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Polymer Property : Melting Point = 114 °C Product List

Thermal Properties

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Thermal Properties Metric English Comments
Melting Point 114 °C
237 °F
Internal method
Polimeri Europa Riblene® FC 39 Low Density Polyethylene - Blown Film Extrusion
Riblene FC 39 is a high molecular weight low density polyethylene (LDPE) suitable for blown film extrusion. Riblene FC 39 is characterized by a high melt strength leading to a good bubble stability..
Melting Point 114 °C
237 °F
Internal method
Polimeri Europa Riblene® FF 30 Low Density Polyethylene - Blown Film Extrusion
Riblene FF 30 is a high molecular weight low density polyethylene (LDPE), suitable for blown film extrusion. Riblene FF 30 is characterized by a good melt strength leading to a good bubble stabilit..
Melting Point 114 °C
237 °F
Internal method
Polimeri Europa Riblene® FF 39 Low Density Polyethylene - Blown Film Extrusion
Riblene FF 39 is a high molecular weight low density polyethylene (LDPE), suitable for blown film extrusion. Riblene FF 39 is characterized by a good melt strength leading to a good bubble stabilit..
Melting Point 114 °C
237 °F
Internal method
Polimeri Europa Riblene® FH 20 Low Density Polyethylene - Blown Film Extrusion
Riblene FH 20 is a low density polyethylene (LDPE) suitable for blown film extrusion. Riblene FH 20 is characterized by a good balance between processability and mechanical properties.Films manufac..
Melting Point 114 °C
237 °F
Internal method
Polimeri Europa Riblene® FL 23 Low Density Polyethylene - Blown Film Extrusion
Riblene FL 23 is a low density polyethylene (LDPE) with added slip agent, suitable for blown film extrusion. Riblene FL 23 is characterized by a good balance between processability and mechanical p..
Melting Point 114 °C
237 °F
Internal method
Polimeri Europa Riblene® FL 30 Low Density Polyethylene - Blown Film Extrusion
Riblene FL 30 is a low density polyethylene (LDPE) ideal for blown film extrusion. Riblene FL 30 is characterized by a good balance between processability, mechanical and optical properties.Films m..
Melting Point 114 °C
237 °F
Internal method
Polimeri Europa Riblene® FL 34 E Low Density Polyethylene - Blown Film Extrusion
Riblene FL 34 E is a low density polyethylene (LDPE) with added slip and antiblocking agents, suitable for blown film extrusion. Riblene FL 34 E is characterized by a good balance between processab..
Melting Point 114 °C
237 °F
Internal method
Polimeri Europa Riblene® FM 34 Low Density Polyethylene - Blown Film Extrusion
Riblene FM 34 is a low density polyethylene (LDPE) with added slip and antiblocking agents, suitable for blown film extrusion. Riblene FM 34 is characterized by a good balance between processabilit..
Melting Point 114 °C
237 °F
Internal method
Polimeri Europa Riblene® FM 34 E Low Density Polyethylene - Blown Film Extrusion
Riblene FM 34 E is a low density polyethylene (LDPE) with added slip (erucamide) and antiblocking agents, suitable for blown film extrusion. Riblene FM 34 E is characterized by a good balance betwe..
Melting Point 114 °C
237 °F
Peak Melting Temperature; ExxonMobil Method
ExxonMobil Exceed™ 3518 GA Premium Cast Film Resin  (discontinued **)
Exceed 3518 resins are hexene copolymer produced using ExxonMobil Chemicals Exxpol® Technology. Films made from 3518 resins have outstanding tensile properties and impact and puncture toughness. ..
Melting Point 114 °C
238 °F
Peak Melting Temperature; ExxonMobil Method
ExxonMobil LD 117.03 Blown Overwrap Film Resin  (discontinued **)
LD 117 resins are homopolymer film resins with good clarity and excellent stiffness. Film from LD 117 resins can be used in overwrap applications and push-through type packaging equipment. Film ma..
Melting Point 114 °C
238 °F
Peak Melting Temperature; ExxonMobil Method
ExxonMobil LD 117.08 Blown Overwrap Film Resin  (discontinued **)
LD 117 resins are homopolymer film resins with good clarity and excellent stiffness. Film from LD 117 resins can be used in overwrap applications and push-through type packaging equipment. Film ma..
Melting Point 114 °C
237 °F
LyondellBasell Lupolen® 3020 F LDPE
Blown film, injection moldings, blow moldings.Data was collected by ISO methods and originally provided by BASF. The Lupolen® product line is now produced by Basell.
Melting Point 114 °C
237 °F
LyondellBasell Lupolen® 3020 H LDPE, Film Grade
FilmData was collected by ISO methods and originally provided by BASF. The Lupolen® product line is now produced by Basell.
Melting Point 114 °C
237 °F
LyondellBasell Lupolen® 3026 F LDPE, Film Grade
FilmData was collected by ISO methods and originally provided by BASF. The Lupolen® product line is now produced by Basell.
Melting Point 114 °C
237 °F
LyondellBasell Lupolen® 3040 D LDPE, Film Grade
FilmData was collected by ISO methods and originally provided by BASF. The Lupolen® product line is now produced by Basell.
Melting Point 114 °C
237 °F
LyondellBasell Lupolen® 3220 K LDPE, Film Grade
FilmData was collected by ISO methods and originally provided by BASF. The Lupolen® product line is now produced by Basell.
Melting Point 114 °C
237 °F
LyondellBasell Lupolen® 3226 K LDPE, Film Grade
FilmData was collected by ISO methods and originally provided by BASF. The Lupolen® product line is now produced by Basell.
Melting Point 114 °C
237 °F
Hybrid Plastics POSS® MA0702 MethacrylIsobutyl-POSS®
POSS® Nanostructured Chemical Technology has two unique features: (1) the chemical composition is a hybrid, intermediate (RSiO1.5) between that of silica (SiO2) and silicones (R2SiO). (2) POSS®..
Melting Point 114 °C
237 °F
ISO 11357-3
Total FE 8004 LDPE blown film
Radical polyethylene made by high pressure autoclave process. Advised temperature profile : 160 to 200°C.Information provided provided by Total Petrochemicals.Total Petrochemicals acquired former F..
Melting Point 114 °C
237 °F
UBE method
UBE UMERIT 1520F Metallocene LLDPE
Description: UBE Super Polyethylene Umerit® is an ethylene-olefin copolymer made by UBE using the metallocene catalytic method. The metallocene catalytic method results in superior physical propert..
Melting Point 114 °C
237 °F
Freezing Point; ASTM D3418
DuPont™ Bynel® 41E762 Anhydride Modified LLDPE
BYNEL® 41E762 is an anhydride-modified, linear low-density polyethylene (LLDPE) resin. All BYNEL Series 4100 series resins are available in pellet form for use in conventional extrusion and coextru..
Melting Point 114 °C
237 °F
ASTM D3418, ISO 3146
DuPont™ Fusabond® E528 Polymer Modifier
DuPont™ Fusabond® E528 is a anhydride modified polyethylene. Used as a polymer modifier
Melting Point 114 °C
237 °F
Dow Method (DSC)
Dow FLEXOMER™ DFDA-1095 NT Very Low Density Polyethylene (VLDPE) Resin
FLEXOMER™ DFDA-1095 NT is an ethylene-butene copolymer with a unique olefinic composition for improved process-ability and material handling. This product is produced via gas phase polymerization ..
Melting Point 114 - 172 °C
237 - 342 °F
Dow Method (DSC)
Dow Saran® 506 Polymer
Saran™ 506 Polymer is designed as an ignition resistant adhesive bonding agent. Saran™ 506 is a vinylidene chloride copolymer supplied as a white, micronized powder. It is unaffected by humidity..
Melting Point 114 °C
237 °F
Recrystallizing temperature; ISO 3146
Azdel Plus R401B02N 40% Continuous Random Fiber Mat / PP Resin Matrix
AZDEL® R401B02N is a random oriented needled continuous glass fiber mat material. This polypropylene composite material features high properties and a basic homogeneous fiber distribution. This m..
Melting Point 114 °C
237 °F
Recrystallizing temperature; ISO 3146
Azdel Plus R301B01N 30% Continuous Random Fiber Mat / PP Resin Matrix
AZDEL® R301B01N is a random oriented needled continuous glass fiber mat material. This polypropylene composite material features high properties and a basic homogeneous fiber distribution. This m..
Melting Point 114 °C
237 °F
ASTM D3418
Petroquimica Triunfo Trithene® TS 3003 LDPE - Film Grade
The Trithene® TS 3003 resin is a low-density, high molecular weight polyethylene that offers high mechanical strength and excellent optical properties. The product shows high modulus of elasticity,..
Melting Point 114 °C
237 °F
Peak Melting Temperature; ExxonMobil Method
ExxonMobil Exceed™ 3518 PA Premium Cast Film Resin
Exceed 3518 resins are hexene copolymer produced using ExxonMobil Chemicals Exxpol® Technology. Films made from 3518 resins have outstanding tensile properties and impact and puncture toughness. ..
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