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Inert Atmosphere Gloveboxes for Laboratory & Chemistry Research
From rare earth handling and organometallic catalysis to air-sensitive synthesis and fine chemicals — LABPRO glovebox systems provide the sub-1 ppm oxygen and moisture environment that rigorous chemistry research demands. Trusted by university labs, national research institutes, and industrial chemistry R&D facilities across India and internationally.
< 1 ppm
O₂ & H₂O attainable
35+
Years of design experience
1000+
Systems in operation globally
10 yEARS
Spare parts availability guarantee
CE / ISO 9001
Certified construction
WHY ATMOSPHERE CONTROL MATTERS
Chemistry Demands Absolute Purity Control
Many of the most important and most reactive materials in modern chemistry — organolithiums, Grignard reagents, rare earth complexes, transition metal catalysts, and moisture-sensitive electrolytes — degrade within seconds of atmospheric exposure. Reproducible results, accurate characterisation, and publishable data all depend on maintaining a consistently inert environment throughout every synthesis and handling step.
Organometallic & Air-Sensitive Synthesis
Organolithium reagents, Grignard compounds, and early transition metal complexes react violently with oxygen and moisture. Even brief atmospheric exposure destroys yield and reproducibility. A LABPRO glovebox provides the consistent inert environment that these reactions require throughout weighing, mixing, and workup.
Fine Chemical Isolation & Analysis
Isolation, weighing, and analytical sample preparation for oxygen- or moisture-sensitive intermediates and final products must be performed under inert atmosphere. Atmospheric contamination at this stage can falsify yields, alter spectroscopic data, and compromise NMR, IR, or MS results.
Rare Earth & Catalyst Handling
Rare earth metals and their compounds — lanthanides and actinides — are highly sensitive to oxidation. Catalytic materials including many zeolites, MOFs, and single-site catalysts require strict inert storage and handling to preserve their activity and selectivity, particularly between synthesis batches and characterisation steps.
Solvent Handling & Electrolyte Preparation
Anhydrous solvents used in air-sensitive chemistry — THF, diethyl ether, DMF, CH₂Cl₂ — must be stored and dispensed in an inert atmosphere to prevent moisture uptake that would compromise reaction conditions. LABPRO systems are compatible with integrated solvent trapping and purification upgrades.
KEY RESEARCH AREAS
Chemistry Processes Performed in LABPRO Gloveboxes
Our laboratory chemistry customers span academic research groups, national institutes, and industrial R&D. Typical processes include:
01 / SYNTHESIS
Organic & Inorganic Synthesis
Air-free Schlenk-type synthesis, organolithium additions, Grignard reactions, and reductions with reactive hydride reagents performed under controlled inert atmosphere.
04 / RARE EARTHS
Rare Earth & f-Element Chemistry
Handling of lanthanide and early actinide compounds for luminescence, magnetic, and catalytic research. Many f-element starting materials oxidise rapidly — strict atmosphere control is non-negotiable.
02 / CATALYSIS
Homogeneous & Heterogeneous Catalysis
Preparation, activation, and storage of transition metal and rare earth catalysts. Weighing and transfer of pyrophoric and moisture-sensitive catalytic materials for screening workflows.
05 / ELECTROCHEMISTRY
Electrochemical Research
Cell assembly, electrolyte preparation, and electrochemical measurements for energy storage, sensors, and electrodeposition studies requiring strict exclusion of ambient moisture and oxygen.
03 / MATERIALS
Materials Science & Thin Film Research
Precursor handling and solution preparation for MOFs, COFs, perovskites, and other moisture-sensitive functional materials prior to deposition or crystallisation steps.
06 / CHARACTERISATION
Sample Preparation for Analysis
Preparation of air-sensitive samples for NMR, IR, Raman, SEM-EDX, XRD, and mass spectrometry — including sample packing and sealing under inert atmosphere before atmospheric transfer.