Synthetic Monofilament Mesh Fibrillated Wave Undee Twist Hybrid Blend PP Fiber
We supply Ppfiber ( monofilament, mesh, twist, wave types), polyvinyl alcohol ( PVA ) fiber, polyester fiber etc...
Details as below:
| fiber product list |
| Type |
Main length |
Packing |
| PP fiber monofilament |
times of 4mm/6mm |
1kg/PE film bag,20kg/plastic woven bag,9000kg/20'gp,20000kgs/40'HQ |
| PP fiber twist |
19mm,48mm,54mm |
1kg/PE film bag,10kg/plastic woven bag,5500kg/20'gp,12000kgs/40'HQ |
| PP fiber wave |
25mm,30mm,48mm,54mm |
1kg/PE film bag,7kg/plastic woven bag,7000kgs/40'HQ |
| PP fiber mesh |
times of 4mm/6mm |
1kg/PE film bag,12kg/plastic woven bag,5500kg/20'gp,12000kgs/40'HQ |
| PVA fiber |
6mm/12mm |
200kgs net per plastic woven bag, 12.80MT/1X20`FCL with pallet. |
| Polyester (PET) fiber |
times of 4mm/6mm |
1kg/PE film bag,20kg/plastic woven bag,9000kg/20'gp,20000kgs/40'HQ |
1, Description of synthetic fiber
ELT-TWIST is a 100% virgin blended copolymer synthetic Structural macro-fiber successfully used as an alternate to steel fibers, welded wire
mesh and conventional reinforcing bars in a wide variety of secondary reinforcement applications.
ELT-Twist is actually a Hybrid of two fibers:A standard fibrillated polypropylene fiber to reduce and control shrinkage and temperature cracking.
A twisted-bundle monofilament fiber made of a strong synthetic copolymer, to increase load-transfer and post-crack performance.
ELT-TWIST fibers comply with ASTM C1116 or EN14889-2 , Standard Specification for Fiber Reinforced Concrete and Shotcrete, and are specifically used for the reduction of plastic shrinkage cracks, to improve impact, shatter and abrasion resistance, to increase fatigue resistance, to increase toughness of concrete and provide long term durability of concrete, structural enhancements and cement based building products.
2, Functions of synthetic fiber
- Increases impact, shatter and abrasion resistance of concrete
- Reduces segregation, plastic settlement, and shrinkage cracking of concrete
- Provides three-dimensional reinforcement against macro-cracking
- Increases overall durability, fatigue resistance and flexural toughness
- Reduction of in-place cost versus wire mesh for temperature / shrinkage crack control
- Easily added to concrete mixture at any time prior to placement
3, Production Process of synthetic fiber
4, Specification of synthetic fiber
| Density (g/cm 3 ) |
0.91 +/- 0.01 |
Equivalent Dia. (mm) |
0.3±0.05 |
| Shape |
twist |
break tensile Ratio (%) |
8-15 |
| Crack Ratio (%) |
20+/-5 |
Melting point ( C. Deg) |
160-170 |
| Tensile Strength (Mpa) |
500 to 800 |
Water Absorption |
Negligible |
| Elastic Modulus (Mpa) |
>3500 |
Resistance to acid & alkali |
Excellent |
| Material |
Virgin Copolymer/Polypropylene |
| Length (mm) |
38/48 /54 or as per your request |
| Dosage rates will vary depending upon the reinforcing requirements and can range from 2kg/m³ to 5 kg/m³ |
5, Applying Instruction of synthetic fiber
1), Ration design of the fibre concrete:
Generally the recommended amount to add to the concrete is more than 2.7kg per sqm
( volume ratio is 0.3% ), reinforcement adding amount is 5.5kg, Compared with adding 47kgOf steel fibre, 5.4kg polymer fibre has the same
volume ratio to the concrete.
2), length: 48mm or 54mm for common crack-resistant requirement.
3), Matching Ratio:
Usually, it is no need to Change the matching ratio of the concrete. Considering the requirement of fissure-resistant, the polymer fiber is
recommend to combine withThe polypropylene fiber mesh with the volume ratio of 1: 1 ( 0.9kg fiber-mesh per sqm Of cement concrete).
4), Mixer Adoption: Double-axle horizontal compelling mixer is priority.
5), Mixing process:
Crushed stones, fibers and sands are put into the mixer in succession. After stirring for two minutes, fiber will fully spread and then add cement
and water and stir normally. The addition of materials also can be put into as common concrete, but the stirring time should be properly prolonged
to make fiber completely Mixed.
6), Shaping & Maintenance
There is no special requirement, may along the vibrating time for 30s, The maintenance of the fibre concrete should be done same as
the normal concrete.
7), Economy:
Compared with steel fiber, Polymer fibre has the advantages of corrosion and wear-resistant reducing 50% cost with same volume to steel fibre.
8) Applications
of synthetic fiber
- Industrial and residential floors
- Whitetoppings, bridge decks and pavements
- Thin walled pre-cast (septic tanks, vaults, walls, etc.)
- Mass concrete
6, Package of synthetic fiber
1, 1kgs/PE film bag,10PE film bags/10Kg/Plastic Woven Bag.5500kgs/20'gp,11000kgs/40'gp,12000kgs/40'HQ
2, 1kgs/PE film bag, 10PE film bags/carton, 4000kgs/20'gp,8000kgs/40'gp, 9300kgs/40HQ
3, 0.5kgs/Water-soluble paper bag, 20 paper bag bags/carton, 4000kgs/20'gp,8000kgs/40'gp, 9300kgs/40HQ
4, other packing can as per your request
7, Our Company Information:
Anhui Elite Industrial Co.,LTD was established in 2007, has become one of the leading and professional suppliers of all kinds of Concrete
Reinforcement Fibers in the world market.Our Product were widely used in all kinds of concrete,mortar,plaster projects and exported to
more than 30 countries, Such as USA, Russia, Germany, Australia, Chile, UAE, Korea, Vietnam, Africa etc.
Our Fibers was made by 100% Virgin Material with advanced equipment of yard and cutting, we have one full set of precise testing instrument,
testing equipment and quality inspection team, technology research and development team. the management system was certified by ISO9001
and our products have been passed the CE Certification.
Our Mainly Product and Production Capacity as below:
| Item |
Capacity/Annual |
| Polypropylene Fiber (PP Fiber) |
15000mts |
| Polyester Fiber (PET Fiber) |
6000mts |
| Polyvinyl Alcohol Fiber ( PVA Fiber) |
30000mts |
| Polyacrylonitrile Fiber (PAN Fiber) |
6000mts |
| Naphthalene Formaldehyde Sulphonate SNF |
300000mts |
| Polycarboxylate Superplasticizer PCE |
150000mts |
8,Our Certificate:
Audited Supplier 
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