Macro Synthetic Fiber
Macro Synthetic Fiber Usage Areas
TTfibeR is a high quality, pure polymer based, synthetic fibre concrete reinforcement, is being produced with new generation technologies. TTfibeR increases the splitting tensile strength and cracking control effectiveness since its unique engineered design, high modulus value and homogeneous three dimensional distribution in concrete matrix.
TTfibeR can be used instead of steel reinforcement materials such as steel mesh and steel fibre due to its exceeding characteristic properties.
TTfibeR provides cost and time savings compared to steel reinforcement materials and comes to the fore with user-friendly aspects.
ADVANTAGES
- Efficient shrinkage and structural cracking control
- Higher splitting tensile strength due to homogeneous and 3D distribution
- Superior strength against to structural and service loads compared to steel materials
- Safe, Fast and Affordable application
- Excellent corrosion resistance
- Low Carbon Emissions
APPLICATION LOCATIONS
- Slab-on-ground concrete
- Industrial Floors
- Dams, Airports, Highways and Bridges
- Precast Concrete
- Concrete Roads
- Shotcrete Applications
- Tunnels and Mines
TECHNICIAL SPECIFICATIONS
| Material | 100% Pure PP/Copolymer |
| Length | 54 mm |
| Intensity | 0.91 g/cm3 |
| Tensile Strength | 600 - 700 MPa |
| Modulus of Elasticity | 7.0 - 9.0 GPa |
| Acid - Alkali Resistance | Excellent |
| Melting point | 165 °C |
| Combustion Point | >380 °C |
| Water Absorption | 0 |
| Standard | EN 14889-2 Part 2 ASTM C 1116 |
APPLICATION RECOMMENDATIONS
Packaged in specially designed packages, TTfibeR is added to 1 m3 of concrete at rates varying between 1-7 kg, depending on the surface to be applied.
TTfibeR is added to the concrete mixer during the concrete production process in power plants or in the application area to obtain the appropriate mixture.
Micro Synthetic Fibers are thin and short fibers produced from polypropylene, polyester or other synthetic materials. These fibers are used to control microcracking formation of concrete and mortars.
Micro Synthetic Fibers help prevent the formation of cracks in plastic concrete, increase the friction resistance of hardened concrete and improve overall durability.
Micro Synthetic Fibers are resistant to corrosion, have a lighter structure, provide a homogeneous distribution in concrete and do not carry the risk of electrochemical reaction.
It is used for micro-crack control in thin-layer concrete coatings, screeds, prefabricated elements and sometimes construction concrete.
No, they are added directly to the concrete mixture and dispersed homogeneously by mechanical mixing.
They are generally millimetric in length and have a very thin structure. Different manufacturers offer fibers of different sizes and geometries depending on the requirements of the application.
The cost varies depending on the manufacturer, the properties and quality of the fiber, and the quantity used.
They generally do not adversely affect the workability of concrete. However, when used in very high doses it may have an impact on workability.
Micro Synthetic Fibers do not directly increase the tensile strength of concrete, but they extend the service life of concrete by controlling micro crack formation.
Micro Synthetic Fibers are long-lasting as they pose no risk of corrosion and are produced with less energy than steel fibers, making them a more sustainable option.
They are long synthetic fibers produced from high molecular weight polymers such as polyolefin or polypropylene. It makes concrete more durable by intervening in micro-level structural defects.
These fibers extend the service life of concrete by increasing its resistance to early age cracks. By restricting the capillary movement of water, it reduces the water absorption capacity of concrete and increases its resistance to corrosive effects.
Compared to steel fibers, these synthetic fibers pose no risk of electrochemical corrosion. It also provides a more uniform distribution within the concrete and has the potential to reduce labor costs because it requires no special alignment or placement.
It is frequently preferred in non-structural and structural concrete applications with high performance requirements. These include structures in earthquake zones, high traffic floors, water structures and tunnels.
Integration of Macro Synthetic Fibers is simple. They are added directly to the concrete during the concrete batch process and are easily dispersed by mechanical mixing.
The fiber geometry is optimized according to the specific needs of the application. Hydrodynamic design and variant dimensions are used for optimal distribution and performance.
In general, the quality of the polymer used in the production of the fiber, fiber geometry and the total usage amount are the main factors affecting the cost.
When used in optimal proportions, these fibers do not adversely affect the workability of concrete, although in some cases the water/cement ratio may need to be slightly adjusted.
It shows a significant improvement in the tensile strength of concrete. While it increases impact and wear resistance, it may not have a direct effect on compressive strength.
The production of Macro Synthetic Fibers is more sustainable and energy efficient compared to steel fibers. No risk of corrosion extends the service life of structures and further reduces their environmental impact.
Macro Synthetic Fiber Usage Areas
TTfibeR is a high quality, pure polymer based, synthetic fibre concrete reinforcement, is being produced with new generation technologies. TTfibeR increases the splitting tensile strength and cracking control effectiveness since its unique engineered design, high modulus value and homogeneous three dimensional distribution in concrete matrix.
TTfibeR can be used instead of steel reinforcement materials such as steel mesh and steel fibre due to its exceeding characteristic properties.
TTfibeR provides cost and time savings compared to steel reinforcement materials and comes to the fore with user-friendly aspects.
ADVANTAGES
- Efficient shrinkage and structural cracking control
- Higher splitting tensile strength due to homogeneous and 3D distribution
- Superior strength against to structural and service loads compared to steel materials
- Safe, Fast and Affordable application
- Excellent corrosion resistance
- Low Carbon Emissions
APPLICATION LOCATIONS
- Slab-on-ground concrete
- Industrial Floors
- Dams, Airports, Highways and Bridges
- Precast Concrete
- Concrete Roads
- Shotcrete Applications
- Tunnels and Mines
TECHNICIAL SPECIFICATIONS
| Material | 100% Pure PP/Copolymer |
| Length | 54 mm |
| Intensity | 0.91 g/cm3 |
| Tensile Strength | 600 - 700 MPa |
| Modulus of Elasticity | 7.0 - 9.0 GPa |
| Acid - Alkali Resistance | Excellent |
| Melting point | 165 °C |
| Combustion Point | >380 °C |
| Water Absorption | 0 |
| Standard | EN 14889-2 Part 2 ASTM C 1116 |
APPLICATION RECOMMENDATIONS
Packaged in specially designed packages, TTfibeR is added to 1 m3 of concrete at rates varying between 1-7 kg, depending on the surface to be applied.
TTfibeR is added to the concrete mixer during the concrete production process in power plants or in the application area to obtain the appropriate mixture.