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Ultra-fine nano powder including MXene, MOF and LDH carries unique storage risks such as rapid oxidation, electrostatic agglomeration and dust inhalation hazards. Unified safety operation standards protect lab staff and guarantee long-term material performance stability. Related quality inspection standards can refer to Key Parameters to Evaluate the Quality of Custom MOF Powder.
MXene flakes easily oxidize when exposed to air, needing vacuum sealed aluminum foil bags filled with protective nitrogen. MOF and LDH require moisture-proof sealed packaging to prevent hydrolysis and pore collapse. All finished products shipped from Nanjing Mission New Materials Co.,Ltd adopt standardized anti-oxidation, moisture-proof vacuum packaging matching each nano material’s chemical characteristics.
Storage environment temperature controlled at 10–25℃, relative humidity below 40%; warehouses must avoid direct sunlight and heat source placement. Nano powder shall be stacked away from strong acid, alkali and oxidant chemical reagents.
All material splitting and weighing work must be carried out in fume hoods with dust-proof masks and anti-static gloves; avoid violent pouring to prevent nano dust floating and inhalation risks. Static elimination devices are required for MXene transfer to prevent spontaneous combustion risks.
Vacuum-packed nano materials shall be sampled for PXRD and oxidation test every 3 months for long-term warehouse storage; damaged packaging needs immediate re-sealing with nitrogen protection.
Standardized storage and operation rules retain complete nano material performance and eliminate laboratory safety hazards. Nanjing Mission New Materials Co.,Ltd attaches material-specific safety storage instructions with every order shipment. If your lab or factory warehouse lacks targeted nano material storage schemes, contact our technical team to obtain free customized safety operation guidance documents.
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