FLOWDESIGN / 2026Catalysis and petrochemicals
3D-printed monolith geometry: channels, porosity and pressure drop
Connecting open area, flow path, wall thickness and accessible surface when designing a ceramic catalyst support.
TECHNICAL BLOG
Applications, research and engineering practice
A publication area for KUNWU application notes, scientific reviews and practical process guides.
FLOWDESIGN / 2026
DLP / DIWPROCESS / 2026Process and equipment
DLP or DIW for ceramic catalyst supports
Comparing two routes by channel geometry, material, scale, binder removal and the method used to create the working surface.
BIOFLOWBIOCATALYSIS / 2026Biocatalysis
3D-printed ceramic supports for enzyme immobilization
Designing a ceramic insert for continuous biocatalysis: surface chemistry, flow, immobilization and cleaning.
Si₃N₄VPP / 2026Materials research
Silicon nitride: connecting slurry design with sintering
A research note on ceramic vat photopolymerization and the importance of evaluating the complete process.
H₂OAPPLICATION / 2026Applications
Additive-manufactured ceramics for water treatment
How surface textures, graded pores and functional coatings can control flow, membrane fouling and catalytic activity.
Al₂O₃CASE / 2026Printing practice
Alumina part with integrated internal channels
Printing the outer form and hidden channels as one body removes assembly seams and demonstrates digital control of internal geometry.
SiCAPPLICATION / 2026Applications
University research on a monolithic SiC catalyst
A university research team studies a DLP-printed honeycomb SiC support for a high-temperature sulfur-based hydrogen cycle and compares catalyst systems.
TPMSRESEARCH / 2026Structure design
TPMS structures across four ceramic materials
The same digital architecture is transferred across ceramic systems, helping separate the effects of geometry, composition and sintering route.