Shipping to 128 countriesCOA and SDS with every lotQuotes within one business day
contact@zemixal.com
Bulk CASAccount
Materials Science

Electronic, Semiconductor & OLED Materials

Thiols, silanes, RAFT agents, pentacenes, palladium precursors and other molecules for organic electronics, OLEDs, SAMs and semiconductor research.
124 productsCOA + SDS with every lot
124 products · page 1 of 6
GridList

Organic and hybrid electronics use molecules chosen for their energy levels, packing and surface binding. This sub-category supplies semiconductors, surface modifiers and process chemicals for that work. Examples include 6,13-Diphenylpentacene, an organic semiconductor, (3-Mercaptopropyl)trimethoxysilane and 1-Dodecanethiol for self-assembled monolayers, the RAFT agent 2-(Dodecylthiocarbonothioylthio)-2-methylpropionic acid and Allylpalladium(II) chloride dimer as a metal precursor.

Purity is critical because trace impurities act as charge traps and quench luminescence. Many device-grade materials are purified by sublimation and handled under inert gas. For surface chemistry, thiols bind gold and silanes bind oxides, so choose the anchor to match the substrate. RAFT agents control polymer molecular weight and end groups for functional electronic polymers.

  • Organic semiconductors and OLED materials
  • Thiols and silanes for monolayers and nanoparticle capping
  • RAFT agents and metal precursors for synthesis

Sensitive materials are packed under argon in amber vials. Each lot ships with a COA and SDS.

Electronic, Semiconductor & OLED Materials: questions buyers ask

How do alkanethiols form self-assembled monolayers?
Alkanethiols such as dodecanethiol bind to gold through the sulphur atom and pack side by side, forming an ordered single layer within hours from dilute ethanol solution. These monolayers control wetting, corrosion and electron transfer. Thiol purity matters, since disulphides and shorter chains disrupt packing.
What is a RAFT agent used for?
A RAFT agent mediates reversible addition-fragmentation chain transfer polymerisation, a controlled radical method. It lets chemists set molecular weight, keep a narrow distribution and build block copolymers. The trithiocarbonate listed here suits acrylates, acrylamides and styrenes, and its acid end group allows further functionalisation.
Why are OLED materials purified by sublimation?
Vacuum sublimation separates the target molecule from non-volatile residues, solvents and some isomers, reaching purities above 99.9%. Even low levels of impurities shorten device life and lower efficiency. Sublimed grades cost more but are standard for vacuum-deposited OLED and organic transistor layers.

Have a list of compounds to price?

Paste up to 200 CAS numbers into Bulk CAS lookup, or send one enquiry for everything in your quote list. We reply with price, lead time and documents.

Bulk CAS lookup Open quote list
Compare 0 of 4Compare now