7. About
History
Jam Petrochemical Company (JPC) is one of the Iran’s largest non-oil
products exporter. Located in the heart of the country’s energy zone, its
special geographic location has gave it a distinguished position and is caused
that continuous development and improvement become as the main goal
of it.
During last year, JPC Recieved to the 38th rank among top 100 company
of Iran, which shows the company’s institutional and strategic capacities in
value making for its stakeholders and also Iran’s economy.
Therefore, doubling production capacity of JPC is a reachable target within
future years. During this period, JPC will remain as a leading company in the
field of producing petrochemical products in Iran and region and will try to
play a major role as a world supplier.
Emphasize on production of some special grade polymers, engineering
polymers and strategic products like ABS-Rubber is amongst strategic plans
of this company in coming years.
Access to energy sources and international waters, benefiting 3000 young
and energetic human resource are most important resources of JPC in
achieving its goal of being a global and distinguished company.
Always going forward...
We start our daily work with this believe.
JPC, private joint stock, got registered under No. 32285 at Companies
Registration Department on Aug 30, 2000. The legal personality of the
company was altered from the private joint stock to the public joint stock on
the basis of extraordinary general meeting dated Sep 15, 2008. At present,
JPC owns:
• 100% shares of “Polymer Pad Jam” Company (PJPC).
• 74% shares of “Jam Polypropylene” Company (JPPC).
• 100% shares of “Jam Sana’t-karan” Company (JSK).
• 100% shares of “Tose-e Energy Pad” Company (TAPKO).
8.
9. 9
JPC, committed to value making and profitability -within the bounds of a mor-
alistic approach- and to preserving natural environment, stand out as a highly
recognized company in Iran.
As a market-oriented company and leader in petrochemical industry and suppli-
er of diversified products in Olefin chain, JPC seeks to achieve maximum value
through development of value chain and increase of sustainable competitive ad-
vantages on an international scale. This company, as one of the largest Olefin
complexes in Iran and the world, is committed to meeting the expectations of its
shareholders, safe and sustainable production, taking care of its social responsi-
bilities ,and reducing harmful impacts on the environment through making the
most of its unique position in Iran and utilizing the full potential of its invaluable
staff.
Vision
Mission
Values
• Human beings are notable and spiritual creatures deserving respect and
merit proportionate to their spiritual value and dignity. This is our important
criteria for approaching the staff and the clients.
• Legalism; we regard administering national and international laws related to
our mission and performance of the company as a fundamental value.
• Alignment and coordination of the organization goals with personal goals of
the staff for balancing work and family so as to help the staff feel satisfied
and retain their loyalty to the company.
• Continuous organizational excellence so that it is manifested in whatever
weperform.
• Welikeourclientstobuyourproductsbecauseofourreputationandqualitylevel.
• We regard being economical as an intrinsic part of our business in JPC,
therefor, we do care for protecting company’s resources as we do for our
personal resources.
• Quality assurance of processes and products based on a customer-oriented
culture is highly valued.
• Developingacultureoflearning,innovation,creativity,continuousimprovement,
teamwork andparticipation.
14. 14
Applications
Saleable Products
1000 T/Y
Production Capacity
1000 T/Y
Products
Polyethylenee, PVC2201345Ethylene
Polypropylene20305Propylene
Feed for downstream plant265C4
cut
To Aromatic Plant220216Pyrolysis gasoline
Feed for downstream plant2438Fuel Oil
For hydrogenation1.5Hydrogen
Fuel3.9Methane
2174.4Total
Product Capacity of Olefin plant
15. 15
SPECIFICATIONCOMPONENT
vol % min99.95Ethylene
ppm vol max500Methane + Ethane
ppm vol max5Hydrogen
ppm vol max10Total C3 & Higher
ppm vol max1Acetylene
ppm vol max0.03Carbon Monoxide
ppm vol max0.1Carbon Dioxide
ppm vol max0.1Oxygen
ppm vol max1Total combined sulphur
ppm vol max0.1Water
ppm vol max0.5Methanol
ppm vol max0.2Total Combined Nitrogen
ppm vol max0.5Oxygenated Compounds
ppm vol max0.02COS
ppm vol max0.3Mercaptans
Olefin made via Techinp Tecnology
Product data sheet
Ethylene
Is a simple olefin, the chemical formula is C2
H4
has a prominent
role in the petrochemical industry. It is colorless flamable gas.
16. 16
Olefin made via Techinp Tecnology
Product data sheet
Propylene
Also called propane, a colorless, flamable, gaseous hydrocarbon,
C3H6, obtained from low molecular weight constituents of petro-
leum.
SPECIFICATIONUnitCOMPONENT
min 99.8% volPropylene
max 0.2 %% volPropane
max 5ppm volHydrogen
max 1ppm volEthylene
max 1ppm volButenes
max 1ppm volPentenes
max 20ppm volNon-condensables
max 20ppm volEthane
max 10ppm volButane-pentanes
max 1ppm volC6-C12 Hydrocarbons
max 1ppm volAcetylene
max 1ppm volMethyl-acetylene
max 1ppm volPropadiene
max 10ppm volButadiene
max 2ppm volOxygen
max 0.03ppm volCarbon Monoxide
max 2ppm volCarbon Dioxide
max 0.02ppm volCOS
max 1ppm wtTotal sulphur
max 5ppm volMethanol
max 5ppm volIsopropanol
max 2ppm wtWater
max 0.01ppm volArsine
max 0.01ppm volPhosphine
max 1ppm wtAmmonia
max 0.05ppm volCyclopentadiene
17. 17
Olefin made via Techinp Tecnology
Product data sheet
Pyrolysis
gasoline
Pyrolysis gasoline, is a naphtha-range product with a high aromat-
ics content used either for gasoline blending or as a feed stock for
aromatics plants.
Analysis MethodSpec.UnitSPECIFICATION
max 50wt%Aromatics
max 30wt%Benzene
.………wt%Toluene
ASTM D40520.8-0.84gr/cm3Density at 15.6C
ASTM D86max 225.cFBP
ASTM D86min 33.cIBP
ASTM D637840-65kpaR.V.P
max 21wt%Paraffines
max 21wt%Isoparaffines
max 2wt%Naphtenes
max 20wt%Olefins
ASTM D5453350mg/kgTotal Sulfur
max 50mg/100mlGum Content
max 30ppbLead Content
ASTM E203.………Water Content
.………wt%Unknown
ASTM D86.………wt%Residue
ASTM D86min 45.c%5Recovery
ASTM D86.……….c10%Recovery
ASTM D86.……….c20%Recovery
ASTM D86.……….c30%Recovery
ASTM D86.……….c40%Recovery
ASTM D86.……….c50%Recovery
ASTM D86.……….c60%Recovery
ASTM D86.……….c70%Recovery
ASTM D86.……….c80%Recovery
ASTM D86min 175.c90%Recovery
ASTM D86.……….cRecovery
-16Color Sybolt
18. 18
C4 Cut produced in Ethylene production planets by steam cracking
of naphtha. It is a mixture of C4
hydrocarbons mainly 1,3- butadi-
ens, Iso Butene, Butane.
Olefin made via Techinp Tecnology
Product data sheet
C4 Cut
SPECITICATIONCOMPONENT
45.1 %wt1,3-Butadiene
0.12 %wtMethyl-Acetylene
0.02 %wtPropadiene
0.1 %wtPropylene
0.03 %wtPropane
1.13 %wtVinyl-Acetylene
19.2 %wti-Butene
9.16 %wt1 Butene
1.86 %wtCis2-Butene
2.58 %wtTrans2-Butene
3.94 %wti-Butane
16.56 %wtn-Butane
0.06 %wtC5-diolefins
0.1 %wtPentenes
0.02 %wtPentanes
0.03 %wt2-methyl-butene
100.01 %wtTotal
19. 19
Olefin made via Techinp Tecnology
Product data sheet
Fuel Oil
Fuel oil product is a heavy hydrocarbon cut rich (poly) aromatic
components.
VALUETEST/COMPOSITION
>60°CFlash point
approx. 1.93 cP at 80°CViscosity
22. 22
Product data sheet
Butadiene
1,3-Butadiene is a simple diene with the formula C4H6 . It is an
important industrial chemical used as a monomer in the
production of synthetic rubber.
Annual production 115,000 tons
Butadiene made via BASF Tecnology
Analysis MethodSpecificationUnitAnalysis
ASTM D 2593Min. 99.6wt %1,3 - Butadiene
ASTM D 2593Max. 100wt ppm1,2 - Butadiene
ASTM D 2593Max. 0.5wt %Total Butenes
ASTM D 2593Max. 60wt ppmTotal Acetylenes
BASF's method50-200wt ppmTBC
ASTM D 2426Max. 0.1wt %Dimer (VCH)
BASF's methodMax. 5wt ppmPeroxides
BASF's methodMax. 0.1wt %Non Volatile Residue
ASTM D 5453Max. 5wt ppmTotal Sulfur
PORTABLE TRACE OXYGEN
ANALYZERMax. 0.2mol % Oxygen in Vapor Phase
23. 23
Butene-1 is a linear alpha-olefin with the formula C4H8 and
used as a co-monomer for the production of HDPE & LLDPE
and manufacturing of polybutene.
Annual production 100,000 tons
Product data sheet
Butene-1
Butene-1 made via Axense Tecnology
Analysis MethodSpecificationUnitAnalysis
ASTM D 4424Min. 99.5wt %Butene-1
ASTM D 4424Max. 100wt ppmC6+
ASTM D 4424Max. 0.5wt %C4s (Butenes + Butanes)
ASTM D 4424Max. 500wt ppmEthylene
ASTM D 4424Max. 100wt ppmEthane
ASTM D 4424Max. 15wt ppmAcetylenes
ASTM D 4424Max. 20wt ppm1,3-Butadiene
ISO 6381-1981Max. 1wt ppmCarbon monoxide
ISO 6381-1981Max. 1wt ppmCarbon dioxide
ASTM D 2029Max. 15wt ppmWater
ASTM D 5453Max. 1wt ppmTotal Sulphur
30. 30
52518 is a HDPE copolymer for Injection Moulding for applications requiring a good
balance between easy of processability and flowability and mechanical properties.
Density: 0.950-0.954HDPE: HD-52518 MFI: 16-20
Characteristic
Properties
• Good balance between easy of
processability and flowability
Main Applications
• Housewares
• High fluidity
• Injection moulding grade
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
HD-52518
Material properties (This data are typical values and are not to be construed as product specifications.)
Test MethodTypical ValueUnitResin Properties
D123818(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.952g/mlDensity
Test MethodTypical ValueUnitThermal Properties @
D1525121(°C)Vicat Softening Point
Test MethodTypical ValueUnitMoulded Properties @
D7901200(MPa)Flexural Modulus
D256/A19(J/m)Notched Izod Impact @ 23 °C
@ on compression moulded specimen, according to ASTM D 1928°C
HDPE made via Spherilene Gas-Phase
Technology
31. 31
Shear-Viscosity @ 190 °C
@ On compression moulded according to ASTM D1928C
Processing Conditions:
Recommended barrel tempratures range between 190 °C
and 280 °C.
The above values were
Calculated from data for 100 µm
produced
on a 75mm Barrnage
extruder with 190°C melt tem-
perature using a 2:1 blow ratio
and a gap die of 3.0 mm.
Handling and Health Safety
Molten polymers could be injured skin or eye so safety glass-
es and appropriate gloves are suggested to prevent possible
thermal injuries. Also appropriate ventilation is suggested in
working by melt polymer.
Accumulation of fines or dust particles that are in this grade
is not suitable because of explosion hazard probability. So
adequated filters and grounding exists at all time are rec-
ommended.
Storage
Polyethylene products (in pelletised or powder form) should
not be stored in direct sunshine and/or heat radiation. Ul-
traviolet cause a change in the material properties.The
Storage area should be dry and preferably don't exceed 50
°C. Under cool, dry, dark conditions Jam Polymers polyolefin
resins are expected to maintain the original material and
processing properties for at least 18 month. JPC would not
ressponsible about quality diminishing such as color change,
bad smell or ets which caused by bad storage conditions. It
is better to process PE resin within 6 months after delivery.
packaging
Jam Polymers Polyolefin resins are supplied in Pellet form
packed in 25kg bags. Alternative packaging modes are aval-
able for selected grades.
32. 32
52505 is a HDPE copolymer which is manufactured in gas phase process. This
grade is an injection molding grade for applications requiring a good physical
property even at low temperatures, like pails, containers and technical moldings.
Density: 0.950-0.954HDPE: 52505/52505UV MFI: 4-6
Characteristic
Properties
• Good physical property even at
low temperatures.
Main Applications
• Containers.
Product data sheet
HD-52505/UV
Material properties (This data are typical values and are not to be construed as product specifications.)
Additives
HD-52505:
•Thermal Antioxidant (Process Stabilizer)
• Catalyst neutralizer (acid scavenger,
lubricant)
HD-52505 UV:
•Thermal Antioxidant (Process Stabilizer)
• Antiblocking Agent
• Catalyst neutralizer (acid scavenger,
lubricant)
• UV Stabilizer
HDPE made via Spherilene Gas-Phase
Technology
Test MethodTypical ValueUnitResin Properties
D12385(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.952g/mlDensity
Test MethodTypical ValueUnitThermal Properties @
D1525124(°C)Vicat Softening Point
Test MethodTypical ValueUnitMoulded Properties @
D7901200(MPa)Flexural Modulus
D63827(MPa)Tensile strenght at yield
D63813(MPa)Tensile strenght at break
D64867(°C)H.D.T
D256/A29(J/m)Notched Izod Impact @ 23 °C
33. 33
Shear-Viscosity @ 190 °C
@ On compression moulded according to ASTM D1928C
Processing Conditions:
Recommended barrel tempratures range between 190 °C
and 280 °C.
The above values were
Calculated from data for 100 µm
produced
on a 75mm Barrnage
extruder with 190°C melt tem-
perature using a 2:1 blow ratio
and a gap die of 3.0 mm.
Handling and Health Safety
Molten polymers could be injured skin or eye so safety glass-
es and appropriate gloves are suggested to prevent possible
thermal injuries. Also appropriate ventilation is suggested in
working by melt polymer.
Accumulation of fines or dust particles that are in this grade
is not suitable because of explosion hazard probability. So
adequated filters and grounding exists at all time are rec-
ommended.
Storage
Polyethylene products (in pelletised or powder form) should
not be stored in direct sunshine and/or heat radiation. Ul-
traviolet cause a change in the material properties.The
Storage area should be dry and preferably don't exceed 50
°C. Under cool, dry, dark conditions Jam Polymers polyolefin
resins are expected to maintain the original material and
processing properties for at least 18 month. JPC would not
ressponsible about quality diminishing such as color change,
bad smell or ets which caused by bad storage conditions. It
is better to process PE resin within 6 months after delivery.
packaging
Jam Polymers Polyolefin resins are supplied in Pellet form
packed in 25kg bags. Alternative packaging modes are aval-
able for selected grades.
34. 34
60507 is a HDPE homopolymer which is manufactured in gas phase process for
injection molding grade which combines good flowability with balanced physical
properties. This resin is well suited for general purpose application requiring high
stiffness.
Density: 0.956-0.960HDPE: HD-60507/HD-60507UV MFI: 6.5-8.5
Characteristic
Properties
• Good flowability with balanced
phisycal properties.
Main Applications
• Crates
Injection molding grade
Additives
• HD-60507:
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)• HD-
60507UV:
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• UV Stabilizer
Product data sheet
HD-60507/
HD-60507UV
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
Test MethodTypical ValueUnitResin Properties
D12387.5(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.958g/mlDensity
Test MethodTypical ValueUnitResin Properties @
D1525126.5(°C)Vicat Softening Point
Test MethodTypical ValueUnitMoulded Properties @
D7901450(MPa)Flexural Modulus
D256/A24(J/m)Notched Izod Impact @ 23 °C
35. 35
Shear-Viscosity @ T190 °C
@ On compression moulded according to ASTM D 1928 C
Processing Conditions:
Melt Temperature (°C): 190 -280
The above values were
Calculated from data for 100 µm
produced
on a 75mm Barrnage
extruder with 190°C melt tem-
perature using a 2:1 blow ratio
and a gap die of 3.0 mm.
Handling and Health Safety
Molten polymers could be injured skin or eye so safety glass-
es and appropriate gloves are suggested to prevent possible
thermal injuries. Also appropriate ventilation is suggested in
working by melt polymer.
Accumulation of fines or dust particles that are in this grade
is not suitable because of explosion hazard probability. So
adequated filters and grounding exists at all time are rec-
ommended.
Storage
Polyethylene products (in pelletised or powder form) should
not be stored in direct sunshine and/or heat radiation. Ul-
traviolet cause a change in the material properties.The
Storage area should be dry and preferably don't exceed 50
°C. Under cool, dry, dark conditions Jam Polymers polyolefin
resins are expected to maintain the original material and
processing properties for at least 18 month. JPC would not
ressponsible about quality diminishing such as color change,
bad smell or ets which caused by bad storage conditions. It
is better to process PE resin within 6 months after delivery.
packaging
Jam Polymers Polyolefin resins are supplied in Pellet form
packed in 25kg bags. Alternative packaging modes are aval-
able for selected grades.
36. 36
HP-LL18XF5 N is a termopolymer of ethylene, propylene and butene-1 for high
strenght application especially heavy duty shipping sacks, ice bag, frozen food
bags, potato bags and agriculture films which have good sealability and excellent
puncture resistance. Goods produced from this grade have outstanding toughness,
excellent puncture resistance, good heat sealing behavior and excellent machin-
ability on conversion lines. HP-LLDPE's process is easier than conventional LLDPEs
and have low gel. HP-LL18XF5 N is a grade without slip additives.
Density: 0.918-0.922HP-LLDPE: HP-LL18XF5N MFI: 0.4-0.6
Characteristic
Properties
• Exellent punctuer resistance.
• Exellent machinability on conver-
sion lines.
Main Applications
• T-bags and other bags, Food Packag-
ing for frozen products, Agricultural
film, Heat seal film, Food Packaging
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
Product data sheet
HP-LL18XF5N
Material properties (This data are typical values and are not to be construed as product specifications.)
Test MethodTypical Value UnitResin Properties
D12380.5 )g/10 min(Melt Index (190°C/ 2.16Kg)
D15050.918 g/cm³Density
Film Properties @
D 1709125 gDart Impact
D1525127 °CVicat Softening Point
D63811/10(MD/TD)MpaTensile Strenght at Yield
D63840/35(MD/TD)MpaTensile Strenght at Break
D638600/750(MD/TD)%Ultimate Elongation
D1922240/400(MD/TD)gElmendorf Tear
D100330 %Haze
D245725 Gloss 45°
@ on 25 micron film obtained on Collin 25, B.u.R 2.5: 1, Temp. profile 155 190°C: melt 200°C
HP-LLDPE made via Spherilene Gas-
Phase Technology
37. 37
Shear-Viscosity @ 190 °C
The above values were
Calculated from data for 100 µm
produced
on a 75mm Barrnage
extruder with 190°C melt tem-
perature using a 2:1 blow ratio
and a gap die of 3.0 mm.
Handling and Health Safety
Molten polymers could be injured skin or eye so safety glass-
es and appropriate gloves are suggested to prevent possible
thermal injuries. Also appropriate ventilation is suggested in
working by melt polymer.
Accumulation of fines or dust particles that are in this grade
is not suitable because of explosion hazard probability. So
adequated filters and grounding exists at all time are rec-
ommended.
Storage
Polyethylene products (in pelletised or powder form) should
not be stored in direct sunshine and/or heat radiation. Ul-
traviolet cause a change in the material properties.The
Storage area should be dry and preferably don't exceed 50
°C. Under cool, dry, dark conditions Jam Polymers polyolefin
resins are expected to maintain the original material and
processing properties for at least 18 month. JPC would not
ressponsible about quality diminishing such as color change,
bad smell or ets which caused by bad storage conditions. It
is better to process PE resin within 6 months after delivery.
packaging
Jam Polymers Polyolefin resins are supplied in Pellet form
packed in 25kg bags. Alternative packaging modes are aval-
able for selected grades.
38. 38
20516 is a LLDPE injection molding grade which manufactured by gas phase
process. This grade is well suited for application requiring good melt flowability
during processign and good flexibility of the final items, like clousures and toys
applications.
Density: 0.921-0.923LLDPE: LL-20516 MFI: 14-18
Characteristic
Properties
• Good melt flowability and good
flexibility of the final items, like
clousures.
Main Applications
• Clousures
• Toys
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
LL-20516
Material properties (This data are typical values and are not to be construed as product specifications.)
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D123818(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.922g/mlDensity
ASTM MethodTypical ValueUnitThermal Properties @
D152588(°C)Vicat Softening Point
ASTM MethodTypical ValueUnitMoulded Properties @
D63812(MPa)Tensile strenght at yield
D6386.8(MPa)Tensile strenght at break
D638200(%)Ultimate elongation
D790430(MPa)Flexural Modulus
D256/ANot Broken(J/m)Notched Izod Impact @ 23°C
D256/A60(J/m)Notched Izod Impact @ -50°C
D64846(°C)H.D.T
39. 39
Shear-Viscosity @ 190 °C
@ On compression moulded according to ASTM D1928C
Processing Conditions
Recommended barrel tempratures range between 190 °C
and 280 °C.
The above values were
Calculated from data for 100 µm
produced
on a 75mm Barrnage
extruder with 190°C melt tem-
perature using a 2:1 blow ratio
and a gap die of 3.0 mm.
Handling and Health Safety
Molten polymers could be injured skin or eye so safety glass-
es and appropriate gloves are suggested to prevent possible
thermal injuries. Also appropriate ventilation is suggested in
working by melt polymer.
Accumulation of fines or dust particles that are in this grade
is not suitable because of explosion hazard probability. So
adequated filters and grounding exists at all time are rec-
ommended.
Storage
Polyethylene products (in pelletised or powder form) should
not be stored in direct sunshine and/or heat radiation. Ul-
traviolet cause a change in the material properties.The
Storage area should be dry and preferably don't exceed 50
°C. Under cool, dry, dark conditions Jam Polymers polyolefin
resins are expected to maintain the original material and
processing properties for at least 18 month. JPC would not
ressponsible about quality diminishing such as color change,
bad smell or ets which caused by bad storage conditions. It
is better to process PE resin within 6 months after delivery.
packaging
Jam Polymers Polyolefin resins are supplied in Pellet form
packed in 25kg bags. Alternative packaging modes are aval-
able for selected grades.
40. 40
LL-22501 is a LLDPE blown film grade which manufactured by gas phase process.
This grade design for application requiring good optical properties even at low
extrusion temperature. This resin combines ease of processing with low gels and
it is well suited for blending with LDPE and for general applications.
Density: 0.922LLDPE: LL22501 MFI: 0.95
Characteristic
Properties
• It is well suited for blending with
LDPE and for general applications.
Main Applications
• Blown film grade
Additives
•Thermal Antioxidant
Product data sheet
LL-22501
Material properties (This data are typical values and are not to be construed as product specifications.)
Test MethodTypical Value UnitResin Properties
D12380.95 )g/10 min(Melt Index
D15050.922 g/cm³Density
Test MethodTypical Value UnitFilm Properties
D 170980 gDart Impact
D1922105/460(MD/TD)gElmendorf Tear
D63813/12.5(MD/TD)MpaTensile Strenght at Yield
D63845/30(MD/TD)MpaTensile Strenght at Break
D638680/780(MD/TD)%Ultimate Elongation
200/240(MD/TD)Mpa2 % Secant Modulus
D245738 Gloss 45°
D100321 %Haze
LLDPE made via Spherilene Gas-Phase
Technology
41. 41
Shear-Viscosity @ 190 °C
- On compression moulded according to ASTM D1928C
Processing Conditions
Recommended barrel tempratures range between 190 °C
and 280 °C.
The above values were
Calculated from data for 100 µm
produced
on a 75mm Barrnage
extruder with 190°C melt tem-
perature using a 2:1 blow ratio
and a gap die of 3.0 mm.
Handling and Health Safety
Molten polymers could be injured skin or eye so safety glass-
es and appropriate gloves are suggested to prevent possible
thermal injuries. Also appropriate ventilation is suggested in
working by melt polymer.
Accumulation of fines or dust particles that are in this grade
is not suitable because of explosion hazard probability. So
adequated filters and grounding exists at all time are rec-
ommended.
Storage
Polyethylene products (in pelletised or powder form) should
not be stored in direct sunshine and/or heat radiation. Ul-
traviolet cause a change in the material properties.The
Storage area should be dry and preferably don't exceed 50
°C. Under cool, dry, dark conditions Jam Polymers polyolefin
resins are expected to maintain the original material and
processing properties for at least 18 month. JPC would not
ressponsible about quality diminishing such as color change,
bad smell or ets which caused by bad storage conditions. It
is better to process PE resin within 6 months after delivery.
packaging
Jam Polymers Polyolefin resins are supplied in Pellet form
packed in 25kg bags. Alternative packaging modes are aval-
able for selected grades.
42. 42
The ease of processing and the low gels make 16502 well suited for
a general purpose use in cast film applications, including stretch
wrapping.
Density: 0.916-0.920LLDPE: 16502 MFI: 1.8-2.2
Characteristic
Properties
• Ease of processing
• Low gels make
Main Applications
• Cast film
• General purpose
• Stretch wrapping
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
16502
Material properties (This data are typical values and are not to be construed as product specifications.)
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12382.0(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9160g/mlDensity
Film properties @
D170970)g(Dart Impact
Montell14(N)Puncture resistance
D192260/320MD/TD(g)Elmendorf Tear
D88211.8/10.1MD/TD(MPa)Tensile strenght at yield
D88251/24MD/TD(MPa)Tensile strenght at break
D882520/800MD/TD(%)Ultimate elongation
D882115/115MD/TD(MPa)2% Secant modulus
D10032.1(%)Haze
D245786Gloss 45°
@ 25 micron film obtained on Dolci coextr. cast line, extruders 70/120/70 mm, 2000 mm flat die, temp.
profile 205 280°C.
Recommended processing conditions
230-290(°C)Melt Temperature
15-50(micron)Thickness
43. 43
16501 is a LLDPE blown film grade which combines ease of process-
ing with low gels and good film strenght.
Density: 0.916-0.20LLDPE:16501 MFI: 0.85-1.05
Characteristic
Properties
• ease of processing with low gels
• good film strenght
Main Applications
• Blown film grade
• Liner
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
16501
Material properties (This data are typical values and are not to be construed as product specifications.)
ASTM MethodTypical ValueUnitResin Properties
D12380.95(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9160g/mlDensity
Film properties @
D1709105)g(Dart Impact
D1922180/380MD/TD(g)Elmendorf Tear
D88212.7/12.7MD/TD(MPa)Tensile strenght at yield
D88242/33MD/TD(MPa)Tensile strenght at break
D882670/770MD/TD(%)Ultimate elongation
D882160/185MD/TD(MPa)2% Secant modulus
D100335(%)Haze
D245725Gloss 45°
@ 25 micron film obtained on Collin 25, B.u.R. 2.5: 1, Temp. profile 155 190°C, melt 200°C.
Recommended processing conditions
200-240(°C)Melt Temperature
2.0-3.0Blow up ratio
2.0-2.5(mm)Die Gap
12-60(micron)Thickness
LLDPE made via Spherilene Gas-Phase
Technology
44. 44
235F7 is a LLDPE blown film grade designed for general purpose
film. This resin is particularly suited for blending with LDPE, giving
better strenght and downgauging possibility.
Density: 0.922-0.925LLDPE: 235F7 MFI: 0.6-0.8
Characteristic
Properties
• suited for blending with LDPE
• better strenght
• high stiffness
Main Applications
• Blown film grade
• general Purpose film
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• LDPE
Product data sheet
235F7
Material properties (This data are typical values and are not to be construed as product specifications.)
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.7(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9230g/mlDensity
Film properties @
D170970)g(Dart Impact
D192280/600MD/TD(g)Elmendorf Tear
D88212/15MD/TD(MPa)Tensile strenght at yield
D88243/32MD/TD(MPa)Tensile strenght at break
D882600/750MD/TD(%)Ultimate elongation
D882200/230MD/TD(MPa)2% Secant modulus
D100317(%)Haze
D245737Gloss 45°
@ 25 micron film obtained on Collin 25, B.u.R. 2.5: 1, Temp. profile 155 190°C.
Recommended processing conditions
190-230(°C)Melt Temperature
1.8-3.0Blow up ratio
2.0-2.5(mm)Die Gap
18-180(micron)Thickness
45. 45
The ease of processing and the low gels make 16503 well suited
for production of general purpose monolayer or multilayer cast
stretch film.
Density: 0.916-0.919LLDPE: 16503 MFI: 2.7-3.3
Characteristic
Properties
• ease of processing
• low gels
Main Applications
• general purpose monolayer or multi-
layer cast stretch film.
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
LLDPE made via Spherilene Gas-Phase
Technology
Product data sheet
16503
Material properties (This data are typical values and are not to be construed as product specifications.)
ASTM MethodTypical ValueUnitResin Properties
D12383(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.916g/mlDensity
Film properties @
D170965)g(Dart Impact
Montell14)N(Puncture resistance
D192260/330MD/TD(g)Elmendorf Tear
D88211.8/10.0MD/TD(MPa)Tensile strenght at yield
D88252/24MD/TD(MPa)Tensile strenght at break
D882500/800MD/TD(%)Ultimate elongation
D882115/115MD/TD(MPa)2% Secant modulus
D10032.0(%)Haze
D245788(unit)Gloss 45°
@25m film obtained on a three layer Co-extrusion line, 16503 led to all extruders. Diameters 70/120/70 mm.
temperature profile 205 280°C, 2000 mm flat die, melt temperature 260°C. chill-roll temperature 20°C.
Recommended processing conditions
230-280(°C)Melt Temperature
12-40(°C)Chill-roll temperature
15-50(µ)Thickness
46. 46
22502 is a LLDPE blown film grade designed for applications
requiring ease of processing and good optical properties even at
low extrusion temperature. This resin is well suited for blending
with LDPE and for general purpose uses, including agricultural
applications.
Density: 0.922-0.924LLDPE: 22502AA/22502KJ MFI: 1.6-2
Characteristic
Properties
• ease of processing
• good optical properties
• low extrusion temperature
• suited for blending with LDPE
Main Applications
• Blown film grade
• General purpose
• agricultural applications.
Product data sheet
22502AA/
22502KJ
Material properties (This data are typical values and are not to be construed as product specifications.)
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12381.80(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9220g/mlDensity
Film properties @
D170967)g(Dart Impact
D1922127/332MD/TD(g)Elmendorf Tear
D88212/12MD/TD(MPa)Tensile strenght at yield
D88237/32MD/TD(MPa)Tensile strenght at break
D882783/888MD/TD(%)Ultimate elongation
D100348(%)Haze
D245710Gloss 45°
@ 25 micron film obtained on Collin 25, B.u.R. 2.5: 1, Temp. profile 155 190°C.
Recommended processing conditions
190-230(°C)Melt Temperature
2.0-3.0Blow up ratio
2.0-2.5(mm)Die Gap
15-150(micron)Thickness
Additives
• 22502AA:
•Thermal Antioxidant (Process Stabilizer)
• Catalyst neutralizer (acid scavenger,
lubricant)
• 22502KJ:
•Thermal Antioxidant (Process Stabilizer)
• Antiblocking Agent
• Slip Agent
• Catalyst neutralizer (acid scavenger,
lubricant)
47. 47
22501 is a LLDPE blown film grade designed for applications requir-
ing good optical properties even at low extrusion temperature.
This resin combines ease of processing with low gels and it is well
suited for blending with LDPE and for general purpose applications.
Density: 0.922-0.924LLDPE: 22501AA/22501KJ MFI: 0.85-1.05
Characteristic
Properties
• High stiffness
• good optical properties
• low extrusion temperature
• ease of processing
• low gels
• suited for blending with LDPE
Main Applications
• Blown film grade
• General Purpose opplications
Additives
• 22501AA:
•Thermal Antioxidant (Process Stabilizer)
• Catalyst neutralizer (acid scavenger,
lubricant)
• 22501KJ:
•Thermal Antioxidant (Process Stabilizer)
• Antiblocking Agent
• Slip Agent
• Catalyst neutralizer (acid scavenger,
lubricant)
Product data sheet
22501AA/
22501KJ
Material properties (This data are typical values and are not to be construed as product specifications.)
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.7(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9230g/mlDensity
Film properties @
D170970)g(Dart Impact
D1922105/436MD/TD(g)Elmendorf Tear
D88211/12MD/TD(MPa)Tensile strenght at yield
D88241/31MD/TD(MPa)Tensile strenght at break
D882648/780MD/TD(%)Ultimate elongation
D100348(%)Haze
D245710Gloss 45°
@ 25 micron film obtained on Collin 25, B.u.R. 2.5: 1, Temp. profile 155 190°C.
Recommended processing conditions
190-230(°C)Melt Temperature
2.0-3.0Blow up ratio
2.0-2.5(mm)Die Gap
15-150(micron)Thickness
48. 48
25525 is a LLDPE injection molding grade well suited for appli-
cations requiring high melt flowability during processing and
low stiffness of the final item, like lids and flexible containers
applications
Density: 0.924-0.926LLDPE:25525 MFI: 22-28
Characteristic
Properties
• high melt flowability
• low stiffness of the final item
Main Applications
• Injection molding grade
• lids and flexible containers applica-
tions
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
25525
Material properties (This data are typical values and are not to be construed as product specifications.)
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D123825(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9250g/mlDensity
Physical properties @
D63811(MPa)Tensile strenght at yield
D6386.6(MPa)Tensile strenght at break
D638120(%)Ultimate elongation
D790450(MPa)Flexural modulus
D256/ANB(J/m)Notched Izod impact at 23°C
D256/A50(J/m)Notched Izod Impact @ -50 °C
D152588(°C)Vicat softening point
D64848(°C)H.D.T
@ on compression moulded specimen obtained according to ASTM D 1928°C
Fabrication conditions for injection moulding
Recommended barrel temperatures range between 190 and 280°C
49. 49
-20505 Is the general purpose injection molding grade.
Density: 0.921-0.923LLDPE: 20505
Characteristic
Properties
• Injecton molding
Main Applications
• General Purpose
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• Slip Agent
• LDPE
Product data sheet
20505
Material properties (This data are typical values and are not to be construed as product specifications.)
MFI: 4-6
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12385(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.922g/mlDensity
Physical properties @
D709470(MPa)Flexural modulus
D256/ANB(J/m)Notched Izod impact at 3°C
D256/A75(°C)Notched Izod impact at -50°C
Internal method 1704˃ 500hESCR
@ on compression moulded specimen obtained according to ASTM D 1928°C
50. 50
26560 is a LLDPE injection molding grade well suited for fast cycles
applications requiring low stiffness of the final item, like house-
wares,toys and lids.
Density: 0.925-0.927LLDPE:26560 MFI: 55-65
Characteristic
Properties
• low stiffness of the final item
Main Applications
• Injection molding grade
• housewares,toys and lids
• fast cycles applications
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
26560
Material properties (This data are typical values and are not to be construed as product specifications.)
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D123860(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9260g/mlDensity
Physical properties @
D63815(MPa)Tensile strenght at yield
D63814(MPa)Tensile strenght at break
D63810(%)Ultimate elongation
D790580(MPa)Flexural modulus
D256/A37(J/m)Notched Izod impact at 0°C
D256/A34(J/m)Notched Izod Impact @ -50 °C
D152585(°C)Vicat softening point
D64852(°C)H.D.T
@ on compression moulded specimen obtained according to ASTM D 1928°C
Fabrication conditions for injection moulding
Recommended barrel temperatures range between 190 and 280°C
51. 51
The 23507 is a LLDPE for extrusion coating of substrates, alone or
blended with LDPE.
Density: 0.922-0.924LLDPE: 23507 MFI: 6-8
Characteristic
Properties
• Extrusion coating of substrates,
alone or blended with LDPE
Main Applications
• Extrusion coating
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
23507
Material properties (This data are typical values and are not to be construed as product specifications.)
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12387(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9260g/mlDensity
Physical properties @
D790550(MPa)Flexural modulus
D256/ANB(J/m)Notched Izod impact at 23°C
D63815.2(MPa)Yield strenght
@ on compression moulded specimen obtained according to ASTM D 1928°C
Fabrication conditions for injection moulding
Recommended barrel temperatures range between 190 and 280°C
52. 52
12XF6 is a HP-LLDPE blown film grade for high film strenght appli-
cations. HP-LLDPEs process easier than conventional LLDPEs and
have low gels.
Density: 0.912-0.916HP-LLDPE: 12XF6 MFI: 0.5-0.7
Characteristic
Properties
• High performance
• low gels.
Main Applications
• Blown film grade
• high film strenght applications
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• Slip Agent
Product data sheet
12XF6
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.60(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9120g/mlDensity
Film properties @
D1709137)g(Dart Impact
D1922212/484MD/TD(g)Elmendorf Tear
D88211.3/10.4MD/TD(MPa)Tensile strenght at yield
D88245.5/33.3MD/TD(MPa)Tensile strenght at break
D882753/1007MD/TD(%)Ultimate elongation
D882168/181MD/TD(MPa)2% Secant modulus
D100333(%)Haze
D245718Gloss 45°
@ 25 micron film obtained on Collin 25, B.u.R. 2.5: 1, Temp. profile 155 190°C, melt 200°C.
Recommended processing conditions
200-240(°C)Melt Temperature
2.0-3.5Blow up ratio
2.5-1.5(mm)Die Gap
18-180(micron)Thickness
53. 53
30505 is a LLDPE rotomolding grade well suited for applications
requiring good balance of processability, tenacity, stiffness and
stress cracking resistance.
Main applications are tanks and containers for automotive, water
supply and agriculture.
Density: 0.929-0.931LLDPE: 30505UV MFI: 4-6
Characteristic
Properties
• good balance of processability
tenacity, stiffness and ESCR
• High stress cracking resistance
Main Applications
• Rotomolding
• tanks and containers for automo-
tive, water supply and agriculture.
Additives
•Thermal Antioxidant (Pro-
cess Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• UV Stabilizer
Product data sheet
30505UV
Material properties (This data are typical values and are not to be construed as product specifications.)
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12385(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9300g/mlDensity
Physical properties @
D790550(MPa)Flexural modulus
D256/ANot Broken(J/m)Notched Izod impact at 23°C
D1693˃ 500hE.S.C.R
@ on compression moulded specimen obtained according to ASTM D 1928°C
54. 54
- 12HF6 is a terpolymer HP-LLDPE grade suitable for shrink appli-
cation.
Density: 0.912-0.916HP-LLDPE: 12HF6 MFI: 0.6
Characteristic
Properties
• Terpolymer HP-LLDPE
• high performanre
Main Applications
• Shrink
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• Slip Agent
Product data sheet
12HF6
ASTM MethodTypical ValueUnitResin Properties
D12380.6(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.912g/mlDensity
Film properties @
D1709125)g(Dart Impact
D1922170(g)Elmendorf Tear, MD
D882420gElmendorf Tear, TD
D882650gElongation at break, MD
D882750%Elongation at break, TD
D88242(Mpa)Tensile strenght, MD
D88236(Mpa)Tensile strenght, TD
D88211.3(Mpa)Yield strenght MD
D88211(Mpa)Yield strenght TD
D2457200%Gloss 45°
D100340%Haze
@ Film properties are obtained on 25 µ film made on 25 mm blown extruder according to method MA 17313, unless specified.
HP-LLDPE made via Spherilene Gas-
Phase Technology
55. 55
14ZF8 is a HP-LLDPE grade, suitable for blown film applications,
targetting high mechanical properties, with an excellent pro-
cessability. The 14ZF8 HP-LLDPE , alone or in blend with LDPE,
is suitable for small pipe extrusion, especially for agricultural
lateral-dripping pipes, The 14ZF8 is suitable for extrusion of blow
moulded soft containers.
Density: 0.914-0.917HP-LLDPE: 14ZF8 MFI: 0.65-0.85
Characteristic
Properties
• Easy processability
• high mechanical properties
• Excellent processability
Main Applications
• Blown film
• Small pipe extrusion
• Agricultrual lateral-dripping pipes
• Extrusion of blow moulded soft
containers
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• Slip Agent
Product data sheet
14ZF8
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.75(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.915g/mlDensity
Physical properties @
D1709120)g(Dart Impact
D1922350/210MD/TD(g)Elmendorf Tear
D88211/10.9MD/TD(MPa)Tensile strenght at yield
D88236/28MD/TD(MPa)Tensile strenght at break
D882580/680MD/TD(%)Ultimate elongation
D882190/210MD/TD(MPa)2% Secant modulus
D100325(%)Haze
D245730Gloss 45°
@ on 25 µ blown film extruded on a 25 mm extuder. BUR 2.5: 1, Temperatur profile 150 to 190°C: melt
temperature 200°C
Recommended processing conditions
190-240(°C)Melt Temperature
2.0-3.0Blow up ratio
2.0-2.5(mm)Die Gap
18-180(µ)Thickness
56. 56
14XF9 is a HP-LLDPE blown film grade of excellent processability,
good film strenght combined with very good optical properties
(transparency and gloss, and low level of gels). The additivation
package of 14XF9 is particularly suitable for lamination.
Density: 0.914-0.917HP-LLDPE: 14XF9 MFI: 0.8-1
Characteristic
Properties
• excellent processability
• good film strenght combined
• very good optical properties
(transparency and gloss, and low
level of gels).
Main Applications
• Film grade for lamination
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• LDPE
• Antiblocking Agent
Product data sheet
14XF9
Material properties (This data are typical values and are not to be construed as product specifications.)
ASTM MethodTypical ValueUnitResin Properties
D12380.75(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.915g/mlDensity
Physical properties @
D1709110)g(Dart Impact
D1922130/480MD/TD(g)Elmendorf Tear
D88210.7/10.8MD/TD(MPa)Tensile strenght at yield
D88240/35MD/TD(MPa)Tensile strenght at break
D882680/260MD/TD(%)Ultimate elongation
D882190/210MD/TD(MPa)2% Secant modulus
D100318(%)Haze
D245742Gloss 45°
@ on 25 µ blown film extruded on a 25 mm extuder. BUR 2.5: 1, Temperatur profile 150 to 190°C: melt
temperature 200°C
Recommended processing conditions
190-240(°C)Melt Temperature
2.0-3.0Blow up ratio
2.0-2.5(mm)Die Gap
18-180(µ)Thickness
HP-LLDPE made via Spherilene Gas-
Phase Technology
57. 57
11X02 is a HP-LLDPE blown film grade designed for easy processing
applications which combines balanced film physical properties
with good opticals.
Density: 0.911-0.913HP-LLDPE: 11X02 MFI: 1.8-2.2
Characteristic
Properties
• easy processing
• good opticals
Main Applications
• Blown film grade
• General purpose
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• Slip Agent
• LDPE
Product data sheet
11X02
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12382.0(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9110g/mlDensity
Film properties @
D1709120)g(Dart Impact
D1922180/400MD/TD(g)Elmendorf Tear
D88210.5/9.5MD/TD(MPa)Tensile strenght at yield
D88229.5/25MD/TD(MPa)Tensile strenght at break
D882715/765MD/TD(%)Ultimate elongation
D882162/188MD/TD(MPa)2% Secant modulus
D100322(%)Haze
D245738Gloss 45°
@ on 25 micron film obtained on Collin 25, B.u.R 2.5: 1, Temp. profile 155 190°C: melt 200°C
Recommended processing conditions
180-230(°C)Melt Temperature
2.0-3.0Blow up ratio
2.0-2.5(mm)Die Gap
15-180(micron)Thickness
58. 58
12X01 is a HP-LLDPE blown film grade of excellent processability
and good film strenght combined with low gels.
Density: 0.912-0.916HP-LLDPE: 12X01 MFI: 0.85-1.05
Characteristic
Properties
• Superbutene
• Excellent processability
• good film strenght
• low gels
Main Applications
• Blown film grade
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• LDPE
Product data sheet
12X01
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.95(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9120g/mlDensity
Film properties @
D1709120)g(Dart Impact
D1922180/400MD/TD(g)Elmendorf Tear
D88210.8/10.8MD/TD(MPa)Tensile strenght at yield
D88237.5/30.5MD/TD(MPa)Tensile strenght at break
D882675/770MD/TD(%)Ultimate elongation
D882190/205MD/TD(MPa)2% Secant modulus
D100340(%)Haze
D245720Gloss 45°
@ on 25 micron film obtained on Collin 25, B.u.R 2.5: 1, Temp. profile 155 190°C: melt 200°C
Recommended processing conditions
200-240(°C)Melt Temperature
2.0-3.0Blow up ratio
2.0-2.5(mm)Die Gap
25-180(micron)Thickness
59. 59
09X02 HP-LLPDE film resin combines ease of processing with low
gels and good film strenght. Its excellent stretchability makes this
grade particularly suited for stretch wrapping application, expe-
cially as core layer in coextruded films.
Density: 0.909-0.911HP-LLDPE: 09X02 MFI: 2-2.4
Characteristic
Properties
• low gels
• good film strenght
• Excellent stretchability
Main Applications
• Cast film grade
• stretch wrapping application
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
09X02
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12382.2(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9090g/mlDensity
Film properties @
D1709100)g(Dart Impact
19.5)N(Puncture resistance
D192280/120MD/TD(g)Elmendorf Tear
D8829.6/8.8MD/TD(MPa)Tensile strenght at yield
D88250/32MD/TD(MPa)Tensile strenght at break
D882640/880MD/TD(%)Ultimate elongation
D882135/125MD/TD(MPa)2% Secant modulus
D10032.6(%)Haze
D245784Gloss 45°
@ 25 micron film obtained on Dolci coextr. cast line, extruders 70/120/70 mm, 2000 mm flat die, temp.
profile 205 280°C.
Recommended processing conditions
230-290(°C)Melt Temperature
15-50(micron)Thickness
60. 60
14X01 is a HP-LLDPE blown film grade of excellent processability
which is particularly suited for film applications requiring a good
balance between stiffness and strenght.
Density: 0.914-0.16HP-LLDPE: 14X01 MFI: 0.85-1.05
Characteristic
Properties
• High stiffness
• Excellent processability
• good balance between stiffness
and strengh
Main Applications
• Blown film grade
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• LDPE
• Antiblocking Agent
• Slip Agent
Product data sheet
14X01
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.95(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9140g/mlDensity
Film properties @
D1709100)g(Dart Impact
D1922140/360MD/TD(g)Elmendorf Tear
D88213.5/12.1MD/TD(MPa)Tensile strenght at yield
D88251/40MD/TD(MPa)Tensile strenght at break
D882590/885MD/TD(%)Ultimate elongation
D882185/215MD/TD(MPa)2% Secant modulus
D100319(%)Haze
D245746Gloss 45°
@ on 25 micron film obtained on Collin 25, B.u.R 2.5: 1, Temp. profile 155 190°C: melt 200°C
Recommended processing conditions
190-240(°C)Melt Temperature
2.0-3.0Blow up ratio
2.0-2.5(mm)Die Gap
18-180(micron)Thickness
61. 61
Density: 0.918-0.921HP-LLDPE:18YF3 MFI: 0.25-0.35
Characteristic
Properties
• High Performance
Main Applications
• Shrink Film
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
18YF3
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
18YF3 is a hexene HP-LLDPE grade, suitable for shrink film
application.
ASTM MethodTypical ValueUnitResin Properties
D12380.35(g/10 min)Melt Index (190°C/ 2.16Kg)
D1505918g/mlDensity
Film properties @
D1709220)g(Dart Impact
D1922250(g)Elmendorf Tear, MD
D1922550(g)Elmendorf Tear, TD
D100318(%)Haze
D245745Gloss 45°
@ - Film Properties obtained on Collin 25 µ film on 25 mm blown extruder according to method MA 173/3,
unless specified.
62. 62
XX006 is a HP-LLDPE for cast film application which combines ease
of processing with good optics and it is particularly designed for
bakery applications.
Density: 0.920-0.922HP-LLDPE: 20X02 MFI: 2.3-2.7
Characteristic
Properties
• combines ease of processing with
good optics
Main Applications
• Cast film grade
• Bread bags
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• LDPE
Product data sheet
20X02
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12382.5(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9200g/mlDensity
Physical properties @
D170930)g(Dart Impact
D192230/210MD/TD(g)Elmendorf Tear
D10034(%)Haze
D245775Gloss 45°
@ on 25 micron film obtained on 50 mm cast film extuder.
63. 63
12YF6 is a hexene HP-LLDPE blown film grade for high perfor-
mance applications. This resin processes easier than conventional
LLDPEs and has low gels.
Density: 0.912-0.916HP-LLDPE: 12YF6 MFI: 0.5-0.7
Characteristic
Properties
• high performance applications
• low gels
Main Applications
• Blown film grade
• liner
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• Slip Agent
Product data sheet
12YF6
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.60(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9120g/mlDensity
Physical properties @
D1709400)g(Dart Impact
D1922330/540MD/TD(g)Elmendorf Tear
D88211.2/10.5MD/TD(MPa)Tensile strenght at yield
D88246/37MD/TD(MPa)Tensile strenght at break
D882560/690MD/TD(%)Ultimate elongation
D882180/190MD/TD(MPa)2% Secant modulus
D100339(%)Haze
D245727Gloss 45°
@ on 25 micron film obtained on Collin 25, B.u.R 2.5: 1, Temp. profile 155 190°C: melt 200°C
Recommended processing conditions
200-240(°C)Melt Temperature
2.0-3.5Blow up ratio
2.0-2.5(mm)Die Gap
18-180(micron)Thickness
64. 64
- 18YF5 is a hexene HP-LLDPE grade suitable for shrink application.
Density: 0.918-0.921HP-LLDPE: 18YF5 MFI: 0.45-0.65
Characteristic
Properties
• High Stiffness
• Quatter polymer HP-LLDPE
Main Applications
• Shrink
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
18YF5
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.55(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.918g/mlDensity
Film properties @
D1709220)g(Dart Impact
D1922220(g)Elmendorf Tear, MD
D1922530(g)Elmendorf Tear, TD
D100320(%)Haze
D245745Gloss 45°
@ Film properties are obtained on 25 µ film made on 25 mm blown extruder according to method MA
17313, unless specified.
65. 65
- 11YF6 is a quattro polymer HP-LLDPE grade suitable for lamination.
Density: 0.911-0.914HP-LLDPE: 11YF6 MFI: 0.5-0.7
Characteristic
Properties
• Q ua ttropolymer HP-LLDPE
Main Applications
• Lamination , High Clarity
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• LDPE
Product data sheet
11YF6
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.6(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.911g/mlDensity
Physical properties @
D1709250)g(Dart Impact
D1922230(g)Elmendorf Tear, MD
D1922600(g)Elmendorf Tear, TD
D100312(%)Haze
D245750Gloss 45°
@ Film properties are obtained on 25 µ film made on 25 mm blown extruder according to method MA
17313, unless specified.
66. 66
15YF6 is a hexene HP-LLDPE blown film grade for high
performance applications. This resin Processes easier than
conventional LLDPEs and has low gels.
Density: 0.915-0.917HP_LLDPE: 15YF6 MFI:0.5-0.7
Characteristic
Properties
• High preformance applications
• Low gols
Main Applications
• Blown film grade
• Heavy Duty
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• Slip Agent
• LDPE
Product data sheet
15YF6
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.6(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9150g/mlDensity
Film properties @
D1709150)g(Dart Impact
D1922170/510MD/TD(g)Elmendorf Tear
D88212.5/13.4MD/TD(MPa)Tensile strenght at yield
D88235/33MD/TD(MPa)Tensile strenght at break
D882700/860MD/TD(%)Ultimate elongation
D882190/220MD/TD(MPa)2% Secant modulus
D100318(%)Haze
D245745Gloss 45°
@ on 25 micron film obtained on Collin 25, B.u.R 2.5: 1, Temp. profile 155 190°C: melt 200°C
Recommended processing conditions
200-240(°C)Melt Temperature
2.0-3.5Blow up ratio
2.0-2.5(mm)Die Gap
18-180(micron)Thickness
67. 67
10Y02 hexene HP-LLDPE film resin combines ease of process-
ing with excellent physical properties. This resin is particularly
suited for stretch wrapping applications, expecially as core layer
in coextruded films, as it shown a very good film strenght and
stretchability.
Density: 0.910-0.912HP-LLDPE: 10Y02 MFI: 2-2.4
Characteristic
Properties
• excellent physical properties
• very good film strenght
• stretchability
• hexene HP-LLDPE film resin
Main Applications
• high pre-strech cast film
• core layer in coextruded films
• suited for stretch wrapping appli-
cations
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
10Y02
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12382.2(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9100g/mlDensity
Film properties @
D1709180)g(Dart Impact
Montell17.4)N(puncture resistance
D1922150/350MD/TD(g)Elmendorf Tear
D88210.0/9.0MD/TD(MPa)Tensile strenght at yield
D88246.5/34.5MD/TD(MPa)Tensile strenght at break
D882480/800MD/TD(%)Ultimate elongation
D882105/110MD/TD(MPa)2% Secant modulus
D10033.0(%)Haze
D245775Gloss 45°
@ 25 micron film obtained on Dolci coextr. cast line, extruders 70/120/70 mm, 2000 mm flat die, temp.
profile 205 280°C.
Recommended processing conditions
230-290(°C)Melt Temperature
15-50(micron)Thickness
68. 68
14Y01 is a hexene HP-LLDPE blown film grade for applications
requiring high film strenght and good processability.
Density: 0.914-0.16HP-LLDPE: 14Y01 MFI: 0.9-1.1
Characteristic
Properties
• high film strenght and good pro-
cessability
Main Applications
• Blown film grade
• Thin film
Additives
•Thermal Antioxidant (Pro-
cess Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• Slip Agent
Product data sheet
14Y01
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-LLDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12381.1(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9140g/mlDensity
Film properties @
D1709130)g(Dart Impact
D1922180/530MD/TD(g)Elmendorf Tear
D88212.3/12.2MD/TD(MPa)Tensile strenght at yield
D88234/34MD/TD(MPa)Tensile strenght at break
D882770/860MD/TD(%)Ultimate elongation
D882195/216MD/TD(MPa)2% Secant modulus
D100318(%)Haze
D245742Gloss 45°
@ on 25 micron film obtained on Collin 25, B.u.R 2.5: 1, Temp. profile 155 190°C: melt 200°C
Recommended processing conditions
200-240(°C)Melt Temperature
2.0-3.5Blow up ratio
2.0-2.5(mm)Die Gap
15-180(micron)Thickness
69. 69
10501 is a VLDPE blown film grade particularly suited for lamina-
tion and coextrusion application, as adhesive layer.10501 is de-
signed for applications requiring low film stiffness, good sealability
and high strenght at low temperatures.
Density: 0.910-0.912VLDPE: 10501 MFI: 0.85-1.05
Characteristic
Properties
• low film stiffness
• good sealability
• high strenght at low temperatures
Main Applications
• Blown film grade
• Lamination
• lamination and coextrusion applica-
tion, as adhesive layer
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
10501
Material properties (This data are typical values and are not to be construed as product specifications.)
VLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.95(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9100g/mlDensity
Film properties @
D1709180)g(Dart Impact
D1922200/400MD/TD(g)Elmendorf Tear
D882105/115MD/TD(MPa)2% Secant modulus
D100325(%)Haze
D245735Gloss 45°
@ on 25 micron film obtained on Collin 25, B.u.R 2.5: 1, Temp. profile 155 190°C: melt 200°C
Recommended processing conditions
200-230(°C)Melt Temperature
2.0-3.0Blow up ratio
2.0-2.5(mm)Die Gap
15-50(micron)Thickness
70. 70
30Y04 is a hexene HP-LLDPE rotomolding grade designed for appli-
cations requiring high enviromental stress cracking resistance, like
containers for aggressive chemical products.
Density: 0.929-0.931HP-LLDPE: 30Y04 MFI: 3-5
Characteristic
Properties
• High ESCR
Main Applications
• Rotomolding and Stiff cast.
• containers for aggressive chemical
products.
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
30Y04
Material properties (This data are typical values and are not to be construed as product specifications.)
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12384.0(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9300g/mlDensity
Physical properties @
D790670(MPa)Flexural Modulus
D1693˃100hE.S.C.R
@ on compression moulded specimen obtained according to ASTM D 1928°C
71. 71
01X01 is a HP-VLDPE for blown film coextrusion applications re-
quiring high impact strenght at low temperature, like frozen food
packaging.
Density: 0.901-0.903HP-VLDPE: 01X01 MFI: 0.8-1
Characteristic
Properties
• HP-VLDPE for blown film
• high impact strenght at low
temperature
Main Applications
• Blown film
• Co-extrusion
• frozen food packaging.
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
• Slip Agent
HP-VLDPE made via Spherilene Pro-
cess
Product data sheet
01X01
Material properties (This data are typical values and are not to be construed as product specifications.)
ASTM MethodTypical ValueUnitResin Properties
D12380.90(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9010g/mlDensity
Film properties @
D1709450)g(Dart Impact
D1922250/320MD/TD(g)Elmendorf Tear
D8827.5/7.8MD/TD(MPa)Tensile strenght at yield
D88247/43MD/TD(MPa)Tensile strenght at break
D882650/850MD/TD(%)Ultimate elongation
D882110/110MD/TD(MPa)2% Secant modulus
D100325(%)Haze
D245730Gloss 45°
@ on 25 micron film obtained on Collin 25, B.u.R 2.5: 1, Temp. profile 155 190°C: melt 200°C
Recommended processing conditions
200-230(°C)Melt Temperature
2.0-3.0Blow up ratio
2.0-2.5(mm)Die Gap
18-60(micron)Thickness
72. 72
10502 is a VLDPE cast film grade designed for coextrusion applica-
tions, as adhesive layer.10502 is particularly suited for applications
requiring low film stiffness, good sealability and high strenght at
low temperatures.
Density: 0.910-0.12VLDPE: 10502 MFI: 2.2-2.8
Characteristic
Properties
• VLDPE cast film grade
• low film stiffness
• good sealability
• high strenght at low temperatures
Main Applications
• Cast film grade
• Cast Co-extrusion
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
10502
Material properties (This data are typical values and are not to be construed as product specifications.)
VLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12382.5(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9100g/mlDensity
Recommended processing conditions
Skin layer in coextruded cast film
230-280(°C)Melt Temperature
15-50(micron)Thickness
73. 73
36XF6 is a HP-HDPE grade for raffia for ropes, monofilament and
manual strapping applications.
This grade shows good processability and produces items with high
tenacity.
Density: 0.935-0.937HP-HDPE:36XF6 MFI: 0.5-0.7
Characteristic
Properties
• good processability
• high tenacity.
Main Applications
• Stretched application grade
• Raffia for ropes
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Antiblocking Agent
Product data sheet
36XF6
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-HDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.6(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.936g/mlDensity
Physical properties
a) On 3500 denier strap, stretch ratio 1: 8.0
D21015.4(g/den)Tenacity at break
D210123(%)Ultimate elongation
b) On 480 denier monofilament, stretch ratio 1: 8.3
D21015.8(g/den)Tenacity at break
D210123(%)Ultimate elongation
74. 74
02X02 is a HP-VLDPE grade for cast coextruded film, as cling layer
and for injection molding application like bumper energy adsorber.
Density: 0.902-0.904HP-VLDPE: 02X02 MFI: 1.6-2
Characteristic
Properties
• HP-VLDPE grade for cast coextrud-
ed film,
Main Applications
• Film and injection molding grade
• Bumpers
• Geomembranes
• Soft nets
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
HP-VLDPE made via Spherilene Pro-
cess
Product data sheet
02X02
Material properties (This data are typical values and are not to be construed as product specifications.)
ASTM MethodTypical ValueUnitResin Properties
D12381.8(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9020g/mlDensity
Fabrication conditions for injection moulding
Recommended barrel temperatures range between 190 and 280°C
Recommended processing conditions for cast film extrusion
230-290(°C)Melt Temperature
15-50(micron)Thickness
75. 75
41X01 is a HP-HDPE grade for cast flat yarn (raffia) and monofila-
ment applications.
Good processability and high yarn tenacity are the main feature of
this grade.
Density: 0.940-0.942HP-HDPE:41X01 MFI: 1.1-1.3
Characteristic
Properties
• HP-HDPE grade
• Good processability
• high yarn tenacity
Main Applications
• Stretched application grade
• Cast flat yarn (raffia)
Additives
•Thermal Antioxidant (Process
Stabilizer)
• DHT-4A
Product data sheet
41X01
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-HDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12381.2(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9410g/mlDensity
Physical properties @
D21015.4(g/den)Tenacity at break
D210124(%)Ultimate elongation
@ On 280 denier monofilment, stretch ratio 1: 8.6
76. 76
43X01 is a HP-HDPE grade for monofilament applications.
Good processability and high tenacity are the main feature of this
grade.
Density: 0.942-0.944HP-HDPE: 43X01 MFI: 0.9-1.1
Characteristic
Properties
• Good processability
• high tenacity
Main Applications
• Stretched application grade
• Monofilament
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
43X01
Material properties (This data are typical values and are not to be construed as product specifications.)
HP-HDPE made via Spherilene Gas-
Phase Technology
ASTM MethodTypical ValueUnitResin Properties
D12381.0(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9430g/mlDensity
Physical properties @
D21015.7(g/den)Tenacity at break
D210139(%)Ultimate elongation
@ On 280 denier filament
77. 77
The 534F7 is a HDPE grade for monofilament applications, which
combines a good processability with a very high tenacity.This grade
is suitable for multiplies filaments too.
Density: 0.952-0.954HDPE :534F7 MFI: 0.6-0.8
Characteristic
Properties
• high tenacity
• good processability with a very
high tenacity
Main Applications
• Monofilament
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Polymer processing aid
Product data sheet
534F7
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.7(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.953g/mlDensity
Physical properties @
D21015.0(g/den)Tenacity
D210150(%)Thickness
@ on 280 denier filament
78. 78
424F5 is a HDPE grade for blown raffia. This resin combines good
processability with low gels and good tenacity.
Density: 0.941-0.943HDPE: 424F5 MFI: 0.4-0.6
Characteristic
Properties
• good processability
• low gels
• good tenacity
Main Applications
• Stretched application grade
• Raffia (textile grade)
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Polymer processing aid
HDPE made via Spherilene Process
Product data sheet
424F5
Material properties (This data are typical values and are not to be construed as product specifications.)
ASTM MethodTypical ValueUnitResin Properties
D12380.5(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9420g/mlDensity
79. 79
50401 is a HDPE grade for monofilament applications, which com-
bines good processability with high tenacity.
50401 is also well suited for multiply applications, like ropes.
Density: 0.948-0.952HDPE: 50401 MFI: 0.9-1.1
Characteristic
Properties
• good processability with high
tenacity
• well suited for multiply applica-
tions
Main Applications
• Stretched application grade
• Monofilament
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• Polymer processing aid
• Antiblocking Agent
Product data sheet
50401
Material properties (This data are typical values and are not to be construed as product specifications.)
ASTM MethodTypical ValueUnitResin Properties
D12380.9(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9500g/mlDensity
Physical properties @
D21015.6(g/den)Tenacity
D210130(%)Ultimate elongation
@ on 280 denier filament
HDPE made via Spherilene Gas-Phase
Technology
80. 80
60518 is a HDPE injection molding grade which combines excellent
flowability with high stiffness.
This resin is well suited for housewares and toys applications.
Density: 0.956-0.60HDPE:60518 MFI: 16-20
Characteristic
Properties
• excellent flowability with high
stiffness.
Main Applications
• Injection molding grade
• housewares and toys applications
• Fast cycle
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
60518
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D123818(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.960g/mlDensity
Physical properties @
D7091430(MPa)Flexural modulus
D256/A26(J/m)Notched Izod impact at 23°C
D63831.5(MPa)Tensile strenght at yield
D63829(MPa)Tensile strenght at break
D63815(%)Ultimate elongation
D1525125(°C)Vicat softening point
D648102(°C)H.D.T
D224065(Unit)Shore hardness D
@ on compression moulded specimen obtained according to ASTM D 1928°C
Fabrication conditions for injection moulding
Recommended barrel temperatures range between 190 and 280°C
81. 81
60511 is a HDPE injection molding grade which combines excellent
flowability with high stiffness.
This resin is well suited for housewares and toys applications.
Density: 0.956-0.960HDPE: 60511/60511UV MFI: 9-13
Characteristic
Properties
• Excellent flowability with high
stiffness.
Main Applications
• injection molding grade
• Houseware
• toys
Additives
60511:
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
60511UV:
• Catalyst neutralizer (acid
scavenger, lubricant)
• UV Stabilizer
•Thermal Antioxidant (Process
Stabilizer)
Product data sheet
60511/
60511UV
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D123811(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.960g/mlDensity
Physical properties @
D7901450(MPa)Flexural modulus
D256/A21(J/m)Notched Izod impact at 23°C
D1525125(°C)Vicat softening point
@ on compression moulded specimen obtained according to ASTM D 1928°C
Fabrication conditions for injection moulding
Recommended barrel temperatures range between 190 and 280°C
82. 82
60505 is a HDPE injection molding grade which combines high
stiffness with good physical properties.
This resin is well suited for crates and toys applications.
Density: 0.956-0.960HDPE: 60505/60505UV MFI: 4.5-6.5
Characteristic
Properties
• High stiffness with good physical
properties.
Main Applications
• injection molding grade
• Crates
• toys applications
Additives
• 60505:
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• 60505UV:
• Catalyst neutralizer (acid
scavenger, lubricant)
• UV Stabilizer
•Thermal Antioxidant (Process
Stabilizer)
Product data sheet
60505/
60505UV
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12385.5(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9570g/mlDensity
Physical properties @
D7901460(MPa)Flexural modulus
D256/A30(J/m)Notched Izod impact at 23°C
D1525125(°C)Vicat softening point
@ on compression moulded specimen obtained according to ASTM D 1928°C
Fabrication conditions for injection moulding
Recommended barrel temperatures range between 190 and 280°C
83. 83
60535 is a HDPE injection molding grade for thin walled applica-
tions requiring very high flowability and stiffness.
Density: 0.956-0.960HDPE: 60535 MFI: 30-40
Characteristic
Properties
• very high flowability and stiffness
Main Applications
• injection molding grade
• Thin walled
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
60535
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D123835(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9620g/mlDensity
Physical properties @
D7091580(MPa)Flexural modulus
D256/A15(J/m)Notched Izod impact at 23°C
D1525124(°C)Vicat softening point
@ on compression moulded specimen obtained according to ASTM D 1928°C
Fabrication conditions for injection moulding
Recommended barrel temperatures range between 190 and 280°C
84. 84
52511 is a HDPE copolymer injection molding grade for applica-
tions requiring a good balance between physical properties and
flowability, like housewares and toys.
Density: 0.950-0.954HDPE: 52511/52511UV MFI: 9-13
Characteristic
Properties
• Good balance between physical
properties and flowability,
Main Applications
• injection molding grade
• Houseware
Product data sheet
52511/
52511UV
Material properties (This data are typical values and are not to be construed as product specifications.)
Additives
52511:
•Thermal Antioxidant (Process Stabilizer)
• Catalyst neutralizer (acid scavenger,
lubricant)
52511 UV:
•Thermal Antioxidant (Process Stabilizer)
• Antiblocking Agent
• Catalyst neutralizer (acid scavenger,
lubricant)
• UV Stabilizer
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D123811(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9520g/mlDensity
Physical properties @
D7091200(MPa)Flexural modulus
D256/A22(J/m)Notched Izod impact at 23°C
D1525122(°C)Vicat softening point
@ on compression moulded specimen obtained according to ASTM D 1928°C
Fabrication conditions for injection moulding
Recommended barrel temperatures range between 190 and 280°C
85. 85
52528 is a HDPE copolymer injection molding grade for thin walled
applications requiring a good balance between high flowability and
physical properties.
Density: 0.950-0.954HDPE:52528 MFI: 22-32
Characteristic
Properties
• Good balance between high flowa-
bility and physical properties.
Main Applications
• injection molding grade
• Caps thin walled
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
Product data sheet
52528
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D123828(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.9520g/mlDensity
Physical properties @
D7091380(MPa)Flexural modulus
D256/A21(J/m)Notched Izod impact at 23°C
D1525120(°C)Vicat softening point
@ on compression moulded specimen obtained according to ASTM D 1928°C
Fabrication conditions for injection moulding
Recommended barrel temperatures range between 190 and 280°C
86. 86
526F2BX is a HDPE copolymer for small containers blow molding.
This grade is well suited for applications requiring good processa-
bility, physical properties and resistance to environmental stress
cracking.
Density: 0.952HDPE: 526F2BX MFI: 0.25
Characteristic
Properties
• Grade under final development,
to be industrilised.
• good processability
• physical properties and resistance
to environmental stress cracking.
Main Applications
• Blow moulding
• small containers blow molding
Additives
• Grade under final develop-
ment, to be industrilised.
Product data sheet
526F2BX
Material properties (This data are typical values and are not to be construed as product specifications.)
ASTM MethodTypical ValueUnitResin Properties
D12380.25(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.952g/mlDensity
Physical properties @
D7901230(MPa)Flexural Modulus
D63827(MPa)Tensile strenght at yield
D63832(MPa)Tensile strenght at break
D638850(%)Elongation at break
D256/A150KJ/m2
Notched Izod impact at 23°C
D1525127(°C)Vicat Softening point
D224065Shore D
@ on compression moulded specimen obtained according to ASTM D 1928°C
Properties on 1 liter bottle, without handle 35 g weight (internal testing methods)
300NTop Load
50hESCR
13No.Impact resistance
(average n. of drops to break. max 15. from 2.8 m at 4°C)
HDPE made via Spherilene Gas-Phase
Technology
87. 87
526FIBX is a HDPE copolymer suitable for production of blow mould-
ed containers with capacity up to 30 liter. This grade is well suited
for applications requiring good processability, physical properties and
resistance to environmental stress cracking. 526F1BX is suitable for
production of general purpose blown film and blending.
Density: 0.952HDPE:526F1BX MFI: 0.12
Characteristic
Properties
• Grade under final development,
to be industrilised.
• good processability
• physical properties and resistance
to environmental stress cracking
Main Applications
• Blow moulding
• containers with capacity up to 30
liter
Additives
• Grade under final develop-
ment, to be industrilised.
Product data sheet
526F1BX
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.12(g/10 min)Melt Index (190°C/ 2.16Kg)
D12380.55(g/10 min)Melt Index (190°C/ 5.0Kg)
D15050.952g/mlDensity
Physical properties @
D7901230(MPa)Flexural Modulus
D63827.5(MPa)Tensile strenght at yield
D63834(MPa)Tensile strenght at break
D638˃850(%)Elongation at break
D256/A250KJ/m2
Notched Izod impact at 23°C
D1525126(°C)Vicat Softening point
D224065Shore D
@ on compression moulded specimen obtained according to ASTM D 1928°C
290NTop Load
100hESCR
13No.Impact resistance
(average n. of drops to break. max 15. from 2.8 m at 4°C)
88. 88
486H2 is a HDPE copolymer for blown film, general purposes.This
grade is well suited for film applications requiring a good processa-
bility, and outstanding mechanical properties.
Density: 0.948HDPE: 486H2 MFI: 0.25(190C/5kg)
Characteristic
Properties
• Grade under final development,
to be industrilised.
• HDPE copolymer for blown film
• Good processability, and outstand-
ing mechanical properties
Main Applications
• Film grade
• general purposes
Additives
• Grade under final develop-
ment, to be industrilised.
Product data sheet
486H2
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.25(g/10 min)Melt Index (190°C/ 5Kg)
C1238˃25(g/10 min)MFRs ratio (F/P)
D15050.948g/mlDensity
Physical properties @
D882700(I)(MPa)Tensile Modulus, MD, (sec.2%)
D882650(I)(MPa)Tensile Modulus, TD, (sec.2%)
D88232(I)MPaTensile strenght at yield, MD
D88217(I)(MPa)Tensile strenght at yield, TD
D882500(I)(%)Elongation at break, MD
D882˃700(I)(%)Elongation at break, TD
D256/A140(I)(g)Dart impact resistance
@ ON blown film, 15 µ, (I) expected value.
89. 89
524F2 is a HDPE copolymer suitable for blow moulding small con-
tainers application.
Density: 0.952HDPE: 524F2 MFI: 0.25
Characteristic
Properties
• Grade under final development,
to be industrialised.
Main Applications
• Blow Moulding Small Containers
Additives
• Grade under final development,
to be industrialised.
Product data sheet
524F2
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.25(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.952g/mlDensity
Physical properties @
(*)Hours30ESCR
D638850(%)Elongotion at Break
D7901250(MPa)Flexural Modulus
D256/A27.5J/mIzod 23°C
D63832(MPa)Ultimate strenght
D1525127(°C)Vicat
D256/A250KJ/m2
Yield strenght
D63827(MPa)Softening point
(*) ESCR mode on Blow moulded bottles, 1 litre, Bassell internal method.
@ Properties measured on compression moulded specimen, according ASTM D 1928°C
90. 90
526H1 is a HDPE copolymer for rigid blown film, with high molecu-
lar weight, and broad molecular weight distribution. 526H1 is well
suited for applications requiring the best compromise between a
good processability and outstanding film stiffness.
Density: 0.952HDPE:526H1 MFI: 0.15(190C/5kg)
Characteristic
Properties
• HDPE copolymer for rigid blown
film
• high molecular weight and broad
molecular weight distribution.
• best compromise between a good
processability and outstanding film
stiffness
• Grade under final development,
to be industrialised.
Main Applications
• Rigid blown film.
Additives
• Grade under final development,
to be industrialised.
Product data sheet
526H1
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.15(g/10 min)Melt Index (190°C/ 5Kg)
C1238˃20(g/10 min)MFRs ratio (F/P)
D15050.952g/mlDensity
Physical properties @
D882900(MPa)Tensile Modulus, MD, (sec.2%)
D882800(MPa)Tensile Modulus, TD, (sec.2%)
D88250(MPa)Tensile strenght at yield, MD
D88230(MPa)Tensile strenght at break, TD
D882300(%)Elongation at break, MD
D882˃700(%)Elongation at break, TD
D256/A70(g)Dart impact resistance
D1004250(g)Tear propagation , MD
D1004410(g)Tear propagation , TD
@ ON blown film, 15 µ, on a 80 industrial line.
91. 91
484H2 is a HDPE grade suitable for blown film and general purpose
applications.
Density: 0.948HDPE: 484H2 MFI: 0.25
Characteristic
Properties
• Grade under final development,
to be industrialised.
Main Applications
• Blown Film, General Purposes
Additives
• Grade under final development,
to be industrialised.
Product data sheet
484H2
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.25(g/10 min)Melt Index (190°C/ 5Kg)
D15050.948g/mlDensity
Physical properties @, (I)
D882700(MPa)Tens. Mod 2%sec, MD
D882650(MPa)Tens. Mod 2%sec, TD
D88232(MPa)Tensile strenght, MD
D88217(MPa)Tensile strenght, TD
D882500(%)Ultimate Elong, MD
D882˃700(%)Ultimate Elong, TD
D1709/A100(g)Dart impact
@ Properties measured on blown film, 152, mode on an industrial blown line, extruder 80 mm.
(I) Expected Values.
92. 92
524HIFX is a HDPE copolymer suitable for production of high
stiffness blown film. This grade shown outstanding bubble stability
at high film line speed and at low downgauging.It is well suited for
monolayer film, blending and coextrusion.
Density: 0.952HDPE:524H1FX MFI: 0.15(190C/5kg)
Characteristic
Properties
• high stiffness blown film
• Grade under final development,
to be industrialised.
Main Applications
• Film grade
• monolayer film
Additives
• Grade under final development,
to be industrialised.
Product data sheet
524H1FX
Material properties (This data are typical values and are not to be construed as product specifications.)
HDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12380.15(g/10 min)Melt Index (190°C/ 5Kg)
D15050.9520g/mlDensity
Physical properties @
D882900(MPa)2% Secant Modulus MD
D882800(MPa)2% Secant Modulus TD
D88250(MPa)Tensile strenght at yield, MD
D88252(MPa)Tensile strenght at break, MD
D88230(MPa)Tensile strenght at yield, TD
D88245(MPa)Tensile strenght at break, TD
D1004200(g)Tear propagation MD
D1004400(g)Tear propagation TD
D256/A70(g)Dart impact resistance
@ ON 15 µ blown film extruded on 80 mm extruder, 25 L/D, 200 mm die. die gap 1.4 mm.
BUR 4.6:1, stalk height 7:1, melt temperature 220°C, output 170 kg/h .
93. 93
MD-38504 is a UV stabilized linear medium density polyethylenee
grade with a narrow molecular weight distribution. It is suitable
for rotational molding and some injection molding application
such as technical parts and closures. Characteristics include: good
impact strenght, excellent external and internal surface finish,
and is UV stabilized.
Density: 0.936-0.940MDPE: 38504 UV MFI: 3-5
Characteristic
Properties
• Good impact strenght
• High ESCR
Main Applications
• Rotomolding
Additives
•Thermal Antioxidant (Pro-
cess Stabilizer)
• Catalyst neutralizer (acid
scavenger, lubricant)
• UV Stabilizer
Product data sheet
38504 UV
Material properties (This data are typical values and are not to be construed as product specifications.)
ASTM MethodTypical ValueUnitResin Properties
D12384(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.938g/mlDensity
Physical properties @
D790650(MPa)Flexural Modulus
D63815(MPa)Tensile strenght at yield
D638800(%)Tensile strenght at break
D25625KJ/m2
Charpy Unnotched impact Strength
D1525115(°C)Vicat Softening Temperature
D224060Shore DDurometer Hardness
@ on compression moulded specimen obtained according to ASTM D 1928°C
MDPE made via Spherilene Gas-Phase
Technology
94. 94
32505 is a LLDPE for rotomolding application.
Density: 0.932LLDPE: LL-3250UV MFI: 5
Characteristic
Properties
• Excellent ESCR
Main Applications
• Rotomolding
Additives
•Thermal Antioxidant (Process
Stabilizer)
• Catalyst neutralizer (acid scav-
enger, lubricant)
• UV Stabilizer
Product data sheet
LL-3250UV
Material properties (This data are typical values and are not to be construed as product specifications.)
LLDPE made via Spherilene Gas-Phase
Technology
ASTM MethodTypical ValueUnitResin Properties
D12385(g/10 min)Melt Index (190°C/ 2.16Kg)
D15050.932g/mlDensity