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Since 2002

 HTM® Emb  Embossed Macro Synthetic Fibers
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HTM Emb

Embossed Macro Synthetic Fibers

Enhanced Bonding and Post-Crack Performance

Since 2002, we have specialized in concrete crack resistance, waterproofing, and anti-corrosion technologies.

HTM Emb Embossed Macro Synthetic Fiber

Embossed-Surface Macro Fiber for Concrete and Shotcrete

HTM Emb is an embossed macro synthetic fiber designed for concrete and shotcrete applications where fiber–matrix interaction, toughness and post-crack performance are important selection criteria. Its surface profile differentiates it from smooth and twisted macro fiber forms.

What Is HTM Emb Embossed Macro Synthetic Fiber?

HTM Emb is an embossed macro synthetic fiber developed for concrete and shotcrete applications. Its textured surface profile is designed to increase mechanical interaction with the cement matrix compared with a smooth fiber geometry, while maintaining distributed reinforcement throughout the mix.

Typical applications include industrial floors, slabs-on-ground, pavements, shotcrete, precast concrete and selected infrastructure projects. Final selection should be based on dosage, required residual performance, constructability and available test evidence.

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Close-up of PIONEER® HTM® Emb embossed macro synthetic fibers.

Technical Specifications

  • Material: PP or PP-PE Composite

  • Type: Embossed Macro Synthetic Fiber

  • Specific Gravity: 0.91–0.92 g/cm³

  • Diameter: 0.3–1.0 mm

  • Available Lengths: 40 / 50 / 60 mm

  • Tensile Strength: 450–620 MPa

  • Elastic Modulus: 5–7 GPa

  • Melting Point: Approx. 160°C

  • Color: Gray/White

  • Chemical Resistance: Refer to current TDS

Refer to the current HTM Emb Technical Data Sheet for grade-specific values, tolerances and test methods.

Applicable Standards and Technical References

HTM Emb technical documentation references applicable requirements of ASTM C1116/C1116M and ASTM D7508/D7508M, where applicable. Product-specific classification and conformity should be confirmed in the current technical documentation.

How HTM Emb Works in Concrete

The embossed surface of HTM Emb is designed to increase mechanical interaction between the fiber and surrounding cement matrix. When the fibers are properly dispersed, this geometry can contribute to crack bridging, toughness and residual load transfer after cracking.

Actual performance depends on fiber geometry, dosage, concrete mix, application, test method and project requirements.

macro synthetic fiber minimizes shrinkage cracks in concrete slabs-on-grade

Crack control and enhanced toughness

Concrete slab-on-ground surface.

Minimize shrinkage cracks

Key Benefits of HTM Emb

Embossed Surface Geometry

Textured fiber profile designed to increase mechanical interaction with the concrete matrix.

Crack-Bridging Reinforcement

Distributed macro fibers can bridge developing cracks and contribute to post-crack load transfer.

Toughness and Residual Performance

Suitable for projects where product-specific residual performance or toughness is an evaluation criterion.

Non-Corrosive Polymer Fiber

Does not rust like steel reinforcement.

Distributed Reinforcement

Fibers are incorporated throughout the concrete mix rather than installed as a discrete reinforcement layer.

Concrete and Shotcrete Applications

Suitable for evaluation in cast concrete, precast and selected shotcrete systems.

Applications of HTM Emb in Fiber-Reinforced Concrete

Industrial Floors and Slabs

For slabs-on-ground and industrial floors where macro fiber reinforcement and required residual performance are part of the project design.

Pavements and Hardstands

For selected pavement and hardstand applications requiring distributed crack bridging and post-crack performance.

Shotcrete and Underground Works

For selected shotcrete applications where pumping, fiber distribution and required energy-absorption or residual-performance criteria are verified.

Precast and Infrastructure Concrete

For selected precast and infrastructure applications where embossed macro fiber geometry is compatible with the mix, production method and project requirements.

Dosage and Mixing Guidelines

HTM Emb dosage should be selected according to required residual performance, concrete mix, application and applicable test method. A generic dosage should not be treated as sufficient evidence for all projects.

Item

Guidance

Typical Dosage Range

1.8–4.5 kg/m³

Typical Reference

3.0 kg/m³

Available Lengths

40 / 50 / 60 mm

Addition

Add during batching or with aggregates

Mixing

Allow sufficient mixing for uniform distribution

Placement

Follow project-approved FRC placement procedures

Verify final dosage and mixing instructions against the current HTM Emb TDS and project performance requirements.

Packaging and Supply Options

Available Lengths

40 / 50 / 60 mm — verify against current TDS.

Packaging

Bulk and project-specific dosing packs where available.

Distributor / OEM Options

Private-label or distributor packaging where commercially supported.

pioneerfibre-engineer-on-site-technical-support.

Have Any Questions?
Get in Touch with Us Now!

Contact Our Sales & Technical Team

For product inquiries, quotations, technical support, or distribution opportunities,

contact our team directly.

Email

Sales & Business: Sales@pioneerfibre.com
Technical Support: Support@pioneerfibre.com

WhatsApp

Sales Manager: +1 (406) 717-9829
Technical Director: +1 (929) 569-9992

Get a Quick Quote or Product Recommendation
​Tell us about your application, and our team will help you find the right product and solution.Select your application below for a faster response.

Privacy Assurance: We respect your privacy and will never share your information. 

Why Choose Us?

Proven Expertise & Greater Savings

Since 2002

FFiber Reinforcement Expertise.

Advanced Manufacturing

for Consistent Product Quality.

Global Distribution

& Supply Chain Support.

Experience Across

Diverse Construction Projects.

Looking for a Quote or More Information about Our Products?
Tell us your application and we’ll recommend the right macro or micro fiber solution for your project.

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Application
What do you need?

At PIONEER, we’re committed to delivering the best and most relevant information to support your needs. Reach out to us for more details and discover the benefits we offer:

  • Factory-Direct Pricing

  • Expert Guidance on Fiber Applications

  • Customized Solutions for Your Project

  • Fiber Samples Available for Testing

Privacy Assurance: We respect your privacy and will never share your information. 

Why Choose PIONEER Technologies

1. Product-Specific Technical Data
TDS, SDS and available test evidence by product.

2.Macro Fiber Range
Monofilament, twisted, embossed, blended and high-performance macro options.

3. Engineering Review Support
Selection guidance based on project criteria, test method and concrete conditions.

4. International Supply
Manufacturing and supply support for project and distributor requirements.

PIONEER® factory aerial view.

26,500m² production base

Spinning of concrete reinforcing fibers production process.

Advanced fiber dispersibility

Tensile strength of concrete reinforcement fiber production process.

Exceptional tensile strength

FAQ

  • HTM Emb is an embossed macro synthetic fiber designed for concrete and shotcrete applications where crack bridging, toughness and post-crack performance are important selection criteria.

  • The embossed surface is designed to increase mechanical interaction between the fiber and cement matrix compared with a smooth profile. Final performance depends on dosage, mix and test conditions.

  • Dosage depends on required residual performance, application, concrete mix and test method. Refer to the current HTM Emb TDS and project-specific performance data.

  • It may be considered in selected applications where design, test results and applicable approvals support substitution. It should not be treated as a universal replacement.

  • It can be evaluated for shotcrete where pumping, fiber distribution and required residual or energy-absorption performance are confirmed.

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