With NARD's contract synthesis, contract manufacture, and contract research services, we will help you overcome challenges in research and development.
We have proven experience of research and development in many fields, including pharmaceuticals, organic electroluminescent materials, organic semiconductors, and battery materials.
Organic semiconductors are organic materials exhibiting some properties of traditional semiconductors, and are expected to feature in applications such as field-effect transistors, organic solar cells, and more.
Making use of our own sublimation equipment for purification, NARD Institute manufactures for market high-purity organic semiconductors such as picene. We accept orders of any size from samples for research to industrial production. Additional services, such as higher purity and additional analysis, are available on request.
We have recently released once-sublimated picene (99.9%) as a new product.
Please refer to the PDF document for further details.
Using our own sublimation equipment, we are producing organic semiconductor materials at over 99.9% purity.
We accommodate orders of any size, from samples for research to industrial production.
With regards to higher purity and analytical services, please contact us for further consultation.
Manufacture of high-purity organic compounds
|Large-scale photochemical and microwave reactions||Development of scale-up methods using flow-reactors||Photochemical mass-production of organic materials|
|High-performance sublimation purification equipment, high-volume processing technologies||Achievement of ultra-high purity organic semiconductors by refinement of methods and control of metal impurities||Production of organic EL and thin-film solar cell materials|
|Use of clean facilities||Cleanroom production of high-purity organic semiconductors
Processing of organic semiconductor inks
|Commercialization of organic semiconductors||Photochemical synthesis of phenacenes and their application in field-effect transistors||Sale of reagents for research|
·Generally, an aromatic hydrocarbon comprising benzene rings fused in a zig-zag pattern
·Nomenclature follows the pattern [n]phenacene, where n is the number of fused rings
·Even as n increases, they are unusually stable under exposure to light and oxygen.
·In contract to acenes, synthetic difficulty has severely limited application in functional materials
·Solubility quickly diminishes when n is 6 or more
·Expected to have applications in organic electronics, such as organic field-effect transistors, superconductors, etc.
·Reaction speed significantly decreases as concentration increases
·In larger reaction vessels, light cannot reach all areas evenly
·In large vessels with powerful lamps, generated heat becomes difficult to control
Large-scale photochemical synthesis of organic materials is difficult
The reaction mixture is pumped through a tube encircling the light source.
·Shorter reaction time
·Comparable yield improvement with no use of propylene oxide
Organic transistor materials, organic thin-film solar cell materials, organic EL material, etc.
|Small-scale trial synthesis||Synthesis of known substances, new compounds, derivatives (introduction of soluble substituents), etc.|
|Mass production||Production process development, manufacturing scale up to 100 kg / year, ISO9001 quality assurance|
|Contract research||FTE system||Make use of NARD Institute's organic synthesis researchers and equipment,
for a fixed period of time.
|Price||Processing cost (unit price x working days) + feedstock + analysis + waste disposal|
|Features||Fast and cost-effective!|
This is a contracted service for purification of organic compounds by sublimation.
Thermal analysis, HPLC purity analysis, etc. are available as optional extra services.