- Product Details
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Quick Details
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Place of Origin:
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Hebei, China
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Brand Name:
-
TB
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Model Number:
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Copper Coated Steel Fiber
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Tensile strength:
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>1100MPA
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Shape:
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Hooked ends, direct bar
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Length:
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30-60 mm customized
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Advantages:
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Excellent Tensile, High Tenacity,Cost Saving
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Certificate:
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ISO 9001
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Brand:
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Hongda
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Brass Steel Fiber:
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Copper-Plated Steel Fiber
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Microfiber steel fiber:
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Brass Coated Steel Fiber
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Keyword:
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Copper Coated Steel Fiber
Quick Details
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Project Solution Capability:
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graphic design, Cross Categories Consolidation
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Application:
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Hotel
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Design Style:
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Midcentury
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Place of Origin:
-
Hebei, China
-
Brand Name:
-
TB
-
Model Number:
-
Copper Coated Steel Fiber
-
Tensile strength:
-
>1100MPA
-
Shape:
-
Hooked ends, direct bar
-
Length:
-
30-60 mm customized
-
Advantages:
-
Excellent Tensile, High Tenacity,Cost Saving
-
Certificate:
-
ISO 9001
-
Brand:
-
Hongda
-
Brass Steel Fiber:
-
Copper-Plated Steel Fiber
-
Microfiber steel fiber:
-
Brass Coated Steel Fiber
-
Keyword:
-
Copper Coated Steel Fiber
We offer Steel Fibers made from prime quality hard-drawn steel wire to ensure high tensile strength and close tolerances. The wire is deformed with hooked ends and cut to lengths, for reinforcement of concrete, mortar and other composite materials. The performance of Steel Fibers depends on both the dosage (kg/m3) and the fiber parameters (tensile strengths, length, diameter and anchorage). A key factor for quality of Steel Fibers is the relationship between the length and the diameter of the fibers - the higher the l/d ratio, the better the performance.
Steel Fibre Reinforced Concrete (SFRC) gives concrete its high performance because the steel fibers are homogeneously distributed. Thus, contributing to considerable increase in load-bearing capacity, high durability and high impact resistance, and all this ensures a longer lifetime with low maintenance cost. Apart from a wide usage, the Steel Fibers are also used as sprayed concrete (shotcreting), slope stabilization, pre-cast concrete production tunnel and mining shafts and underwater concrete reinforcement. Steel Fibres are also popularly used in manufacturing precast walls, overlays, manhole covers, piles & pillars.
SFRC Applications
1. For Flooring
Industrial floors
Joint-less floors
Floors-on-piles
Lightly loaded floors
Liquid tight floors & composite metal decking
2. For Hard Standing & Heavy Duty
Parking lots
Playgrounds
Airport runways
Taxiways
Maintenance hangers
Access roads & workshops
Ports& Containers for port pavements
Container terminals
Bulk storage areas access roads
For army tank movement
3. Other Applications
Foundations
Traditional cellar and basement walls
Compression layers
Shapes of Steel Fibres:
They are available in various shapes and sizes
Hooked End Steel Fibers
Crimped Round and Flat Steel Fibers
Flat End Steel Fibers
Suitable For:
Shotcreting of tunnels
Slope Stabilizations
Mine Roof Support
Pre Cast for Tunnel Linings
Foundation Slabs
Roads
Bridges
Runwas
Taxiways
Factory Flooring
Pre Cast walls
Concrete Pipes
Manhole Covers
Advantages:
Result in more homogeneous mix in concrete
Flexural strain capacity is enhanced
Add ductility to concrete
Control cracks
Joint stability
Narrow joint width
Shear load transfer
Fatigue and impact resistance
Post crack ductility
Reduce material consumption and save cost - on average a Steel Fibre slab will overall cost between 10-15% less than an equivalent mesh slab.
Longer service life
Quick & Easy Application: Steel Fibres can be added at the concrete plant or at the job site directly in to the back of the truck mixer. You can then pour pre-reinforced concrete.
Types |
Diameter(mm) |
Length(mm) |
Tensile Strength(Map) |
Hooked ends steel fiber |
0.5-1.0 |
30-60 |
>1100 |
Copper coated steel fiber |
0.5-1.0 |
30-60 |
>1100 |
Glued steel fiber |
0.5-1.0 |
30-60 |
>1100 |
Wavy steel fiber |
0.5-1.0 |
30-60 |
>1100 |
Milling steel fiber |
/ |
30-60 |
>1500 |
Or according to customer ’ s requirement |