【Publication Notice】SyncMOF Featured in "MATERIAL STAGE"
Announcing the Launch of SyncMOF's Official YouTube Channel!
CTO Akihiro Hori’s Paper Published in Nature Communications
CTO Akihiro Hori Appointed as a Part-Time Lecturer at Toyohashi University of Technology
CTO Hori Delivers Invited Lecture at the Space Science and Technology Union Conference
Singer Moi Visits SyncMOF for Expo Special Stage Event Planning
At SyncMOF, we harness the transformative power of MOFs, turning possibilities into realities.
Our mission is clear: seamlessly integrate diverse technologies to unlock the full potential of MOFs.
By combining our expertise with clients' unique technologies,
we pioneer innovative solutions for effortless water extraction,
safer handling of dangerous gases, and beyond.
Capture CO2
in the air
while driving
Recycle
valuable gases
from factory exhaust
Consolidate three gas cylinders into one.
IoT gas cylinder with real-time monitoring
of remaining gas
At SyncMOF, we understand that the true potential of MOF lies not just in its existence but in its practical application.
As the world's exclusive developer of devices incorporating MOF,
we are dedicated to transforming this groundbreaking material into accessible solutions for immediate use.
In addressing your challenges, we utilize AI to identify the most effective MOF from a library of over 100,000 types. Our advanced MOF evaluation device swiftly assesses their properties, ensuring precise MOF selection. This data guides our recommendations for optimal utilization of MOFs and machine design, backed by our expertise.
We go beyond the powder form, molding MOF into shapes that maximize its impact while considering its integration into devices . Our expertise allows for high-volume synthesis and precise processing of MOF according to our clients' specifications, ensuring seamless integration into their applications.
SyncMOF boasts a team of mechanical engineering and industrial design experts dedicated to solving problems through innovative MOF devices. We process powdered MOF, making it user-friendly and applicable for various industries. Whether addressing existing challenges or integrating MOF into your current technologies, SyncMOF manufactures bespoke solutions tailored to meet your unique requirements.
Comprising metal ions and organic molecules arranged in a jungle gym-like structure, MOFs stand out for their customizable structure, pore size, and surface properties. This adaptability, a distinctive feature absent in traditional porous materials like zeolites and activated carbons, allows for purpose-driven synthesis, such as extracting specific gases from the air or transporting large gas volumes.
Researchers globally have crafted over 100,000 MOF variations with unique characteristics, and at SyncMOF, we've synthesized numerous MOFs tailored to our clients' application needs.
MOFs excel in adsorbing and separating specific gases from mixtures. This property facilitates the development of energy-efficient gas separation systems and enhances production efficiency by eliminating unwanted gases in industrial settings.
Utilizing the tiny pores of MOFs, gases can be stored densely. This method ensures the safe and space-efficient transportation of even explosive gases, overcoming the challenges of mixing, diffusion, and low density associated with gases.
Acting as catalysts for adsorbed molecules, MOFs can promote chemical reactions. By integrating catalytically active metals or organic ligands into the structure, MOFs can convert adsorbed gases into desired molecules. This unique property enables the conversion of waste gases into reusable, valuable gases, contributing to sustainable practices.
COMPANY
At the forefront of innovation, we deliver environmentally friendly, secure, and sustainable energy solutions through our cutting-edge MOF technology.
Committed to shaping a brighter future, we are dedicated to advancing towards an energy landscape that is both self-reliant and environmentally conscious, free from dependence on imports.