Metal Organic
Precursors.
Partner with our synthesis experts to develop custom metal organic precursors tailored to your specific application requirements.
Available Products
Metal Organic Precursor Catalog
142617-53-6
High-purity bismuth beta-diketonate precursor for CVD and ALD of bismuth oxide and Bi-containing ferroelectric and piezoelectric thin films. Critical source material for BiFeO₃, Bi₄Ti₃O₁₂, and related multiferroic oxide deposition.
15492-52-1
High-purity ytterbium beta-diketonate precursor for CVD and ALD of ytterbium oxide and Yb-doped optical and electronic thin films. Key rare-earth source for Er/Yb co-doped amplifier coatings and high-k dielectric research.
18960-54-8
High-purity cerium(IV) beta-diketonate precursor for CVD and ALD of cerium oxide (CeO₂) thin films. Used in heterogeneous catalysis supports, solid oxide fuel cell interlayers, UV-blocking coatings, and CeO₂-based buffer layers.
14319-13-2
High-purity lanthanum beta-diketonate precursor for CVD and ALD of lanthanum oxide and La-doped high-k dielectric thin films. Key material for advanced CMOS gate stacks requiring ultra-high dielectric constant oxide layers.
15632-39-0
High-purity yttrium beta-diketonate precursor for CVD and ALD of yttrium oxide and yttria-stabilized zirconia (YSZ) thin films. Critical for solid oxide fuel cells, thermal barrier coatings, and high-k dielectric stacks.
14481-08-4
High-purity nickel(II) beta-diketonate precursor for CVD and ALD deposition of nickel oxide thin films. Key material for RRAM switching layers, p-type transparent conductors, and nickel-based electrode coatings.
14324-99-3
High-purity manganese(III) beta-diketonate precursor for CVD and ALD of manganese oxide thin films. Used in RRAM, magnetic storage, and battery electrode applications requiring precise Mn stoichiometry.
14040-11-0
High-purity copper beta-diketonate precursor for CVD and ALD applications. Ideal for depositing copper and copper oxide thin films in semiconductor...
14768-15-1
High-purity gadolinium beta-diketonate precursor for CVD and ALD applications. Ideal for depositing gadolinium oxide and gadolinium-doped thin films used in...
18865-74-2
High-purity zirconium beta-diketonate precursor for CVD and ALD applications. Ideal for depositing zirconium oxide thin films in semiconductor and optical...
Overview
Your Partner in Advanced Materials Chemistry
Metal organic precursors are critical building blocks for advanced materials, thin film deposition, and semiconductor manufacturing. From CVD and ALD precursors to specialized organometallic compounds, these materials require exceptional purity and precise molecular design.
At Mironova Labs, we don't maintain a fixed catalog of metal organic precursors. Instead, we work directly with you to synthesize exactly what your application demands—whether that's a known compound at ultra-high purity or a novel structure designed to your specifications.
Why Custom Synthesis?
Tailored Purity Profiles
Specifications matched to your process requirements
Proprietary Compounds
Confidential synthesis of novel structures
Flexible Quantities
From research grams to production kilograms
Expert Support
PhD chemists guide your project from concept to delivery
Applications
Where Metal Organic Precursors Excel
CVD & ALD Deposition
Volatile precursors for chemical vapor deposition and atomic layer deposition processes in semiconductor and thin film manufacturing.
Semiconductor Manufacturing
Ultra-high purity compounds for advanced node fabrication, gate dielectrics, and interconnect metallization.
Photovoltaics
Precursors for thin film solar cells including CIGS, CdTe, and perovskite absorber layers.
Catalysis Research
Organometallic compounds for homogeneous and heterogeneous catalysis development.
OLED & Display
Emitter and charge transport precursors for organic light-emitting diode fabrication.
Battery Materials
Precursors for electrode coatings and solid electrolyte interface engineering.
Our Process
From Concept to Delivery
Consultation
Share your requirements with our technical team. We'll discuss target structures, purity specifications, quantities, and timelines.
Feasibility & Quote
Our chemists evaluate synthetic routes and provide a detailed proposal including cost, timeline, and analytical specifications.
Synthesis
Synthesis in our dedicated Fairfield, NJ facility with rigorous quality control at every step of the process.
Delivery
Full analytical documentation including CoA, with secure packaging designed for air-sensitive materials when required.
See How Teams Use These Products
Evaluation guides tailored to your industry — see which products fit your application, review key evidence, and request samples.
Our Capabilities
Technical Excellence
Air-Sensitive Chemistry
Schlenk line and glovebox capabilities for handling pyrophoric and moisture-sensitive compounds.
High-Purity Synthesis
Rigorous purification protocols achieving >99% purity for demanding electronic-grade applications.
Multi-Step Synthesis
Complex synthetic routes with 10+ steps for challenging target molecules.
Scale-Up Expertise
Gram-to-kilogram scale-up capability with dedicated process optimization.
Full Characterization
NMR, MS, ICP-OES, TGA/DSC, and custom analytical methods as required.
Confidential Partnership
Your intellectual property is protected with strict NDAs and secure processes.
Let's Build Your Precursor
Tell us about your application requirements and target compounds. Our team will work with you to develop a synthesis plan tailored to your needs.