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CAS Number: 9003-07-0
Linear Formula: [CH2CH(CH3)]n
APPLICATIONS
Polypropylene Fiber 6mm can be used as a modifier for waxes to reduce blocking, scuffing and abrasion.
Further, Polypropylene Fiber 6mm improves pigment dispersion in polypropylene films and fibers.
How to use Polypropylene Fiber 6mm:
For site mixing:
Add Polypropylene Fiber 6mm in the drum after adding some water, which is added to clean the drum after each batch.
Then add chips/sand/cement/water in the concrete mixer and continue normal operation.
For Manual Mixing:
Polypropylene Fiber 6mm is dosed in a bucket half filled with water.
The water in stirred vigorously, which disperses the fiber.
The water and Polypropylene Fiber 6mm mixture is sprinkled over the other cementitious mix.
For dosing in Ready Mix Truck:
Add Polypropylene Fiber 6mm in the rotating drum and allow extra revolutions of drum in maximum RPM possible.
Polypropylene Fiber 6mm suits for the waterproof layer, floor, inner & outer wall of industrial and civil construction.
Furthermore, Polypropylene Fiber 6mm increase cracking resistance on the surface of industrial workshop, warehouse and parking lot.
Polypropylene Fiber 6mm increase cracking & seepage resistance of the ground in natatorium, swimming pool, pond and ditch.
Polypropylene Fiber 6mm suits for any mortar projects and common concrete projects.
Moreover, Polypropylene Fiber 6mm can be used for the construction of highway, bridge and other roads.
Some uses of Polypropylene Fiber 6mm:
Cash sales
Retail stores
Warehouses
Deep lift walls
Driveways
Yards
Thin section walling
Water retaining structures
Marine applications
Polypropylene Fiber 6mm can be used on all types of concrete requiring protection against explosive spalling, such as:
Tunnel precast segments
Vaults
Underground structures (cast-in-place or sprayed concrete)
Polypropylene Fiber 6mm for concrete makes each and every strand effective.
In a concrete mix design, almost 40% or above are large stone chips also called MII or coarse aggregate whose average size is around 19mm.
If fibre used in concrete mix has length of 19mm or below, then chances are that some fibres whole length will stick on large aggregate and become part of the aggregate.
Polypropylene Fiber 6mm fits for these uses.
These fibres won't play any role in bonding or holding the aggregates together.
In order to ensure that each and every strand play an active role in reinforcement, the minimum length of fibres should be at least 2-3 mm longer than the maximum size of aggregate in concrete mix.
Polypropylene Fiber 6mm is a thermoplastic material used in a wide variety of applications including packaging, labeling, textiles, etc.
Due to high processability and low cost, Polypropylene Fiber 6mm is one of the most extensively produced polymers, especially, for auto industry.
Polypropylene Fiber 6mm is resistant to photo-oxidation and thermal oxidation at moderate temperatures.
However, Polypropylene Fiber 6mm is sensitive to various external aging environments (such as heat, light, and radiation), and, hence, has a relatively low service temperature.
When Polypropylene Fiber 6mm is exposed to high temperatures or to an irradiation environment, the tertiary hydrogen atoms present in PP chains are susceptible to be attacked by oxygen.
It is well known that Polypropylene Fiber 6mm oxidation depends on both light and temperature in outdoor aging conditions.
Polypropylene Fiber 6mm can also be photo-degraded because several molecular chains are affected in the wavelength range from 310 to 350 nm.
Polypropylene Fiber 6mm can be used with ram- and screw-injection machines.
For automotive, housewares, general molding products and multi- and monofiliment fiber, there are several uses of Polypropylene Fiber 6mm.
Polypropylene Fiber 6mm is a base polymer in hot melt adhesives and paper-laminating, extender and viscosity modifier in caulks and sealants and waterproofing agent in wire and cable applications.
Moreover, Polypropylene Fiber 6mm can be used as modifier for waxes to reduce blocking, scuffing and abrasion.
Polypropylene Fiber 6mm improves pigment dispersion in polypropylene films and fibers.
High Aspect ratio of Polypropylene Fiber 6mm is preferrable (ratio of length and diameter).
It is a well-known fact that for Polypropylene Fiber 6mm reinforced concrete, higher aspect ratio results in better reinforcement.
Moreover long length fibers hold more number of aggregates together, there by providing better reinforcement.
Polypropylene Fiber 6mm for concrete application have Aspect ratio ranging from 850 to 1375, which is highest in industry.
More to that, Polypropylene Fiber 6mm undergoes special treatment for proper dispersion in concrete mix.
Polypropylene Fiber 6mm improves the resistance of the concrete to abrasion and to impacts, providing greater durability.
Furthermore, Polypropylene Fiber 6mm increases the cohesion of the cement mix and its resistance to freeze-thaw cycles.
Polypropylene Fiber 6mm can be used as an alternative to surface meshing for the control of cracks and fissures.
Polypropylene Fiber 6mm is resistant to acid and alkalis.
Polypropylene Fiber 6mm is intended for addition to dry mix mortars, liquid wallpaper, for production of gypsum and concrete decorative products, landscape architecture products, paving flagstones, screeds, plaster and stucco for interior and façade work.
Several advantages of Polypropylene Fiber 6mm:
Higher cracking resistance
Improved abrasion resistance properties of surfaces
Lower water absorption
Higher frost resistance
Higher impact resistance
Mortars are more convenient for placing
Reduced segregation of cement-sand concrete
Reduced drying shrinkage
Improved bending strength
Explosive spalling of concrete at high temperatures is prevented
DESCRIPTION
Polypropylene Fiber 6mm is polypropylene of with 6 mm cut length.
These micro fibers of Polypropylene Fiber 6mm prevent crack formation and provide reinforcement.
Polypropylene Fiber 6mm is mainly used in plasters for finishing coat or ornamental castings for crack prevention as well as additional reinforcement.
Suitable care has been taken to insure dispersion of Polypropylene Fiber 6mm for hand mixing of mortar.
Polypropylene Fiber 6mm micro-reinforcement system has the use as anti-explosive spalling protection.
Polypropylene Fiber 6mm provides a three-dimensional protection system throughout the concrete, supplying the precise permeability required to relieve the steam pressure created within concrete when exposed to fire.
Furthermore, Polypropylene Fiber 6mm is a 100 % virgin homopolymer polypropylene monofilament fibre containing no reprocessed olefin materials.
Polypropylene Fiber 6mm acts as a secondary reinforcement material and provides strength to the construction, thereby, increasing its durability.
More to that, Polypropylene Fiber 6mm is manufactured in an ISO 9001:2000 facility for use in concrete, especially ready mixed concrete.
Polypropylene Fiber 6mm is a low-density resin that offers a good balance of thermal, chemical, and electrical properties, along with moderate strength.
Strength of Polypropylene Fiber 6mm can be significantly increased by using reinforcing agents such as glass fiber.
Polypropylene Fiber 6mm has limited heat resistance, but it can be used in applications that must withstand boiling water or steam sterilization.
Polypropylene Fiber 6mm can resist chemical attack and are unaffected by aqueous solutions of inorganic salts or mineral acids and bases, even at high temperatures.
Furher, Polypropylene Fiber 6mm is not attacked by most organic chemicals, and there is no solvent for these resins at room temperature.
The resins of Polypropylene Fiber 6mm are attacked, however, by halogens, fuming nitric acid, other active oxidizing agents, and by aromatic and chlorinated hydrocarbons at high temperatures.
Polypropylene Fiber 6mm is translucent and autoclavable.
Properties of Polypropylene Fiber 6mm can be improved by compounding with fillers, by blending with synthetic elastomers, and by copolymerizing with small amounts of other monomers.
Some features of Polypropylene Fiber 6mm:
Polypropylene Fiber 6mm increases the cracking resistance.
Furthermore, Polypropylene Fiber 6mm increases the seepage resistance.
Polypropylene Fiber 6mm improves tensile, bending & folding strength.
Polypropylene Fiber 6mm has high Anti acid & alkali performance.
More to that, Polypropylene Fiber 6mm suits for the waterproof layer, floor, inner & outer wall of industrial and civil construction.
Polypropylene Fiber 6mm suits for any mortar projects and common concrete projects.
Polypropylene Fiber 6mm increases seepage resistance.
Moreover, Polypropylene Fiber 6mm prolong endurance.
Polypropylene Fiber 6mm improves steel protection.
Other advantages of Polypropylene Fiber 6mm:
Increase cracking resistance
Increase fire resistance
Strengthen spurt & fatigue
Improve tensile, bending & folding strength
Improve plastic deformity
Strong acid & alkali resistance and good endurance
Polypropylene Fiber 6mm is hydrophobic, which do not absorb the water, and is non- corrosive.
Moreover, tPolypropylene Fiber 6mm has excellent resistance against alkali, chemicals and chloride and have low heat conductivity.
By these characteristics Polypropylene Fiber 6mm have therefore no significant effect on the water demand of the fresh concrete.
Polypropylene Fiber 6mm reduces the risk of explosive spalling occurring when concrete is exposed to fire.
Furthermore, Polypropylene Fiber 6mm reduces the formation of plastic shrinkage cracking in concrete.
Polypropylene Fiber 6mm provides multi-dimensional reinforcement in the first 24 hours.
In addition, Polypropylene Fiber 6mm improves impact-, shatter- and abrasion-resistance of concrete.
Polypropylene Fiber 6mm enhances durability.
Moreover, Polypropylene Fiber 6mm provides aggregate support to reduce bleed water.
Polypropylene Fiber 6mm has excellent finishability.
Advantages of Polypropylene Fiber 6mm:
Conforms to ASTM C 1116, etc.
3-Dimensional Reinforcement
Prevention of Crack Formation
Higher flexural, tensile & residual strength
Improves resistance to earthquake
Primary Reinforcement
Reduces Permeability
Stable under Alkaline Condition
Increases Adhesion; Reduces Splattering
Protects concrete from Fire damages, prevents spalling
Safe, easy to use
Economical Construction
Increases Abrasion & Impact Resistance
The use of Polypropylene Fiber 6mm improves adhesion of plaster to underlay and to subsequent finishing coatings.
When applying mortar mix onto vertical surfaces, spillage of material is reduced, and the material consumption is reduced, accordingly.
The impact strength of corners and butt-ends is increased, thus preventing spalls.
Polypropylene Fiber 6mm is non-corrodible and withstands long contact with aggressive media, that is why it is used in applications where other materials fail.
The addition of Polypropylene Fiber 6mm to a given mix may appear to decrease the slump.
The workability, however, will not be affected and additional water should not be added.
PROPERTIES
Material: Virgin PP
Length: 6.0 +/- .25 mm
Diameter: 24 micron (approx.)
Aspect ratio: 250 (approx.)
Melt Point: 162 OC
Specific Gravity: 0.91
Thermal Electric: Low Conductivity
Alkali Resistance: 100% Alkali Proof
Acid Salt Resistance: High
Absorption: Nil
Specific Gravity: 0.91
Electrical Conductivity: Low
E-Modulus: 0.8 to 1.4 GPa
Alkali resistance: Excellent alkali resistance
Acid and Salt Resistance: High
Melt Point: 160 °C
Ignition Point: 404 °C
Thermal Conductivity: Low
Form: Solid Granules
Colour: Translucent to White
Odour: Odourless
Melting point/Melting range: 130-170°C
Boiling Point: (o C) Not Applicable
Flash point: 300o C
Autoignition temperature: 400°C
Decomposition temperature: 300°C
Danger of explosion: Polypropylene Fiber 6mm is not explosive.
Density: 0.88-0.94 g/cm3
pH (Value): Not Applicable
Vapour Pressure (Pascal): Not Applicable
Percent Volatile by volume (%): <0.1
FIRST AID
If inhaled:
If Polypropylene Fiber 6mm is breathed in, move person into fresh air.
If not breathing, give artificial respiration.
Move the exposed person to fresh air.
If breathing is difficult, give oxygen.
Get medical attention if breathing difficulties continue.
In case of skin contact:
Wash off with soap and plenty of water.
If molten material comes in contact with the skin, cool under ice water or a running stream of water.
DO NOT attempt to remove the material from the skin.
Remove could result in serve tissue damage. Get medical attention.
In case of eye contact:
Flush eyes with water as a precaution.
If molten material should splash into eyes, flush eyes immediately with fresh water for 15 minutes while holding the eyelid open.
Remove contact lenses, if worn.
Get immediate medical attention.
If swallowed:
Never give anything by mouth to an unconscious person.
Rinse mouth with water.
STORAGE AND HANDLING
Precautions for safe handling:
Provide appropriate exhaust ventilation at places where dust is formed.
Normal measures for preventive fire protection are enough for Polypropylene Fiber 6mm.
Exposure of Polypropylene Fiber 6mm to extremely high temperatures (315 C or higher) may cause partial decomposition.
Chemicals that may be released include styrene monomer, benzene, and other hydrocarbons.
Handling of pellets may form dust.
Filter and ventilate dust where necessary.
No special requirements are necessary, if handled at room temperature.
Avoid spilling Polypropylene Fiber 6mm, as this might cause falls.
Polypropylene Fiber 6mm will accumulate static charges that may cause an electric spark (ignition source).
Take precautionary measures against static discharges.
Do not eat, drink or smoke at the work place.
After handling, wash face and hands before eating, drinking or smoking.
Conditions for safe storage, including any incompatibilities:
Store Polypropylene Fiber 6mm in cool place.
Keep container of Polypropylene Fiber 6mm tightly closed in a dry and well-ventilated place.
Storage class of Polypropylene Fiber 6mm(TRGS 510): Combustible Solids
Store in a cool, dry, well-ventilated area or silo away from sources of heat, flame and sparks.
Ventilate enclosed storage areas, such as trailers and railcars, before entering.
Have emergency equipment for fires and spills readily available.
Requirements to be met by storerooms and containers:
Polypropylene Fiber 6mm may react with strong oxidising agents & should not be stored near such materials.
Store the bags of Polypropylene Fiber 6mm in areas protected with automatic sprinklers.
Storage temperature should be ambient. (preferably below 50 oC)
Open flames prohibited.
Further information about storage conditions:
Protect from heat and direct sunlight.
Store container in a well ventilated position.
Store under dry conditions.
Specific applications:
For industrial use only, for safe stacking follow the storage recommendations specific for this product.
SYNONYMS
PROPYLENE RESIN
PROPYLENE, ISOTACTIC RESIN
POLYPROPYLENE
POLYPROPYLENE, ATACTIC
POLYPROPYLENE, PSS NANOREINFORCED
POLYPROPYLENE, ISOTACTIC
Polypropylene master batch,flame retarding
Polypropylene,film grade
1-Propene homopolymer
413S
A-Fax
Admer PB 02
AMCO
Amerfil
Amoco 1010
Ampol C 60
AT 36
Atactic polypropylene
Avisun
Avisun 101
Avisun 12-270A
Avisun 12-407A
Azdel
Beamette
Bicolene P
Carlona K 571
Carlona KM 61
Carlona P
Carlona PM 61 naturel
Carlona PPLZ 074
CD 419
Celgard 2400W
Celgard 2500
Celgard 3501
Celgard KKX 2
Chisso 507B
Chisso polypro 1014
Clysar
Coathylene PF 0548
Courlene PY
CPP 25S
D 151
Daplen AD
Daplen APP
Daplen AS 50
Daplen AT 10
Daplen ATK 92
Daplen DM 55U
Dexon E 117
DLP
DS 8620
Eastobond L 8080-270A
Eastobond M 3
Eastobond M 5
Eastobond M 5H
EL Rexene PP 115
Elpon
EM 490
Enjay CD 392
Enjay CD 460
Enjay CD 490
Enjay E 117
Enjay E 11S
Epolene M 5H
Epolene M 5K
Epolene M 5W
Escon 622
Escon CD 44A
Escon EX 375
F 080PP
Gerfil
GPCD 398
Hercoflat 135
Hercotuf 110A
Hercotuf PB 681
Hercules 6523
Herculon
HF 20
HO 50
Hostalen N 1060
Hostalen PP
Hostalen PP-U
Hostalen PPH 1050
Hostalen PPN
Hostalen PPN 1060
Hostalen PPN 1075 F
Hostalen PPN 1076 F
Hostalen PPR 1042
Hostalen PPT VP 7090A
HSDB 1069
HULS P 6500
ICI 543
Isotactic polypropylene
J 400
J 700
JGD 1800
JMD 4500
K 300
Lambeth
Lanco Wax PP 1362D
Lupareen
LYM 42
Marlex 9400
Marlex HGH 050-01
Maurylene
Meraklon
MFR 4
MH 4
Mitsui polypro B 220
MM2A
Moplen
Moplen AD 50N
Moplen AD 5ON
Moplen AS 50
Moplen Q 51C
Moplen T 30G
Mosten
Nablen S 50
Noblen
Noblen 2VH501
Noblen BC 8
Noblen D 101
Noblen D 501
Noblen EBG
Noblen FA 3
Noblen FL
Noblen FL 4
Noblen FP
Noblen FS 101
Noblen FS 2011
Noblen H
Noblen H 101
Noblen H 501
Noblen HS
Noblen JHHG
Noblen JK-M
Noblen MA 4
Noblen MH 6
Noblen MM 2A
Noblen S 101
Noblen SHG
Noblen W 101
Noblen W 501
Noblen W 502
Noblen WF 464
Noplen FL 6314
Novamont 2030
Novolen
Novolen 1300ZX
Novolen KR 1300P
Oletac 100
P 6500
Paisley 750
Paisley polymer
Pellon 2505
Pellon 2506
Pellon FT 2140
Polipropene 25
Polypropene
Polypropylene
UNII-1ASA949VIC
UNII-T71QXI2O62
UNII-URQ6NK2XAX
UNII-Z563AE3K1P
W 101
amoco 1010
ampol C 60
bicolene P
carlona K 571
carlona P
celgard 2500
celgard 3501
coathylene PF 0548
courlene PY
daplen AD
daplen AT 10
eastobond M 3
enjay CD 392
epolene M 5H
escon 622
hercoflat 135
hercotuf 110A
hercules 6523
hostalen PP
lambeth
marlex 9400
maurylene
meraklon
microsilk 920
moplen AD 50N
MPM 1101 beta nucleant masterbatch
nablen S 50
noblen BC 8
novolen 1300ZX
pellon 2505
polipropene 25
homopolymer polypropylene
isotactic polypropylene
polypropylene wax
1-propene homopolymer
propyltex 50PC
