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일반적인 플라스틱 재료 문제에 대한 실질적인 답변

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Dimensional Creep of PBT Injection-Molded Parts at High Temperature

PBT high-temperature creep is an important consideration for long-term applications.

Injection Molding PBTcreephigh temperatureglass fiberstress

Annealing Deformation of PBT Products

PBT annealing deformation requires suitable tooling and heating rate.

Extrusion & Post PBTannealingdeformationfixtureheating rate

Jetting in PBT Injection Mold Cavity

PBT jetting disrupts the normal filling pattern.

Injection Molding PBTjettingjettinggate size

PBT Products Failing to Reach V-0 Flame Retardant Rating

PBT flame retardancy requires sufficient wall thickness and a reasonable formulation.

Material Analysis PBTflame retardantV-0UL94wall thickness

Insufficient Bonding Force in PBT Two-Color '2079851475616104452

PBT two-color '2079851475616104452 requires material matching and temperature management.

Injection Molding PBTtwo-color '2079851475616104452bonding forcetemperature

Embrittlement of PBT products after adding conductive carbon black

PBT conductive modification needs to balance conductivity and toughness.

Molding Process PBTconductive carbon blackembrittlementtougheningcoupling agent

Severe mold deposit of PBT injection molded parts

PBT mold deposit is the result of additive and oligomer migration.

Injection Molding PBTmold depositoligomersadditivesmold cleaning

Low weld line strength of PBT reinforced material injection molded parts

Injection Molding PBTweld linesglass fiber orientationmelt temperature

Screw coating of PBT reinforced materials during '2079851475616104452

PBT screw coating seriously affects stable conveying.

Extrusion & Post PBTscrew coatingfeeding sectionglass fibercompression ratio

Excessive anisotropy of PBT reinforced products

PBT anisotropy needs to be considered at the design stage.

Molds & Tooling PBTanisotropyglass fiber orientationgate position

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