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Ajinomoto

Last updated January 31, 2026
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Multilayer resin sheet architecture: AjinomotoRecent Research Landscape

Surface contamination and mechanical damage during handling lead to high scrap rates in printed wiring board fabrication. Engineering the adhesion and release properties of the protective film ensures substrate integrity throughout the manufacturing cycle.

What technical problems is Ajinomoto addressing in Multilayer resin sheet architecture?

Interlayer contamination and handling damage

(4)evidences

Unprotected resin surfaces and chip interfaces are vulnerable to particulates and chemical damage during handling. Preventing surface defects ensures high yield in semiconductor packaging.

Substrate handling fragility

(3)evidences

Thin resin layers lack the structural integrity to be processed without deformation or damage. Providing temporary support prevents mechanical failure during manufacturing steps.

Surface and internal structural defects

(2)evidences

Delamination and structural instability between stacked polymer layers. Preventing separation ensures mechanical integrity and long-term durability of composite structures.

Surface contamination and mechanical damage

(2)evidences

Mechanical failure of multi-material interfaces during thermal or chemical manufacturing steps. Preventing separation ensures structural integrity of the final semiconductor package.