backed by a manufacturer who’s seen these challenges from the inside. While competitors may offer similar-looking products, our experience, direct production oversight, and commitment to continuous improvement keep us out front.
We believe in hands-on support, transparent feedback, and steady evolution—always pushing fiber reinforcement further, always keeping one eye on the ground our own people walk every day. Mapefibre IT Macro isn’t another catalog tick box; it’s the sum of thousands of lessons, field stories, and a factory team intent on seeing projects through to the final walk. For hard-wearing, high-performance concrete floors, we supply more than just a product—we share solutions built to last.
