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문제 및 해결책

일반적인 플라스틱 재료 문제에 대한 실질적인 답변

1343 질문
Q
MP insufficient toughness brittle fracture
A
insufficient toughness is caused by low molecular weight and coarse crystallization; selecting high MW is key
Material Analysis MP insufficient toughness molecular weight crosslinking control crystallization refinement
Q
MP poor chemical resistance
A
poor chemical resistance is caused by MP chemical affinity; selecting a chemical-resistant grade and coating are key
Material Analysis MP chemical resistance chemical attack slight crosslinking surface coating
Q
MP large processing odor
A
large odor is caused by MP decomposition volatilization; temperature control and ventilation are key
Material Analysis MP processing odor volatiles ventilation temperature control
Q
MP large creep deformation
A
large creep is caused by the elastomer nature; slight crosslinking and rigid filler are key
Material Analysis MP creep slight crosslinking high molecular weight rigid filler
Q
MP insufficient tensile strength
A
insufficient tensile strength is caused by molecular weight and poor interface; selecting a high MW grade is key
Material Analysis MP tensile strength molecular weight coupling agent orientation control
Q
MP low elongation at break
A
low elongation at break is caused by low molecular weight and orientation; selecting high MW and reducing orientation are key
Material Analysis MP elongation at break molecular weight orientation control crosslinking degree
Q
MP hardness too high
A
high hardness is caused by crystallization and filler; adjusting cooling and filler are key
Material Analysis MP hardness too high crystallinity filler amount plasticizer
Q
MP fast thermal aging
A
thermal aging is caused by thermal oxidation; improving the antioxidant system is key
Material Analysis MP thermal aging thermal oxidation antioxidant high molecular weight
Q
MP fast UV aging
A
fast UV aging is caused by photo-oxidation; UV absorber and HALS are key
Material Analysis MP UV aging UV absorber HALS radical scavenging
Q
MP unstable shrinkage rate
A
unstable shrinkage rate is caused by batch differences and temperature fluctuation; raw material and temperature control are key
Material Analysis MP shrinkage rate batch difference temperature control stability crystallinity consistency
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