Labotemp Hydrothermal Reactor Autoclave HRA-13 provides a 250 mL PTFE-lined reaction vessel designed for controlled hydrothermal reaction and pressure-based laboratory processes. Constructed with a 304 stainless steel vessel and a PTFE liner, the reactor combines chemical-resistant lining with a robust stainless-steel outer vessel. The 250 mL configuration features a 65 × 135 mm PTFE liner, threaded cap tightening, and a maximum pressure rating of ≤3 MPa.
The HRA-13 supports controlled heating with a PTFE maximum temperature of ≤220°C and a PPL maximum temperature of ≤260°C, while its temperature rise and fall rate remains at ≤5°C/min. With a compact 107 × 205 mm outer dimension and 6.1 kg net weight, the reactor provides a practical solution for laboratory-scale hydrothermal reaction and pressure digestion workflows requiring a PTFE-lined vessel.
Why Choose Labotemp Hydrothermal Reactor Autoclave HRA-13?
✓ 250 mL Reaction Capacity: Provides a practical vessel size for laboratory-scale hydrothermal processes.
✓ PTFE-Lined Construction: Uses a PTFE liner within a 304 stainless steel vessel for chemical-resistant reaction handling
✓ Controlled Temperature Performance: Features a PTFE maximum temperature of ≤220°C, PPL maximum temperature of ≤260°C, and temperature rise/fall rate of ≤5°C/min.
| No. | Specification | Value |
|---|---|---|
| General Specifications | ||
| 1 | Product Type | Hydrothermal Reactor Autoclave |
| 2 | Capacity | 250 mL |
| 3 | Vessel Material | 304 Stainless Steel |
| 4 | Liner Material | Polytetrafluoroethylene (PTFE) |
| 5 | Liner Size | 65 × 135 mm |
| 6 | Clamping Method | Threaded Cap Tightening |
| 7 | Rod Specification | 8 × 200 mm |
| Temperature & Pressure | ||
| 8 | Maximum Pressure | ≤3 MPa |
| 9 | PTFE Maximum Temperature | ≤220°C |
| 10 | PPL Maximum Temperature | ≤260°C |
| 11 | Temperature Rise and Fall Rate | ≤5°C/min |
| Physical Specifications | ||
| 12 | Outer Dimension | 107 × 205 mm |
| 13 | Net Weight | 6.1 kg |
Hydrothermal Synthesis: Suitable for laboratory-scale reactions performed under elevated temperature and pressure conditions.
Pressure Digestion: Can be used for controlled digestion and treatment of samples in a sealed reactor environment.
Materials Research: Suitable for laboratory research involving hydrothermal processing of materials.
Chemical Research: Supports controlled chemical reactions requiring a PTFE-lined pressure vessel.
Catalytic Hydrothermal Reactions: Applicable to laboratory-scale hydrothermal reactions involving catalyst-based research.
Sample Preparation: Can support preparation and treatment of samples where elevated temperature, pressure, and chemical-resistant vessel materials are required.
