About Poly Propylene
RELIANCE
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APPLICATION
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GRADE NAME
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MFI (g/10 min )
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kg
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DENSITY ( g/cm3)
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PP
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IMPACT CO POLYMER
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INJECTION MOLDING
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AM650N
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38
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2.16
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0.9
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INJECTION MOLDING
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B120MA
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12
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INJECTION MOLDING
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B400MN
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38
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INJECTION MOLDING
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B650MN
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70
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INJECTION MOLDING
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MI3530
|
3
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INJECTION MOLDING
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C080MA
|
9
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EXTRUSION & BLOW MOLDING
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C015EG
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1.8
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HOMO POLYMER
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INJECTION MOLDING
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H110MA
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11
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RAFFIA
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H030SG
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3.4
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THERMOFORMING
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H050MN
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3.4
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FILM
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H100EY
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11
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LAMINATION
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H350EC
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38
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NON - WOVEN
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H350FG
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38
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RANDOM COPOLYMER
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RANDOM
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SR20NC
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1.9
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SRM100NC
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12
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SRX100
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12
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OPAL
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APPLICATION
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GRADE NAME
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MFI (g/10 min )
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kg
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DENSITY ( g/cm3 )
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PP
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HOMO POLYMER
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PP RAFFIA
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RH03
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3.3
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2.16
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0.9
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PP FILM
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FH10S
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10
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2.16
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0.9
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PP NON-WOVEN
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RH38
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38
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2.16
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0.9
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MOULDING
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MH13
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13.5
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2.16
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0.9
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MOULDING (ANTI STATIC MH13A)
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MH12N
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12
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2.16
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0.9
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MH13A
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12
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2.16
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0.9
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BOPP
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FH03
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3.4
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2.16
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0.9
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FIBERS & FILAMENTS
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RH25X
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25
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2.16
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0.9
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NAYARA
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APPLICATION
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GRADE NAME
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MFI (g/10 min )
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kg
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DENSITY ( g/cm3 )
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PP
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HOMO POLYMER
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BLOW MOULDING
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H020BG
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2
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2.16
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0.900-0.910
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THERMOFORMING
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H030TN
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2
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2.16
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0.900-0.910
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BOPP
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H034EG
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3.4
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2.16
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0.900-0.910
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RAFFIA
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H036RG
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3.6
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2.16
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0.900-0.910
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TQPP
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H110QS
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11
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2.16
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0.900-0.910
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INJECTION MOULDING
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H120IG
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12
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2.16
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0.900-0.910
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H200IG
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20
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2.16
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0.900-0.910
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FIBERS & FILAMENTS
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H240FG
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24
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2.16
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0.900-0.910
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NON WOVEN
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H380FG
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38
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2.16
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0.900-0.910
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EXTRUSION COATING
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H380CG
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38
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2.16
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0.900-0.910
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MRPL
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APPLICATION
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GRADE NAME
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MFI (g/10 min )
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kg
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DENSITY ( g/cm3 )
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PP
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HOMO POLYMER
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RAFFIA
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HR003
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3.5
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2.16
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NOT SPECIFIED
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HR005T
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4.5
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2.16
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INJECTION MOULDING
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HM012T
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12
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2.16
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HM065AT
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65
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2.16
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TQ FILM
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HF010
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10.5
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2.16
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LAMINATION
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HY035R
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35
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2.16
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THERMOFORMING
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HT003T
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3.5
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2.16
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INDIAN OIL
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APPLICATION
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GRADE NAME
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MFI (g/10 min )
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kg
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DENSITY ( g/cm3 )
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PP
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HOMO POLYMER
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INJECTION MOULDING
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1030MG/P1030MG
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3
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2.16
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1060MG/P1060MG
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6
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2.16
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1110MG/P1110MG
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11
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2.16
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0.9
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1110MAS/1110MAS
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11
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2.16
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0.9
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1200MC
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20
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2.16
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0.9
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P1200MAS
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20
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2.16
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P1500MG
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40
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2.16
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P1600MN
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60
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2.16
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EXTRUSION COATING
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1350EG/P1350EG
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35
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2.16
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RAFFIA
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1030RG/P1030RG
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3.5
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2.16
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P1045RG
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4.5
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2.16
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BOPP FILM
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1030FG/P1030FG
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3
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2.16
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TQ FILM
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1100FS/P1100FS
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10
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2.16
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THERMOFORMING
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P1030TC
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3
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2.16
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0.9
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FIBERS & FILAMENTS
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1200YG/P1200YG
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20
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2.16
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P1250YG
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25
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2.16
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1350YG/P1350YG
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35
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2.16
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1350YH
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35
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2.16
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IMPACT CO POLYMER
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INJECTION MOULDING
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3030MG
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3.5
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2.16
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0.9
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4015EG
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1.5
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2.16
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0.9
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4080MA
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8
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2.16
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0.9
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4100MH
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10
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2.16
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0.9
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5080MG
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10
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2.16
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3120MA
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12
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2.16
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0.9
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3250MN
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25
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2.16
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0.9
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3400MN
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40
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2.16
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0.9
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3650MN
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65
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2.16
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0.9
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3250MG
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25
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2.16
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0.9
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RANDOM COPOLYMER
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INJECTION MOULDING
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2120MC
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12
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2.16
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0.9
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2300MC
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30
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2.16
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BLOW MOULDING
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2020EC
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2
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2.16
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0.9
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HALDIA
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APPLICATION
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GRADE NAME
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MFI (g/10 min )
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kg
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DENSITY ( g/cm3)
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|
PP
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HOMO POLYMER
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EXTRUSION
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R103
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3
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2.16
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0.9
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T103
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4
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F103
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3
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F110
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11
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F135
|
35
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INJECTION MOLDING
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M103
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3
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M106
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6
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M108
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8
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M110
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11
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IMPACT CO POLYMER
|
INJECTION MOLDING
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M304
|
3.5
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M307
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7
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M310
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10
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M311T
|
10
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M312
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12
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M320
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20
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M325
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25
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M330
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30
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M340
|
40
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M365
|
65
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RANDOM COPOLYMER
|
INJECTION MOLDING
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M212S
|
12
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BLOW MOLDING
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B202S
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1.9
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HMEL
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APPLICATION
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GRADE NAME
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MFI (g/10 min )
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kg
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DENSITY ( g/cm3)
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pp
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HOMO POLYMER
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RAFFIA
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R03RR / R03RR1
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3.4
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2.16
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NOT SPECIFIED
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THERMOFORMING
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T03NR / T03NR1
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3.5
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CAST FILM
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F08RR / F08RR1
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8
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TQPP FILM
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F10SR / F10SR1
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10.5/10
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INJECTION MOLDING
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M12RR / M12RR1
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12
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M18NH / M18NH1
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18
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M20CR / M20CR1
|
20
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M50NR / M50NR1
|
50
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M65NR / M65NR1
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65
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FIBERS & FILAMENTS
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Y12GR / Y12GR1
|
12
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Y25GR / Y25GR1
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25
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NON WOVEN
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Y35GR / Y35GR1
|
35
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BOPP FILM
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F03RR / F03RR1
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3.2
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EXTRUSION COATING
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E35RR / E35RR1
|
35
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IMPACT CO POLYMER
|
INJECTION MOLDING
|
CM03RR
|
3.5
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CM08NR
|
8
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CM10TE
|
9.5
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CM12RR
|
12
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CM12RE
|
12
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CM25NR
|
25
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CM40NR
|
40
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CM65NR
|
65
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EXTRUSION
|
CE02RR
|
1.8
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CE06NR
|
6
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RANDOM COPOLYMER
|
INJECTION MOLDING
|
RM12CR
|
12
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RM30CR
|
30
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BLOW MOLDING
|
RB02RR
|
2
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RB02CR
|
2
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|
PPR PIPE
|
RP01TR
|
0.3
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|
TERPOLYMER
|
HEAT SEAL BOPP
|
TF06RE
|
6
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HPCL
|
APPLICATION
|
GRADE NAME
|
MFI (g/10 min )
|
kg
|
DENSITY ( g/cm3 )
|
|
PP
|
|
HOMO POLYMER
|
RAFFIA
|
HR033
|
3.5
|
2.16
|
|
|
INJECTION MOULDING
|
HM120A
|
|
|
|
Superior Performance Across IndustriesPolypropylene (PP) homopolymer stands out due to its remarkable chemical resistance, durability, and lightweight nature. Its mechanical strength, high elongation at break, and excellent heat deflection temperature make it suitable for demanding environments, including automotive, packaging, textiles, reusable containers, and laboratory equipment. This industrial-grade polymer ensures reliability while supporting modern manufacturing needs.
Exceptional Processability and VersatilityOur polypropylene granules are optimized for swift, efficient production through injection molding and extrusion processes. The customizable nature of the material allows for various thicknesses and product forms, helping manufacturers address a diverse spectrum of end-uses while minimizing production challenges. Its odorless and non-toxic composition further increases usability in sensitive environments.
Environmentally Responsible and Easy StoragePP homopolymer is 100% recyclable, supporting eco-friendly manufacturing. Its low water absorption and resistance to common chemicals aid in product longevity. For best results, store polypropylene granules in a cool, dry place away from direct sunlight to preserve material properties until use.
FAQ's of Poly Propylene:
Q: How should polypropylene granules be stored before processing?
A: Polypropylene granules should be kept in a cool, dry place away from direct sunlight to maintain quality and prevent any degradation prior to processing.
Q: What are the primary advantages of using polypropylene homopolymer in industrial applications?
A: Polypropylene offers high tensile strength, excellent elongation at break, superior chemical resistance, lightweight properties, and is non-toxic and odorless. These features make it suitable for automotive, packaging, textiles, and laboratory equipment.
Q: What processes are recommended for manufacturing with polypropylene homopolymer?
A: Polypropylene granules are best processed using injection molding or extrusion, both of which utilize the polymer's excellent flow characteristics for efficient and versatile manufacturing.
Q: When should I choose polypropylene over other plastics?
A: Choose polypropylene when you require a material with high impact resistance, low moisture absorption, good thermal properties (heat deflection up to 110C), and complete recyclability. It is particularly suitable for products exposed to chemicals or requiring robust mechanical strength.
Q: How recyclable is this polypropylene material?
A: This polypropylene homopolymer is 100% recyclable, making it an environmentally conscious choice for manufacturers seeking sustainable solutions.
Q: Where is polypropylene homopolymer most commonly used?
A: It finds use in automotive components, food and beverage packaging, textiles, reusable containers, and laboratory equipment due to its durability and chemical resistance.
Q: What benefits does the customizable thickness of polypropylene offer?
A: Customizable thickness allows manufacturers to tailor the material for specific applications, optimizing weight, durability, and performance for varied products.