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Last updated January 31, 2026
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Light stabilized polyolefin morphology: BASFRecent Research Landscape

Thermal and oxidative degradation during extrusion causes structural failure in polyethylene piping. Precise chemical stabilization prevents polymer chain scission to ensure long-term pressure resistance.

What technical problems is BASF addressing in Light stabilized polyolefin morphology?

Photochemical polymer degradation

(11)evidences

Short-wavelength radiation causes rapid chain scission and surface micro-cracking in polycarbonates. Preventing this breakdown maintains structural integrity and optical clarity in harsh sterilization or outdoor environments.

Photooxidative polymer degradation

(10)evidences

Synthetic polymers and isocyanates undergo irreversible chemical breakdown when exposed to heat and light. Preventing this structural failure maintains mechanical integrity and prevents yellowing.

Volatile organic compound emission

(9)evidences

Polyolefin structures like tubes and articles suffer from chain scission and loss of mechanical integrity when exposed to light. Preventing this breakdown ensures long-term structural durability in outdoor or high-exposure environments.

Thermal and oxidative degradation

(6)evidences

Organic materials and shaped articles suffer from structural breakdown when exposed to environmental light and heat. Preventing this failure maintains the mechanical integrity and lifespan of the polyolefin product.