MOF Standard Materials
Providing standardized MOF powder products represented by MIL101 and ZIF8, with support for customization around adsorption, separation, catalysis, and composite material development.
Based on our industrial-grade MOF synthesis and manufacturing system, moftech continuously drives the implementation of standardized materials, functional components, and scenario-based solutions.
moftech has established a standardized product system covering MOF standard materials, molecular contaminant filtration, dehumidification wheels, and membrane products — continuously advancing MOF materials from synthesis capability to product capability and scenario delivery.
Providing standardized MOF powder products represented by MIL101 and ZIF8, with support for customization around adsorption, separation, catalysis, and composite material development.
Providing selective removal products for acidic, alkaline, VOC, and condensable gaseous molecular contaminants in semiconductor, flat panel display, and hard disk manufacturing environments.
Continuously advancing adsorbent, adsorption wheel, and modular dehumidification solutions for industrial dehumidification, air treatment, and energy efficiency optimization needs.
Focusing on tubular ceramic membranes, flat ceramic membranes, and membrane module products for oil-water separation, bio-fermentation broth filtration, and complex industrial liquid separation applications.
Based on standardized material products and functional components, moftech continuously drives the transformation of material products into scenario-based solutions across industrial separation, environment & energy efficiency, green catalysis, and life sciences.
moftech has established a testing and validation system around material performance, product specifications, and application scenarios — covering molecular contamination control, adsorption performance, pressure drop, membrane separation performance, material structure, and pore characteristics.
Conducting testing around material structure, pore characteristics, morphology, and basic performance.
Covering key indicators such as adsorption performance, contaminant removal efficiency, pressure drop, and membrane separation performance.
Conducting adaptation validation around clean environment control, dehumidification purification, and membrane separation scenarios.
Providing project-based testing support for product development, material screening, and application validation.