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Functional additives
MODIPER® A series
MODIPER® C series

MODIPER® A, C series are innovative type graft copolymers, consisting of polyolefin as main-chain and polyvinyl as branch polymer, which is exclusively manufactured by NOF CORPORATION utilizing NOF’s developed grafting technology. MODIPER® A, C series can improve the mechanical property, surface property, compatibility and others of thermoplastic resins.

Structure of MODIPER® A series

About MODIPER® A, C series

  • MODIPER® A series is a graft copolymer, consisting of polyolefin as main-chain and polyvinyl as branch polymer.
  • MODIPER® C series is a graft copolymer, consisting of polycarbonate as main-chain and polyvinyl as branch polymer.
  • MODIPER® A, C series can improve the mechanical property, surface property, compatibility and others of thermoplastic resins with 1-10% additive ratio.
  • MODIPER® A, C series are additives with high molecular weight, so they can keep the mechanical, thermal, molding properties of any resins. Furthermore, they do not also cause migration and evaporation from the resin.
  • MODIPER® A, C series are environmental friendly, because no halogen compounds are contained.

Lineup of MODIPER® A, C series

Product name Composition Appearance CAS No.
Main chain polymer Branch polymer
MODIPER® A1100 PE PS White Pellet 106826-12-4
MODIPER® A1401 AS Slight yellowish Pellet 106826-13-5
MODIPER® A3400 PP AS Slight yellowish Pellet 115180-57-9
MODIPER® A4100 EGMA PS White Pellet 117091-81-3
MODIPER® A4300 P(BA/MMA) White Pellet 118497-17-9
MODIPER® A4400 AS Slight yellowish Pellet 118497-09-9
MODIPER® A5300 EEA P(BA/MMA) White Pellet 118497-18-0
MODIPER® A5400 AS Slight yellowish Pellet 118497-12-4
MODIPER® CL130D PC PS White Pellet 1470303-78-6
MODIPER® CL430-G P(GMA/AS) White Pellet 103598-77-2
PE
Polyethylene
PP
Polypropylene
EGMA
Ethylene-Glycidyl Methacrylate copolymer
EEA
Ethylene-Ethyl Acrylate copolymer
PC
Polycarbonate
PS
Polystyrene
AS
Acrylonitrile-Styrene copolymer
P(BA/MMA)
Buthyl Acrylate-Methyl Methacrylate
P(GMA/AS)
Glycidyl Methacrylate-Acrylonitrile-Styrene copolymer

Appearance of MODIPER® A, C series

MODIPER®A1401
MODIPER®A1401
MODIPER®A3400
MODIPER®A3400
MODIPER®A5300
MODIPER®A5300
MODIPER®CL130D
MODIPER®CL130D
MODIPER®CL430-G
MODIPER®CL430-G

Basic properties of MODIPER® A, C series

Test item Test method Unit MODIPER® A series MODIPER® C
series
A1100 A1401 A3400 A4100 A4300 A4400 A5300 A5400 A6600 CL
130D
CL
430-G
Mechanical properties Tensile Strength ISO 527-1
(JIS K 7161)
MPa 15 17 30 14 6 13 6 10 8 55 73
Elongation 60 20 10 60 120 80 120 280 >400 5 10
Flexural Strength ISO 178
(JIS K 7171)
MPa 14 19 45 - - - - - - 78 97
Elongation MPa 400 600 1700 - - - - - - 2200 2300
Izod impact(notched specimen) ISO 180
(JIS K 7110)
kJ/m2 26 4.3 1.8 N.B N.B N.B N.B N.B N.B 1.1 3.1
MFR1) ISO 1133
(JIS K 7210)
g/10min 1.2 0.9 6 0.7 0.1 0.3 0.1 1.3 1 13 5
Thermal properties TGA2) 1% weight loss temperature JIS K 7120 337 306 302 308 282 291 279 317 233 270 260
5% weight loss temperature 397 371 375 381 354 384 357 386 320 337 352
DSC3) Melting temperature JIS K 7121 111 110 165 97 98 100 97 97 71 - -
DMA4) Glass
temperature
ISO 6721
(JIS K 7244)
85 90 110 0 -0 -10 0 -25 -30 110 100
  • 1) 230℃(CL130D、CL430-G)、190℃(Others)、2.16kgf
  • 2) Thermo Gravimetric Analysis: Rate of temperature rise: 10℃/min (in a nitrogen atmosphere)
  • 3) Differential Scanning Calorimetry: Rate of temperature rise: 10℃/min (in a nitrogen atmosphere)
  • 4) Dynamic Mechanical Analysis;Mode: Tension mode, Frequency: 1Hz, Rate of temperature rise: 10℃/min (in a nitrogen atmosphere)
  • 5) N.B:Not Break

Performances of MODIPER® A, C series

MODIPER® A, C series can add some properties to resins depending on the resin type with 1-10% additive ratio.

Property MODIPER grade Resin
PE PP ABS PMMA PLA POM PA PET PBT PC mPPE PPS TPO
Tribological properties improve A1100 ✔+ ✔+
A1401 ✔+ ✔+
A4100
Scratch properties improve A1100
A1401
Impact properties improve A4300 ✔+ ✔+
A4400 ✔+ ✔+ ✔+
Thermal shock improve A5300 ✔+ ✔+
Paintability improve A3400
A5400
A6600
Melt flow properties improve A1100
A3400 ✔+
CL130D ✔+
Organic filler dispersibilities improve A4100 ✔+
Inorganic filler dispersibilities improve A4300
CL430-G ✔+
Chemical resistance improve A3400 ✔+
Matting A4400 ✔+
✔+:Excellent performance ✔:Good performance
PE
Polyethylene
PP
Polypropylene
ABS
Acrylonitrile butadiene styrene
PMMA
Poly(methyl methacrylate)
PLA
Polylactic acid
POM
Polyacetal
PA
Polyamide
PET
Polyethylene terephthalate
PBT
Polybutylene terephthalate
PC
Polycarbonate
mPPE
modified-Polyphenyleneether
PPS
Polyphenylenesulfide
TPO
Thermoplastic polyolefin

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