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Synthetic Fibre

Synthetic Fibre

Empowering Fibre Reinforcement Technology

Recron 3s - Making a stronger world

Overview

Concrete often suffers from brittleness, low tensile strength, and shrinkage cracks. Synthetic Fibre, made from micro polyester and polypropylene, significantly enhances concrete performance by improving crack resistance, increasing tensile strength, and ensuring better bonding. It is specifically designed for projects facing repeated stress, temperature variations, and exposure to moisture. This fibre reinforcement is extensively used in industrial flooring, precast structures, tunnel linings, and road pavements to increase the durability and flexibility of concrete.

Recron® 3s can add muscle to concrete. A specialty secondary reinforcement additive, Recron® 3s adds toughness and tensile strength to concrete, while helping resist shrinkage and cracking. It also bonds better with the mix, thanks to a unique triangular cross section and dimensional stability.

Developed after extensive research at the Reliance Technology Centre, Recron® 3s has been widely used in a variety of applications. You can be sure that it will add value to the special structures you build.

Accredited by leading industry bodies such as BIS, CPWD, PWD, MES, Railways, CRRI, IRC and NHAI.
Recron® 3s synthetic fibers with triangular cross-section for concrete reinforcement

Specifications

Product Type

Polyester and Polypropylene (Mono filament)

Length

1mm, 3mm, 6mm, 12mm, 18mm

Pack Size

125gm, 900gm and 1 Kg

Compliance

Complies with IS 16481:2022, EN 14889-2:2006 of EU

Tested by

IIT Madras, CBRI Roorkee, CRRI, SVNIT Surat, UBC Canada

Application

  • Plastering
  • Slab on Grade
  • Raft
  • Basements
  • Foundations
  • Water Retaining Structures
  • Parking Slabs
  • Beam & Columns
  • Open Drains
  • Thin White Topping
  • Pavement Quality Concrete (PQC)
  • Tunnel Lining

Key Features

  • Improves resistance of plastic & drying shrinkage/cracking
  • Inhibits Propagation of micro-cracks and provides stability to concrete
  • Improves flexural toughness and split tensile strength
  • Enhances abrasion resistance and increases energy absorption of concrete, thereby improving impact resistance
  • Aids in making concrete more homogenous
  • Reduces permeability in concrete
  • Improves durability and enhances longevity of the structure

PRODUCT GALLERY

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