HPM®AR-3D
AR Glass Fiber for 3D Printing
Precision Reinforcement for Buildability and Strength
Since 2002, we have specialized in concrete crack resistance, waterproofing, and anti-corrosion technologies.
AR Glass Fiber for UHPC and 3D Concrete Printing | PIONEER®
Precision Reinforcement for Next-Generation Concrete Structures
What Is PIONEER® AR Glass Fiber for UHPC and 3D Concrete Printing?
PIONEER® HPM® AR-3D is a high-performance alkali-resistant (AR) glass fiber designed for ultra-high-performance concrete (UHPC) and 3D concrete printing applications. Manufactured with zirconia-rich AR glass, these chopped strands provide high tensile strength, excellent alkali resistance, and uniform dispersion, ensuring your UHPC and 3D-printed structures achieve outstanding crack control, durability, and surface quality.
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Technical Specifications of Our AR Glass Fiber for UHPC and 3D Printing
Ensure your UHPC and 3D-printed concrete achieve consistent quality and long-term stability with PIONEER® AR glass fibers:
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Material: Zirconia-rich alkali-resistant glass fiber
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Type: Chopped strands
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Zirconia Content: >16%
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Fiber Diameter: 13–20 μm
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Lengths: 6 mm, 12 mm (customizable)
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Specific Gravity: 2.7 g/cm³
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Tensile Strength: >1,700 MPa
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Modulus of Elasticity: 70 GPa
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Color: White
International Standards for AR Glass Fiber for Concrete
PIONEER® AR glass fibers comply with global standards to guarantee reliability in your advanced concrete projects:
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ASTM C1666: Alkali-resistant glass fiber for concrete
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EN 15422: AR glass fibers for cement and concrete
How AR Glass Fiber Strengthens UHPC and 3D Concrete Printing
Discover how PIONEER® AR glass fibers improve crack resistance and dimensional stability while ensuring uniform dispersion in your UHPC and 3D-printed structures.
HPM® AR-3D fibers create a high-strength micro-reinforcement network in UHPC and 3D concrete printing, controlling shrinkage cracking while enhancing tensile and flexural strength. Their alkali resistance ensures durability in aggressive cement environments, while their lightweight nature supports consistent layer bonding and surface quality in 3D-printed elements.
3D Concrete Printing.jpeg
UHPC curtain wall panels
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Key Benefits of Using AR Glass Fiber in UHPC and 3D Printing
Achieve enhanced performance in your high-value concrete applications:
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Superior Alkali Resistance: Long-lasting durability in cement environments
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Crack Control: Minimizes shrinkage and micro-cracking
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Dimensional Stability: Enhances structural precision in UHPC and 3D printing
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Uniform Dispersion: Evenly integrates without clumping
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Lightweight Reinforcement: Easy to handle without increasing weight
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Enhanced Surface Quality: Supports smooth layer bonding and finish
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Impact and Abrasion Resistance: Improves resilience of finished structures
Where to Use AR Glass Fiber for UHPC and 3D Concrete Printing
PIONEER® AR glass fibers adapt seamlessly to advanced concrete systems globally, including:
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UHPC precast elements: bridge decks, façade panels, urban furniture
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3D concrete printing for complex architectural structures and landscapes
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Thin concrete panels and decorative concrete elements
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Marine and coastal concrete structures
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Tunnel linings, fire-resistant, and blast-resistant concrete
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Repair mortars, overlays, and high-performance flooring
UHPC bench tree pool
3D-Printed Pedestrian Bridge
Repair mortars
Not sure how to choose the right fiber or dosage?
Our team can recommend a solution based on your project requirements.
Email us：sales@pioneerfibre.com
How to Use AR Glass Fiber Effectively in UHPC and 3D Printing
Integrate PIONEER® AR glass fibers efficiently into your workflow :
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Dosage: Typically 1–3% by cement weight depending on project needs
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Mixing: Add gradually during dry mixing; use high-shear mixers for uniform dispersion
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Placement: Compatible with UHPC casting and 3D concrete printing extrusion
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Curing: Follow UHPC and 3D printing best practices for optimal strength
Custom Fiber Solutions for UHPC and 3D Printing Projects
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Customizable lengths and sizing for specific applications
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Water-soluble bags, cartons, and bulk packaging options
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Why Choose Us?
Proven Expertise & Greater Savings
22 years of focus
on concrete protection solutions.
20+ patents & awards
In concrete durability technology
20+ countries served
with global product distribution.
1,000 projects proven
in diverse applications worldwide.
FAQ
Yes. By enhancing crack control and tensile performance, HPM® AR-3D fibers contribute to stronger, more durable 3D-printed or cast UHPC structures.
HPM® AR-3D is available in multiple chopped strand lengths to suit different UHPC and 3D concrete printing applications, ensuring consistent mixing and performance.
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Why Choose PIONEER® Technologies
Tested, Proven, and Engineered for Concrete Crack Control and Durability
Partner with a trusted leader in concrete crack control, fiber reinforcement, and crystalline waterproofing solutions for modern infrastructure and high-performance concrete systems.
1. Independently Tested and Certified
Validated through independent laboratory testing and compliant with ASTM standards and CE certification, PIONEER® technologies deliver reliable performance in fiber reinforced concrete and crystalline waterproofing applications.
2. Proven in Real Projects Worldwide
With applications in over 1,000 projects across 20+ countries, our systems have been used in major infrastructure such as the Hong Kong–Zhuhai–Macao Bridge, Bangladesh Subsea Tunnel, and metro systems, demonstrating consistent performance in demanding environments.
3. Integrated Reinforcement and Waterproofing Solutions
We provide advanced systems including macro synthetic fibers, micro fiber reinforcement, and crystalline waterproofing, supporting applications in industrial floors, precast concrete, ready-mix, and infrastructure projects.
4. Direct Manufacturer with Engineering Support
We offer dosage design, mix optimization, and on-site technical support, backed by over 24 years of experience, ensuring efficient implementation and consistent performance across large-scale construction projects.
26,500m² production base
Advanced fiber dispersibility
Exceptional tensile strength
