| Identification | Back Directory | [Name]
Polypropylene | [CAS]
9003-07-0 | [Synonyms]
RPP
mh4
pp4
dlp
d151
FRPP
soMe
ANX5
ENX2
EZH1
413s
at36
ho50
w101
amco
mm2a
k300
mfr4
hf20
j400
j700
lym42
p6500
a-fax
azdel
cd419
pr144
elpon
em490
KMT6B
ANXA5
PP/CH
PP Wax
clysar
ds8620
cpp25s
avisun
profax
pp1151
ppsd30
rexene
sd5220
ps2011
ici543
moplen
mosten
noblen
gerfil
f080pp
gpcd398
jgd1800
jmd4500
lambeth
novolen
noblenh
pxc3391
pxc8639
ulstron
amerfil
polytac
pistacl
wex1242
celgard
PP FIBER
daplenad
noblenfl
pistaccc
poprolin
propolin
ampolc60
carlonap
beamette
noblenhs
lupareen
meraklon
noblenfp
herculon
Hercotuf
escon622
enjaye11s
Fortilene
Hitac 300
nablens50
maurylene
hulsp6500
noblenma4
noblenmh6
noblenshg
oletac100
bicolenep
amoco1010
tatren141
tuff-lite
tenite423
shell5520
propafilm
noblenfl4
enjaye117
noblenbc8
noblenebg
noblenfa3
avisun101
admerpb02
daplenapp
dexone117
PP resins
courlenepy
daplenas50
daplenat10
chisso507b
enjaycd392
enjaycd460
enjaycd490
noblend101
noblend501
hostalenpp
propathene
profax6301
profax6401
profax6423
profax6501
profax6523
profax6601
profax6723
profax6823
propophane
shoallomer
tenite4231
rexall413s
viscol350p
viscol550p
viscol660p
trespaphan
Arpro 3313
Amoco 7234
Amoco 7239
Amoco 7728
Amoco 9119
Amoco 1012
Amoco 1016
Amoco 1246
Amoco 4018
Amoco 5016
Amoco 6114
paisley750
pellon2505
pellon2506
noblenw101
noblenw501
noblenw502
noblenmm2a
noblens101
noblenjhhg
noblenjk-m
noblenh101
noblenh501
marlex9400
Neopolen P
Nepol PP40
moplenas50
moplenq51c
moplent30g
esconcd44a
esconex375
epolenem5h
epolenem5k
epolenem5w
moplenad50n
moplenad5on
noblenfs101
noblenwf464
Orevac PP-C
Amoco 6400p
carlonak571
carlonakm61
celgard2500
celgard3501
celgardkkx2
tatreneb111
tenite423df
propatheneo
profaxpco72
profax6523f
PP-10GF/000
polyproj600
Polypropene
polypro1014
polyprob220
Hostalen OO
hostalenppn
Acctuf 3045
daplenatk92
daplendm55u
eastobondm3
eastobondm5
PP MATERIAL
eastobondm5h
Astryn 734-2
Empee PP-301
Empee PP-459
Empee PP-560
Astryn BA16G
noblen2vh501
polyprog400p
polyproj400p
Polifil C-10
Polifil M-20
Polifil T-10
pp4[polymer]
pp1(polymer)
polyprpylene
Pro-fax 6323
Pro-fax 7523
Pro-fax 8523
usi11-4-0047
vestolen5200
celgard2400w
Cabelec 3004
Cabelec 3464
novamont2030
pellonft2140
noplenfl6314
noblenfs2011
Epolene N-15
hostalenpp-u
hercotuf110a
hercoflat135
hercules6523
Hifax CA 45A
Hifax CB 17AC
hercotufpb681
Hifax AB 6023
Higlass BJ44A
POLYPROPYLENE
novolen1300zx
Astryn 63A6-2
vestolenp5500
trespaphancea
trespaphann12
hostalenn1060
avisun12-270a
avisun12-407a
elrexenepp115
Astryn 73F4-2
Astryn 73F5-2
Astryn 78F4-2
Astryn 63F4-2
Astryn 65F4-4
Astryn 65F5-4
Astryn SD068-4
Polythylene/PE
carlonapplz074
Pro-fax HB-301
Pro-fax 65F4-4
Pro-fax 65F5-4
Polipropene 25
Polifil RMC-10
Polifil RMT-10
Polifil CAS-40
Pro-fax PD-064
propathenehf20
novolenkr1300p
paisleypolymer
Marlex HNS-080
Marlex RMX-020
Marlex HGX-030
Fortilene 1001
Fortilene 1602
Fortilene 1802
Fortilene 2104
Fortilene 3151
Hifax ETA 3011
Hifax ETA 3095
Hifax ETA 5012
Fiberil M-1492
Fortilene 4209
Fortilene 5801
Fortilene 9000
Hifax RTA 3263E
Higlass PF062-2
Higlass PF072-1
hostalenppr1042
PROPYLENE RESIN
lancowaxpp1362d
marlexhgh050-01
propathenehwm25
propathenelwf31
PPX-30GF/000 HC
propathenegwe21
propathene22/44
Polifil GFPP-10
propenepolymers
shoallomerfa120
shoallomerfa530
shoallomerma210
hostalenppn1060
Hostalen PP 927
hostalenpph1050
hostalenppn1075f
Empee PP Conc.33
coathylenepf0548
tenitep7673-079f
Adpro AP 2112-GP
Adpro AP 8210-HS
Pro-fax PC-072PM
propathenegse108
propathenegse180
propathenegw522m
propathenegw601m
propathene101/24
propathenegy702m
propathenely542m
propathenehw70gr
propene,polymers
propylenepolymer
Mitsubishi 4300J
Higlass SB 224-2
hostalenppn1076f
Fusabond MZ-109D
Fusabond MZ-203D
Polypropylene FDY
mitsuipolyprob220
Marlex HGZ-120-02
propathenepxc3830
propathenepxc4515
propathenepxc8639
propathenepxc9617
Polypropylene wax
Polifil GFPPCC-10
chissopolypro1014
Eastman P4C5B-030
POLYPROPYLENE (PP)
Melt Flow Rate(PP)
Hoechst Wax PP 230
Cabelec 3464, 3004
carlonapm61naturel
Nortuff RA 1700-MO
Nortuff RC 1700-MO
hostalenpptvp7090a
Polypropylene fiber
Fiberfil J-60/30/E8
Fiberfil J-60/30/FR
Celstran PPG30-01-4
Polypropylene resin
POLYPROPYLENEFIBRES
polypropylene fibre
eastobondl8080-270a
Polypropylene resins
1-propenehomopolymer
atacticpolypropylene
Fiberfil PP-60/TC/40
Fortilene 4104, 4109
Polypropylene,powder
Petrothene PP 1510-HC
Petrothene PP 2004-MR
Petrothene PP 7300-KF
Petrothene PP 8000-GK
Petrothene PP 8770-HU
EZH1/EED/SUZ12 human
Purpose Polypropylene
1-Propene,homopolymer
Electrafil J-60/CF/30
ATACTIC POLYPROPELENE
Electrafil JM-61/CF/10
Polypropylene,granular
1-Propene, homopolymer
isotacticpolypropylene
POLYPROPYLENE, ATACTIC
Polypropylene,modified
Homopolymer Polypropyle
POLYPROPYLENE, ISOTACTIC
Polypropylene,film grade
Polypropylene,reinforced
Polypropylene,fiber grade
Polypropylene homopolymer
propathene112/00/grey9897
syndiotacticpolypropylene
HoMopolyMer Polypropylene
Electrafil PP-60/CC/20/EC
PROPYLENE, ISOTACTIC RESIN
POLYPROPYLENE, MELT INDEX 4
Enhancer of zeste homolog 1
POLYPROPYLENE MELT INDEX 20
1-Propene,polymerhomopolymer
oil for polypropylene filbre
POLYPROPYLENE, MELT INDEX 35
POLYPROPYLENE, MELT INDEX 12
POLYPROPYLENE, MELT INDEX 0.5
Lysine N-methyltransferase 6B
Polypropylene(melt flow rate)
Polypropylene full drawn yarn
Polypropylene,anti-weathering
Polypropylene,flame retarding
Ppolypropylene(Melt flow rate)
POLYPROPYLENE, MELT INDEX 1,000
OPPalyte 233 TW, 278 TW, 350 TW
Polypropylene,homopolymerization
Bicor 240 B, 306 B, 420 B, 470 B
POLYPROPYLENE, PSS NANOREINFORCED
POLYPROPYLENE, VISCOSITY 10 POISE
Polypropylene insulating material
POLYPROPYLENE VISCOSITY 23 POISE
Polypropylene anti-cracking fiber
Polypropylene ISO 9001：2015 REACH
EZH1/EED/SUZ12/RbAp48/AEBP2 human
Sinning oil for polypropylene fiber
Polypropylene,glass fiber reinforced
Homopolymer Polypropylene (3 Strips)
POLYPROPYLENE, AVERAGE MW CA. 12,000
Propylene resin, low molecular weight
Modified polypropylene for automobile
Polypropylene resin, inorganic filler
Polypropylene nectabyliziroban polymers
Recombinant Human ANXA5 Protein, His Tag
Polypropylene filter silk oil for tobacco
Polypropylene master batch,flame retarding
Polypropylene, methyl-PSS nanoreinforced
POLYPROPYLENE, SYNDIOTACTIC, MELT INDEX 2.2 | [EINECS(EC#)]
202-316-6 | [Molecular Formula]
C3H6 | [MDL Number]
MFCD00084447 | [MOL File]
9003-07-0.mol | [Molecular Weight]
354.567 |
| Chemical Properties | Back Directory | [Appearance]
Translucent, white solid.Tensile strength 5000 psi, flexural
strength 7000 psi, usable up to 121C. Insoluble
in cold organic solvents; softened by hot solvents.
Maintains strength after repeated flexing. Degraded
by heat and light unless protected by antioxidants.
Readily colored; good electrical resistance; low
water absorption and moisture permeability; poor
impact strength below ?9.4C; not attacked by fungi
or bacteria; resists strong acids and alkalies up to
60C, but is attacked by chlorine, fuming nitric acid,
and other strong oxidizing agents. Combustible, but
slow-burning. Fair abrasion and good heat resis-
tance if properly modified. Can be chrome-plated,
injectionand blow-molded, and extruded.
| [Melting point ]
189 °C(lit.)
| [Boiling point ]
120-132 °C | [density ]
0.9 g/mL at 25 °C(lit.)
| [refractive index ]
n20/D 1.49(lit.)
| [Fp ]
>470 | [storage temp. ]
?20°C | [form ]
particles (Spherical)
| [Odor]
odorless | [Merck ]
13,7663 | [Dielectric constant]
1.5（Ambient） | [Uses]
Polypropylene (PP) is a thermoplastic material used in a wide variety of applications including packaging, labeling, textiles, etc. Due to high processability and low cost, PP is one of the most extensively produced polymers, especially, for auto industry. Pristine PP is resistant to photo-oxidation and thermal oxidation at moderate temperatures. However, PP is sensitive to various external aging environments (such as heat, light, and radiation), and, hence, has a relatively low service temperature.When PP 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 PP oxidation depends on both light and temperature in outdoor aging conditions. PP can also be photo-degraded because several molecular chains are affected in the wavelength range from 310 to 350 nm. | [IARC]
3 (Vol. 19, Sup 7) 1987 | [NIST Chemistry Reference]
Polypropylene, atactic(9003-07-0) | [EPA Substance Registry System]
1-Propene, homopolymer(9003-07-0) |
| Hazard Information | Back Directory | [Chemical Properties]
Translucent, white solid.Tensile strength 5000 psi, flexural
strength 7000 psi, usable up to 121C. Insoluble
in cold organic solvents; softened by hot solvents.
Maintains strength after repeated flexing. Degraded
by heat and light unless protected by antioxidants.
Readily colored; good electrical resistance; low
water absorption and moisture permeability; poor
impact strength below ?9.4C; not attacked by fungi
or bacteria; resists strong acids and alkalies up to
60C, but is attacked by chlorine, fuming nitric acid,
and other strong oxidizing agents. Combustible, but
slow-burning. Fair abrasion and good heat resis-
tance if properly modified. Can be chrome-plated,
injectionand blow-molded, and extruded.
| [Uses]
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. | [Uses]
General extrusion grade polymer. | [Uses]
Modifier for waxes to reduce blocking, scuffing and abrasion. Improves pigment dispersion in polypropylene films and fibers. | [Uses]
Used with ramand screw-injection machines. For automotive, housewares, general molding products and multiand monofiliment fiber. | [Definition]
ChEBI: A polymer compose of repeating propane-1,2-diyl units. | [General Description]
Tan to white odorless solid. Less dense than water and insoluble in water. Hence floats on water. | [Air & Water Reactions]
Insoluble in water. | [Reactivity Profile]
Polypropylene reacts with chlorine, fuming nitric acid and other strong oxidizing agents. | [Health Hazard]
No apparent toxicity | [Hazard]
Questionable carcinogen. | [Preparation]
High pressure, free radical processes of the type used to prepare polyethylene
are not satisfactory when applied to propylene and other tX-olefins bearing a
hydrogen atom on the carbon atom adjacent to the double bond. This is
attributed to extensive transfer of this hydrogen to propagating centres (R .):
The resulting allyl radical is resonance stabilized and has a reduced tendency
to react with another monomer molecule.
Although the Phillips and Standard Oil processes can be used to prepare
polypropylene, the polymer yields tend to be low and it appears that these
processes have not been used for commercial production of polypropylene.
Until about 1980, polypropylene has been produced commercially only by
the use of Ziegler-Natta catalysts. Commonly a slurry process is used and is
carried out in much the same manner as described previously for the
preparation of polyethylene ). In the case of polypropylene, some atactic polymer is formed besides the required isotactic polymer;
but much of this atactic material is soluble in the diluent (commonly heptane)
so that the product isolated is largely isotactic polymer. Recently, there has
been a marked shift towards processes involving gas phase polymerization
and liquid phase polymerization. Few details of these newer processes have
been published. Gas phase processes resemble those described previously for
the preparation of polyethylene ) and swing plants are
now feasible. In liquid phase processes polymerization is conducted in liquid
propylene, typically at 2 MPa (20 atmospheres) and 55??C. Concurrently with
these developments, new catalyst systems have been introduced. These materials have very high activity and the reduced levels that are required make it
unnecessary to remove catalyst from the final polymer. Also, the new catalyst
systems lead to polypropylene with higher'proportions of isotactic polymer
and removal of atactic polymer is not necessary. | [Production Methods]
In PP production, propylene monomer is polymerized to
make the homopolymer by using a Ziegler–Natta type coordination
catalyst. This catalyst results from the reaction and
interaction of a transition metal compound and an organometallic
compound, usually an alkylaluminum compound.
Halide atoms are involved in most such catalyst systems .
Polypropylene can be made by solution, slurry (or solvent),
bulk (or liquid propylene), or gas-phase polymerization, or a
combination of these processes . The most widely used is
the slurry process; however, the current trend is toward the
gas-phase process. In the solution, slurry, and bulk processes,
the catalyst system is mixed with propylene and a hydrocarbon
diluent (usually hexane, heptane, or liquid propylene) in a
reactor. After polymerization, the reaction mixture enters a
flash tank where unreacted propylene is removed and
recycled. Propylene–ethylene copolymers [9010-79-1] can
be manufactured when ethylene is fed along with propylene to
the polymerization reactor or by adding ethylene and propylene
to a postpolymerization reactor that contains PP. This
mixture may then be purified to remove lowmolecular weight
and atactic fractions and washed to remove catalyst residues.
The polypropylene resin is then dried and pelletized. During this time, additivesmay be incorporated in the gas-phase
process; no liquid diluent is used . | [Industrial uses]
Polypropylene is similar in structure to polyethylene,but every other carbon atom has oneof its H2 atoms replaced by a CH2group.Although electrically similar to polyethylene,polypropylene can be made in thinner films, say 5μm as against about 25 μm for polyethylene.These films replace paper for impregnatedcapacitors, with reduced loss. | [Carcinogenicity]
No data on the carcinogenicity
and mutagenicity of propylene are available for evaluation
by the working group. | [Solubility in organics]
Chlorinated hydrocarbons, diethyl ether, hydrocarbons, isoamyl acetate, toluene; Insoluble in more polar organic solvents with small hydrocarbon groups even at elevated temperatures |
| Safety Data | Back Directory | [WGK Germany ]
3
| [RTECS ]
UD1842000
| [TSCA ]
Yes | [HS Code ]
39021000 | [Safety Profile]
Moderately toxic by
ingestion and intraperitoneal routes.
Questionable carcinogen. When heated to
decomposition it emits acrid smoke and
irritating fumes. Used in injection molding for auto parts, in bottle caps, and in
container closures. | [Hazardous Substances Data]
9003-07-0(Hazardous Substances Data) | [Toxicity]
LD50 intraperitoneal in rat: > 110gm/kg |
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