Problema y solución

Respuestas prácticas a los desafíos comunes de los materiales plásticos

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CPE Thermal Decomposition Above 190C

Temperature is the red line for CPE processing

Material Analysis CPE temperature

Relationship Between CPE Toughening Efficiency and Molecular Weight

Molecular weight needs optimized selection

Material Analysis CPE molecular weight

Brittle Fracture of Rigid CPE Products

Product toughness is the guarantee of application safety

Material Analysis CPE brittleness

Notch Sensitivity of CPE-Modified PVC

Toughening is selective

Material Analysis CPE notch

Improper Chlorine Content Selection

Chlorine content is the key to CPE toughening efficiency

Material Analysis CPE chlorine content

Uneven CPE Microcellular Foaming

Foaming uniformity is the core of foam product quality

Material Analysis CPE foaming

Uneven Dispersion in CPE and PVC Blending

Dispersion uniformity determines the toughening effect

Material Analysis CPE dispersion

Type Selection for CPE and CPVC Blending

Matching is the key to type selection

Material Analysis CPE CPVC

Loss of Transparency of CPE-Modified PVC

CPE is not suitable for transparent products

Material Analysis CPE transparency

TPE sticky surface exudation

Material Analysis TPE；stickiness；exudation；low molecular；filling oil

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