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PC Makrolon®  3208 550111 COVESTRO BELGIUM

142
  • Unit Price:
    $6592 USD/MT
  • Packaging Specification:
    25 KG/PKG
  • Supply Quantity:
    45MT
  • Delivery Terms:
    FOB
  • Port of Loading:
    China Main Port
  • Accepted Payment Methods:
    T/T
  • Shipping:
    Negotiate supplier for shipping details

Supplier Information

ASIA PLASTIC EXCHANGE LIMITED

+86 755 2787 3515View
serv********View

For more detailed information including pricing, customization, and shipping, please contact supplier.

Material Description
Technical Data Sheet

Material Description

  • Material Properties:High impact resistance high molecular weight Drinking water contact
  • Application Areas:building materials Transportation equipment Lighting fixtures
  • Color:--
  • Grade:--

Technical Data Sheet Compare

physical property Test ConditionTest MethodTest ResultUnit
Density (73 ° F)ISO 11831.2g/cm³
Apparent Density 2 2ISO 600.66g/cm³
Melt mass flow rate300℃,1.20kg  300℃/1.2 kgISO 11335.5g/10min
Melt volume flow rate300℃,1.2 kg  300℃/1.2 kgISO 11335cm3/10min
Shrinkage rateTD  Across FlowISO 25770.60 to 0.80%
Shrinkage rateMD  FlowISO 25770.60 to 0.80%
Shrinkage rateTD:2.0 mm  Across Flow : 0.0787 in   3 3ISO 294-40.75%
Shrinkage rateMD:2.0 mm  Flow : 0.0787 in   3 3ISO 294-40.7%
Water absorption rateSaturation,23℃ Saturation,23℃ISO 620.3%
Water absorption rateEquilibrium,23℃,50% RH Equilibrium,23℃,50% RHISO 620.12%
Mechanical performanceTest ConditionTest MethodTest ResultUnit
Tensile modulus23℃ ISO 527-1-22350Mpa
Tensile strengthBreak,23℃ ISO 527-2/5075Mpa
Tensile strengthYield,23℃ ISO 527-2/5065Mpa
Tensile strainBreak,23℃ ISO 527-2/50120%
Tensile strainYield,23℃ISO 527-2/506.3%
Nominal tensile fracture strain23℃  ISO 527-2/50> 50%
Tensile Creep Modulus(1 hr)  Tensile Creep Modulus (1 hr)ISO 899-12200Mpa
Tensile creep modulus1000 hr  ISO 899-11900Mpa
Bending modulus Bending modulus 423℃  23℃ 4ISO 1782350Mpa
Flexural Stress 4 43.50% Strain,23℃ 3.5% Strain, 23°CISO 17872Mpa
Flexural Stress 4 523℃  23°CISO 17895Mpa
弯曲应变  Flexural Strain at Flexural Strength   5 (23°C) 5ISO 1787.2%
Ball pressure hardnessISO 2039-1111Mpa
Impact performanceTest ConditionTest MethodTest ResultUnit
Impact strength of simply supported beam gap-30℃,Complete Break -22°F, Complete BreakISO 739118kJ/m²
Impact strength of simply supported beam gap23℃,Partial Break 73°F, Partial BreakISO 739180kJ/m²
Impact strength of simply supported beam without notch-60℃  -60°CISO 179/1eUNo Break
Impact strength of simply supported beam without notch-30℃  -30°CISO 179/1eUNo Break
Impact strength of simply supported beam without notch23℃  23°CISO 179/1eUNo Break
Impact strength of cantilever beam gap-30℃,Complete Break -22°F, Complete BreakISO 739120kJ/m²
Impact strength of cantilever beam gap23℃,Partial Break 73°F, Partial BreakISO 739175kJ/m²
Multi axis Instrumented Impact Energy-30℃  -30°CISO 6603-275J
Multi axis Instrumented Impact Energy23℃  23°CISO 6603-265J
Multi axis Instrumented Peak Impact Force-30℃  -30°CISO 6603-26700N
Multi axis Instrumented Peak Impact Force23℃  23°CISO 6603-25800N
Flame retardant performanceTest ConditionTest MethodTest ResultUnit
Flash Ignition Temperature  Flash Ignition TemperatureASTM D1929480°C
Spontaneous combustion temperatureASTM D1929550°C
Optical performanceTest ConditionTest MethodTest ResultUnit
Refractive indexISO 4891.587
Light transmittance1000 µm  ISO 13468-289%
Light transmittance2000 µmISO 13468-289%
Light transmittance3000 µm  ISO 13468-288%
Light transmittance4000 µm ISO 13468-287%
Haze3000 µm ISO 14782< 0.80%
Thermal performanceTest ConditionTest MethodTest ResultUnit
Glass transition temperatureISO 11357-2150°C
Vicat softening temperatureB50  --ISO 306150°C
Vicat softening temperatureB120  --ISO 306/B120151°C
Ball pressure test141℃  141℃IEC 60695-10-2Pass
Linear coefficient of thermal expansionTD:23~55℃  ISO 11359-20.0000651/℃
Linear coefficient of thermal expansionMD:23~55℃ISO 11359-20.0000651/℃
Thermal conductivity coefficient23℃  23℃ 9ISO 83020.2W/m/K
IMPORTANT NOTES: Plas.com collected the data in the data sheet from the material manufacturers. Plas.com makes the best effort to improve the accuracy of the data, but has no responsibility for the data. We strongly recommend verifying the validity of the data with the material manufacturers before making a final decision.