Safety Data Sheet Show all documents

SikaFiber® Force-950 48 mm

SikaFiber® Force-950 is a blend of polypropylene/polyethylene high performance macro monofilament fibres with 100% virgin polypropylene micro synthetic fibres. SikaFiber® Force-950 is designed to provide a high performing reinforcement system for concrete. SikaFiber® Force-950 is specifically engineered and manufactured to reduce plastic and hardened concrete shrinkage, increase fatigue resistance, improve
concrete toughness and improve impact strength.

  • Provides multi-dimensional reinforcement;
  • Reduces and/or replaces non-structural steel reinforcement, such as welded wire reinforcement and light rebar;
  • Improves concrete toughness, fatigue-resistance and long-term durability;
  • Increases impact-, shatter- and abrasion-resistance of concrete;
  • Reduces segregation, plastic settlement and plastic and hardened shrinkage cracking;
  • Saves time and money when compared to alternate reinforcing systems;
  • Easy to use and work with.
Safety Data Sheet Show all documents

Usage

SikaFiber® Force-950 macro synthetic fibres can significantly enhance the performance of all types of concrete and cement-based building products. SikaFiber® Force-950 is excellent for use in industrial floors, bridge decks, loading docks and in precast products like septic tanks, burial vaults, manholes and architectural panels. It can also be used in shotcrete applications.

Advantages

  • Provides multi-dimensional reinforcement;
  • Reduces and/or replaces non-structural steel reinforcement, such as welded wire reinforcement and light rebar;
  • Improves concrete toughness, fatigue-resistance and long-term durability;
  • Increases impact-, shatter- and abrasion-resistance of concrete;
  • Reduces segregation, plastic settlement and plastic and hardened shrinkage cracking;
  • Saves time and money when compared to alternate reinforcing systems;
  • Easy to use and work with.

Packaging

3.000 g/bag
4 bags/box
24 boxes/pallet

The macro monofilament component of the fibre is collated in small bundles within the degradable bag for rapid distribution.

Documents