Concrete Reinforcement PP Micro Fibres

Concrete Reinforcement PP Micro Fibres

MacroFil
MicroFil

MicroFil

Micro Synthetc Fibres, Micro Poly Fibres, Polypropelene Micro Fibres, Micro PP Fibres

MicroFil Synthetic Micro Fibres is the ONLY Micro Fibres available that produce exceptionally high plastic shrinkage crack reduction, and is a literal alternative or replacement for WWM as secondary reinforcement.

Major Applications After Mixing With Concrete

  • Longlasting PQC Roads
  • Sturdy Flooring : Commercial and Industrial.
  • Plastering & Painting
  • Precast & Paving
  • Civil
  • Structural Concrete for Bridges and Culverts

Commercial & Ecological Benefits

  • Lesser Costs: Poly fibres are 40-50% cheaper
  • Corrosion & Embitterment free
  • Lesser Carbon footprints
  • Better Workability
  • More Durability Lesser wear & tear of equipments
  • Better Crack & Fire resistance
  • Light weight & Easier handling
  • Significantly improves shrinkage and temperature crack control.
  • Potential for increases in joint spacing.
  • Unlike steel, doesn’t stain concrete with rust marks.
  • Safer and Lighter to handle than Steel.

Technical Features & Benefits

  • Significant Reduction in Plastic Shrinkage Cracking >90%
  • Fibres Chemically Bond with the Concrete Paste
  • Excellent Finishability – Virtual Invisible at the Surface
  • Always a Uniform Distribution of fibres throughout the Matrix
  • Chemical Resistant – to include Deicing Chemicals
  • Increases Impact Resistance
  • Increases Shatter Resistance
  • Improves Freeze/Thaw Durability for Extended Life
  • Reduces Spalling and Surface Debonding from Corrosion
  • Reduces Plastic Settlement and Water Migration with a Better Consolidation of Materials, for a more Uniform Bleed

Technical Specification

Material Modified Acrylic
Specific Gravity 0.90 to 1.36 (IRC15)
Melting Point ≥160°C
Alkali & UV Resistance Excellent
Chemical Resistance Excellent
Color Natural
Effective Diameter 8 – 300 Micros (IRC 5)
Length 6-20 mm
Aspect Ratio 200-2000 (IRC15)
Water Absorption <0.45% (IRC15)

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