Hydrothermal Autoclave HRA-10

Name: Hydrothermal Autoclave HRA-10
Brand: Labotemp
SKU: HRA-10
Price: 2165.00 USD
Availability: InStock
Rating: 4.9 (887 reviews)

Labotemp Hydrothermal Reactor Autoclave HRA-10 provides a compact 5 mL reaction vessel for hydrothermal synthesis, high pressure digestion, sample pretreatment, and small scale chemical research. Designed for applications requiring elevated temperature and pressure, the reactor combines a corrosion resistant 316L stainless steel vessel with a PPL liner for reliable sample containment and resistance to demanding chemical conditions. Its compact 48 mm vessel diameter and 53 mm overall height make it suitable for small volume laboratory reactions where controlled conditions and efficient sample utilization are important.

The 5 mL configuration features a 27 mm inner vessel diameter, 42 mm liner height, and 6 mm liner thickness for secure sample containment. The screw tightened cover and gasket sealing arrangement support reliable operation during closed vessel reactions. The hydrothermal reactor series supports operation up to 250°C and 3.0 MPa when used within the specified operating conditions. Suitable applications include material synthesis, catalyst preparation, trace element analysis, chemical research, geological studies, environmental testing, and laboratory sample digestion.

Why Choose Labotemp Hydrothermal Reactor Autoclave HRA-10?

✓ Compact 5 mL Capacity: Designed for small scale reactions while minimizing sample and reagent requirements.
✓ 316L Stainless Steel Vessel: Provides strong construction and corrosion resistance for demanding laboratory applications.
✓ PPL Liner: Supplied with a PPL liner for reliable chemical containment and protection of the reaction vessel.

$2165

Datasheet

Reactor & Operating Performance
Capacity : 5 mL Capacity	5 mL
Maximum Temperature : 250 °C Maximum Temperature	250 °C
Maximum Pressure : 3.0 MPa Maximum Pressure	3.0 MPa
Vessel & Liner
Vessel Material : 316L Stainless Steel Vessel Material	316L Stainless Steel
Liner Material : PPL Liner Material	PPL
Overall Height : 53 mm Overall Height	53 mm
Vessel Height : 53 mm Vessel Height	53 mm
Vessel Diameter : 48 mm Vessel Diameter	48 mm
Vessel Inner Diameter : 27 mm Vessel Inner Diameter	27 mm
Vessel Wall Thickness : 5.5 mm Vessel Wall Thickness	5.5 mm
Liner Height : 42 mm Liner Height	42 mm
Liner Thickness : 6 mm Liner Thickness	6 mm
Liner Diameter : 27 mm Liner Diameter	27 mm
Construction & Dimensions
Product Weight : 0.5 kg Product Weight	0.5 kg

5 mL Compact Capacity ➤ 5 mL Compact Capacity
316L stainless steel vessel provides strong construction and excellent corrosion resistance ➤ 316L stainless steel vessel provides strong construction and excellent corrosion resistance
PPL liner provides reliable chemical containment for demanding reaction conditions ➤ PPL liner provides reliable chemical containment for demanding reaction conditions
High temperature operation up to 250°C supports elevated temperature laboratory reactions ➤ High temperature operation up to 250°C supports elevated temperature laboratory reactions
High pressure operation up to 3.0 MPa enables controlled closed vessel reactions ➤ High pressure operation up to 3.0 MPa enables controlled closed vessel reactions
Secure gasket sealing system helps prevent leakage during high pressure operation ➤ Secure gasket sealing system helps prevent leakage during high pressure operation
Compact 48 mm vessel diameter allows convenient handling and efficient laboratory space utilization ➤ Compact 48 mm vessel diameter allows convenient handling and efficient laboratory space utilization
Suitable for hydrothermal synthesis, high pressure digestion, and sample pretreatment ➤ Suitable for hydrothermal synthesis, high pressure digestion, and sample pretreatment
Supports rapid digestion of difficult to dissolve, insoluble, and volatile samples ➤ Supports rapid digestion of difficult to dissolve, insoluble, and volatile samples
Suitable for trace element analysis, catalyst preparation, and material synthesis ➤ Suitable for trace element analysis, catalyst preparation, and material synthesis
Useful for chemical, environmental, geological, biomedical, petrochemical, and food testing laboratories ➤ Useful for chemical, environmental, geological, biomedical, petrochemical, and food testing laboratories
Recommended heating rate of ≤5°C/min helps minimize sudden pressure increases during heating ➤ Recommended heating rate of ≤5°C/min helps minimize sudden pressure increases during heating
Designed for controlled laboratory operation with proper filling limits and pressure precautions ➤ Designed for controlled laboratory operation with proper filling limits and pressure precautions

Hydrothermal Synthesis: Suitable for controlled hydrothermal reactions used in material synthesis and chemical research Hydrothermal Synthesis
Suitable for controlled hydrothermal reactions used in material synthesis and chemical research
Nanomaterial Research: Supports small scale preparation and study of nanomaterials under elevated temperature and pressure conditions Nanomaterial Research
Supports small scale preparation and study of nanomaterials under elevated temperature and pressure conditions
Catalyst Preparation: Useful for synthesizing and evaluating catalysts and related materials in research laboratories Catalyst Preparation
Useful for synthesizing and evaluating catalysts and related materials in research laboratories
Chemical Research: Suitable for closed vessel reactions involving elevated temperature and pressure during laboratory experiments Chemical Research
Suitable for closed vessel reactions involving elevated temperature and pressure during laboratory experiments
Sample Digestion: Supports digestion and pretreatment of difficult to dissolve, insoluble, and volatile samples Sample Digestion
Supports digestion and pretreatment of difficult to dissolve, insoluble, and volatile samples
Trace Element Analysis: Useful for sample preparation before trace element testing and analytical procedures Trace Element Analysis
Useful for sample preparation before trace element testing and analytical procedures