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V5029 & V5531 Bonding problem (MATERIAL (V5029.03 (N1929.01 (PPS…

- - - - P03.300.012
        
        THE SAME
    - - P03.300.012
- - - - V5029.03
        
        175 (170 - 180)
      - V5531.03
        
        170 (165-175)
        
        LOW
    - - V5029.03
        
        480 s (8 min)
      - V5531.03
        
        360 s (6 min)
        
        SHORT
    - - V5029.03
        
        3
      - V5531.03
        
        2
    - - V5531.03
        
        80 bar
        
        ???
      - V5029.03
        
        100 bar
    - - V5029.03
        
        J
      - V5531.03
        
        J
        
        THE SAME
- - - - PPS
        
        Polyphenylene sulfide
        
        resistance to heat
        
        Thermal conductivity
        0,29 - 0,32 W/mK
        
        Strong:
        Excellent chemical resistance, also at high temperatures
        Excellent dimensional stability
        Flammability class V0
        Continuous operating temperature> 200 ° C
        
        Limitations
        Low melt viscosity (embossing difficulty)
        Color restrictions (natural brown)
        Relatively low impact resistance
        High cost material
  - - - PBT
        
        Polybutylene-terephthalate
        
        Max 150*C
        
        Thermal conductivity
        0,21 - 0,21 W/mK
        
        Strong:
        Good resistance to atmospheric agents
        Good chemical resistance at room temperature
        Good dimensional stability (low moisture absorption)
        Excellent insulation properties
        Ease of processing
        Possibility of admission to contact with food
        Recyclability
        Low coefficient of friction
        Microwave radiation permeability
        
        Limitations:
        No resistance to hot water
        No resistance to concentrated alkali
        No resistance, at elevated temperatures, ketones, aromatic and chlorinated hydrocarbons
        No resistance, at elevated temperatures, to dilute acids and alkalis
        Lower, compared to PET, mechanical strength and stiffness
        Lower, compared to PET, deflection temperature under load
        Poor resistance to flame