500 mL
- 體直徑 mm
- 100
- 瓶頸口 mm
- 24
- 備註
- 一體成型,壁厚均勻
Product items
PFA round-bottom evaporation flask for rotary evaporation, acid evaporation, and sample concentration. Compatible with HF and strong acid environments.
Material: High-purity PFA

| Spec | 體直徑 mm | 瓶頸口 mm | 備註 | |
|---|---|---|---|---|
| 500 mL | 100 | 24 | 一體成型,壁厚均勻 | |
| 2000 mL | 166 | 29 | 一體成型,壁厚均勻 |
PFA round-bottom evaporation flask for rotary evaporation, acid evaporation, and sample concentration. Compatible with HF and strong acid environments.
PFA evaporation flasks are used in sample-evaporation, concentration, and sample-prep workflows that need high cleanliness, chemical compatibility, and low background-contamination risk. Compared with standard glass or plastic vessels, PFA is the better fit for some acidic samples, high-purity chemicals, and trace-metals analysis applications. The one-piece construction with uniform wall thickness aids structural stability. For pairing with vacuum, rotary evaporators, or special equipment, the neck size, sealing method, temperature, pressure, and method conditions must be confirmed.
Suited to semiconductor, high-cleanliness lab, and trace-analysis sample-prep workflows. Helps reduce background contamination from generic container materials.
The body is moulded as one piece with uniform wall thickness, aiding structural stability during sample evaporation, concentration, and transfer.
Suitable for sample concentration, evaporation, solution-based sample prep, and high-cleanliness analysis. Actual conditions are confirmed against sample and method.
Applicable to sample prep for ICP-MS, ICP-OES, AAS, and similar — especially suited to samples sensitive to container background contamination.
Available in 500 mL and 2000 mL — choose based on sample volume, concentration volume, and workflow.
To help confirm the right PFA evaporation flask volume, neck size, and equipment pairing, please share the following:
PFA evaporation flasks suit high-cleanliness sample evaporation, concentration, storage, transfer, and trace-analysis sample-prep workflows. Actual suitability is confirmed against sample type, acid system, solvent, temperature, vacuum level, and operating method.
Yes — the PFA evaporation flask can be used for sample-evaporation and concentration workflows, especially for sample prep sensitive to container background contamination. Actual operating conditions are confirmed against solvent, temperature, and method.
For pairing with a rotary evaporator or vacuum system, confirm the neck size, fitting style, sealing method, vacuum level, temperature, and equipment conditions. Please share equipment model, fitting photos, and required conditions to assist confirmation.
Product data lists an operating-temperature range of −200 °C to +260 °C. The actual usable temperature is confirmed against sample, solvent, heating method, pressure conditions, and duration.
PFA is used in sample-prep workflows that need chemical compatibility, high cleanliness, and low background-contamination risk. Compared with glass vessels, PFA evaporation flasks fit some acidic-sample, high-purity-chemical, and trace-analysis applications better — but the final choice depends on chemical, temperature, equipment, and analytical goal.
Yes — the PFA evaporation flask can be used in sample prep for ICP-MS, ICP-OES, AAS, and similar. For trace-metals analysis, pair with the lab's existing acid-wash, cleaning, blank-verification, and clean-storage procedures.
Available in 500 mL and 2000 mL. The 500 mL has a 100 mm body diameter and 24 mm neck mouth; the 2000 mL has a 166 mm body diameter and 29 mm neck mouth.
Please share required volume, sample type, acid system or solvent, operating temperature, whether vacuum or rotary evaporation is involved, neck-fitting needs, and whether the use is in trace-analysis or high-cleanliness workflows.
Share sample type, acid system or solvent, operating temperature, whether vacuum or rotary evaporation is involved, volume needs, and neck-fitting conditions, and we will help confirm a suitable specification.
使用溫度參考:-200°C 至 +260°C。實際使用溫度需依樣品、溶劑、加熱方式、壓力條件與使用時間確認。實際適用溫度、真空度、壓力條件、瓶頸接頭、密封方式與樣品前處理方法,需依使用條件確認。