Problem & Solution

Practical answers to common plastic material challenges

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Improper Selection of PBT Processing Aids

PBT processing aids need to be temperature-resistant and compatible.

Material Analysis PBTprocessing aidcompatibilitylubricant

Additive Precipitation of PBT

PBT precipitates affect appearance and electrical properties.

Material Analysis PBTprecipitationbloomingadditivemigration

Performance Degradation of PBT in Microwave Environments

Material Analysis PBTmicrowavedielectric propertiesdegradationflame retardant

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

Performance decline of PBT products in high-temperature and high-humidity environments

PBT has limited hot and humid resistance and needs anti-hydrolysis stabilization.

Material Analysis PBThot and humid aginghydrolysisanti-hydrolysis agent

Aging of PBT products in automobile engine compartments

PBT applications in automobile engine compartments require targeted formulation design.

Material Analysis PBTengine compartmentagingantioxidantcreep

PAR fiber-reinforced PAR

PAR reinforcement is for strength and stiffness.

Material Analysis PARglass fiberreinforcementviscosity

Internal stress detection of PAR products

PAR stress detection efficiency needs to be optimized.

Material Analysis PARstresspolarizersolvent

Distinguishing PAR from PC

Distinguishing PAR from PC is product quality control.

Material Analysis PARPCdistinguishingFTIR

High-temperature physical aging of PAR materials

PAR physical aging is an application consideration factor.

Material Analysis PARphysical agingrelaxationthermal conditioning

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