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sales@landu-china.com +86 180 4322 4403
+200%
2850 MPa
95%
ISO
NovaStar™ av LANDU

Premium Steel Fibers for
Advanced Concrete Reinforcement

High-Performance Fiber Solutions for Stronger, Safer, and Longer-Lasting Concrete
Enhancing Concrete Strength, Toughness, and Crack Resistance through High-Performance Steel Fiber Innovation. Engineered by LANDU, NovaStar™ steel fibers deliver exceptional mechanical performance, enabling concrete structures to withstand higher loads, greater impact, and prolonged service life.

Unmatched Mechanical Strength

Superior Crack & Fatigue Control

Enhanced Durability in Extreme Conditions

ISO 9001 Certified Production
Advanced Cold-Drawing Technology
Global Export Supply Chain
+200%
Toughness Improvement
1100–2850 MPa
Tensile Strength Range
Up to 95%
Crack Reduction
Bruksområde:
Industrial Flooring
Tunnels
Bridges
UHPC/RPC
Airport Pavements
Highways
Product Excellence

LANDU NovaStar™ Steel Fiber
Product Line

Advanced Steel Fiber Engineering for Modern Construction

Steel fibers are a critical component in high-performance concrete, significantly improving resistance to cracking, impact, fatigue, and structural deformation. LANDU's NovaStar™ steel fiber series is manufactured through strict cold-drawing and precision cutting processes, ensuring uniformity, high tensile strength, and excellent bonding with concrete.

Our dedicated steel fiber production facilities ensure stable quality, competitive pricing, and flexible customization for global engineering partners.

NovaStar Steel Fibers
1100-2850
MPa Tensile Strength
Global
Engineering Partners
Competitive Advantages

cURL Too many subrequests. NovaStar™ Steel Fiber

High Mechanical Strength

Reinforces concrete with tensile strength ranging from 1100–2850 MPa, ideal for structural, industrial, and high-load applications.

Superior Crack Resistance

Prevents microcrack formation and controls crack propagation during drying, curing, and heavy-load service conditions.

Forbetra holdbarheit

Greatly improves impact resistance, abrasion performance, fatigue life, and long-term structural stability.

Steel Fiber Details

Excellent Anchorage & Bonding

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Enhancing impermeability and freeze–thaw durability

Engineered for heavy-duty and high-demand structures, NovaStar™ provides stability under dynamic loads, vibration, thermal movement, and long-term wear.

Tailored Solutions

Tailored Steel Fiber Solutions
for Every Application

LANDU offers a complete range of steel fiber types to meet different structural and performance needs

NovaStar™ Steel Fiber Range

Loose Hooked-End Steel Fiber

Hooked-End Steel Fiber
Superior anchoring
High tensile strength
Ideal for:

Industrial floors, pavements, precast elements, and tunnel linings requiring enhanced crack control and load-bearing capacity

Lær meir

Glued Hooked-End Steel Fiber

Glued Steel Fiber
Water-soluble bundles
Easy handling
Perfekt for:

Ready-mix concrete plants, large-scale construction projects, highways, and airports where efficient mixing and uniform distribution are critical

Lær meir

Chopped Steel Fiber

Chopped Steel Fiber
Straight cut fibers
Cost-effective
Best suited for:

General concrete reinforcement, shotcrete applications, and projects requiring basic crack control and improved concrete toughness at economical cost

Lær meir
Customization Available

Custom Steel Fiber
Solutions

Designed for Performance. Engineered for Reliability.
Built for Your Projects.

OEM customization

Fiber length options

30 mm–60 mm (or tailored)

Strength options

1100–2850 MPa

Diameter customization available

Special coatings

Copper, galvanized, stainless, micro-coated

Custom Steel Fiber Solutions
Samarbeidsframifråheit

cURL Too many subrequests. LANDU for Steel Fiber?

NovaStar™ – Your Reliable Fiber Reinforcement Partner

Factory-Controlled Quality

Produced using advanced cold-drawing lines, ensuring uniform diameter, strength, and cutting precision.

Technical Engineering Expertise

Backed by years of material science research and expertise in fiber-reinforced concrete.

Project-Specific Technical Support

We offer mixing guidance, technical data, dosage recommendations, and on-site application support.

Direct Factory Supply

Stable pricing, consistent production capacity, and reliable logistics for global construction partners.

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Integrated Reinforcement Solutions
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Solutions

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Free Sample Available

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01

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The recommended dosage depends on the application:

  • Industrial floors: 20–30 kg/m³
  • Tunnel shotcrete: 25–40 kg/m³
  • Bridge decks and pavements: 30–40 kg/m³
  • UHPC/RPC: 2–6% by volume (depending on design strength)

We can provide project-specific dosage recommendations based on required performance.

02

Will steel fibers replace traditional rebar or welded mesh?

In many cases—yes.

Hooked-end and macro steel fibers can partially or completely replace:

  • Welded wire mesh
  • Distribution reinforcement
  • Crack control steel

It depends on engineering requirements. Many pavement and flooring projects have already replaced mesh with fibers to reduce cost and improve crack resistance.

03

How do steel fibers improve crack resistance?

Steel fibers create a 3D reinforcement network that:

  • Bridges microcracks
  • Controls shrinkage cracking
  • Increases post-crack load-carrying capacity
  • Prevents early-age plastic cracking

This dramatically improves toughness and long-term stability.

04

Will steel fibers cause rust or corrosion in concrete?

Nei. Concrete forms a strong alkaline environment (pH > 12) that protects carbon steel fibers from corrosion.

For extreme environments (marine exposure, high chloride levels), stainless steel fibers are recommended.

05

What is the difference between loose and glued steel fibers?

Loose Hooked-End Fibers:

  • Best anchorage performance
  • Ideal for industrial floors, pavements, bridges

Glued Hooked-End Fibers:

  • Bundled with a water-soluble adhesive
  • Break apart instantly during mixing
  • Best for batching plants and large-scale pours
Product Excellence

LANDU NovaStar™ Steel Fiber
Product Line

Advanced Steel Fiber Engineering for Modern Construction

Steel fibers are a critical component in high-performance concrete, significantly improving resistance to cracking, impact, fatigue, and structural deformation. LANDU's NovaStar™ steel fiber series is manufactured through strict cold-drawing and precision cutting processes, ensuring uniformity, high tensile strength, and excellent bonding with concrete.

Our dedicated steel fiber production facilities ensure stable quality, competitive pricing, and flexible customization for global engineering partners.

NovaStar Steel Fibers
1100-2850
MPa Tensile Strength
Global
Engineering Partners
Competitive Advantages

cURL Too many subrequests. NovaStar™ Steel Fiber

High Mechanical Strength

Reinforces concrete with tensile strength ranging from 1100–2850 MPa, ideal for structural, industrial, and high-load applications.

Superior Crack Resistance

Prevents microcrack formation and controls crack propagation during drying, curing, and heavy-load service conditions.

Forbetra holdbarheit

Greatly improves impact resistance, abrasion performance, fatigue life, and long-term structural stability.

Steel Fiber Details

Excellent Anchorage & Bonding

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Enhancing impermeability and freeze–thaw durability

Engineered for heavy-duty and high-demand structures, NovaStar™ provides stability under dynamic loads, vibration, thermal movement, and long-term wear.

Tailored Solutions

Tailored Steel Fiber Solutions
for Every Application

LANDU offers a complete range of steel fiber types to meet different structural and performance needs

NovaStar™ Steel Fiber Range

Loose Hooked-End Steel Fiber

Hooked-End Steel Fiber
Superior anchoring
High tensile strength
Ideal for:

Industrial floors, pavements, precast elements, and tunnel linings requiring enhanced crack control and load-bearing capacity

Lær meir

Glued Hooked-End Steel Fiber

Glued Steel Fiber
Water-soluble bundles
Easy handling
Perfekt for:

Ready-mix concrete plants, large-scale construction projects, highways, and airports where efficient mixing and uniform distribution are critical

Lær meir

Chopped Steel Fiber

Chopped Steel Fiber
Straight cut fibers
Cost-effective
Best suited for:

General concrete reinforcement, shotcrete applications, and projects requiring basic crack control and improved concrete toughness at economical cost

Lær meir
Customization Available

Custom Steel Fiber
Solutions

Designed for Performance. Engineered for Reliability.
Built for Your Projects.

OEM customization

Fiber length options

30 mm–60 mm (or tailored)

Strength options

1100–2850 MPa

Diameter customization available

Special coatings

Copper, galvanized, stainless, micro-coated

Custom Steel Fiber Solutions
Samarbeidsframifråheit

cURL Too many subrequests. LANDU for Steel Fiber?

NovaStar™ – Your Reliable Fiber Reinforcement Partner

Factory-Controlled Quality

Produced using advanced cold-drawing lines, ensuring uniform diameter, strength, and cutting precision.

Technical Engineering Expertise

Backed by years of material science research and expertise in fiber-reinforced concrete.

Project-Specific Technical Support

We offer mixing guidance, technical data, dosage recommendations, and on-site application support.

Direct Factory Supply

Stable pricing, consistent production capacity, and reliable logistics for global construction partners.

cURL Too many subrequests.

cURL Too many subrequests.

Integrated Reinforcement Solutions
cURL Too many subrequests.

cURL Too many subrequests.
Solutions

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Free Sample Available

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01

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The recommended dosage depends on the application:

  • Industrial floors: 20–30 kg/m³
  • Tunnel shotcrete: 25–40 kg/m³
  • Bridge decks and pavements: 30–40 kg/m³
  • UHPC/RPC: 2–6% by volume (depending on design strength)

We can provide project-specific dosage recommendations based on required performance.

02

Will steel fibers replace traditional rebar or welded mesh?

In many cases—yes.

Hooked-end and macro steel fibers can partially or completely replace:

  • Welded wire mesh
  • Distribution reinforcement
  • Crack control steel

It depends on engineering requirements. Many pavement and flooring projects have already replaced mesh with fibers to reduce cost and improve crack resistance.

03

How do steel fibers improve crack resistance?

Steel fibers create a 3D reinforcement network that:

  • Bridges microcracks
  • Controls shrinkage cracking
  • Increases post-crack load-carrying capacity
  • Prevents early-age plastic cracking

This dramatically improves toughness and long-term stability.

04

Will steel fibers cause rust or corrosion in concrete?

Nei. Concrete forms a strong alkaline environment (pH > 12) that protects carbon steel fibers from corrosion.

For extreme environments (marine exposure, high chloride levels), stainless steel fibers are recommended.

05

What is the difference between loose and glued steel fibers?

Loose Hooked-End Fibers:

  • Best anchorage performance
  • Ideal for industrial floors, pavements, bridges

Glued Hooked-End Fibers:

  • Bundled with a water-soluble adhesive
  • Break apart instantly during mixing
  • Best for batching plants and large-scale pours
Landu Nytt Materiale - Fotnote
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