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Problem & Solution

Practical answers to common plastic material challenges

1506 questions
Q
MP internal shrinkage cavity
A
shrinkage cavity is caused by thick-wall shrinkage and insufficient holding; extending holding is key
Molds & Tooling MP shrinkage cavity thick wall holding time gate freezing
Q
MP poor fatigue resistance
A
poor fatigue resistance is caused by insufficient recovery and fast crack propagation; increasing crosslinking is key
Molds & Tooling MP fatigue resistance crosslinking degree molecular weight stress concentration
Q
MP length out of tolerance
A
length out of tolerance is caused by unstable shrinkage rate; precise shrinkage compensation is key
Molds & Tooling MP length out of tolerance shrinkage rate mold compensation full cooling
Q
MP poor surface gloss
Q
Glass Fibre product elliptical deformation
A
elliptical deformation is caused by asymmetric demolding force; uniform ejection is key
Molds & Tooling Glass Fibre elliptical deformation symmetric ejection uniform cooling setting time
Q
Glass Fibre product twist deformation
A
twist deformation is caused by asymmetric cooling; symmetric cooling is key
Molds & Tooling Glass Fibre twist deformation symmetric cooling gate arrangement annealing
Q
Glass Fibre insufficient roundness
A
insufficient roundness is caused by uneven cooling; annular cooling is key
Molds & Tooling Glass Fibre insufficient roundness uniform cooling gate symmetry demolding force
Q
Glass Fibre internal density uneven
A
Uneven density is caused by uneven holding; optimizing gate design is key
Molds & Tooling Glass Fibreuneven densityholding transmissiongate designcrystallization difference
Q
Glass Fibre internal shrinkage void
A
Shrinkage void is caused by thick-wall shrinkage and insufficient holding; extending holding is key
Molds & Tooling Glass Fibreshrinkage voidthick wallholding timegate freezing
Q
Glass Fibre insufficient flatness
A
Insufficient flatness is caused by shrinkage difference and stress; uniform cooling and annealing are key
Molds & Tooling Glass Fibreflatnessshrinkage differenceuniform mold temperatureannealing treatment
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