Hydrothermal Reactor Autoclave HRA-04

Name: Hydrothermal Reactor Autoclave HRA-04
Brand: Labotemp
SKU: HRA-04
Price: 2337.00 USD
Availability: InStock
Rating: 4.9 (643 reviews)

Labotemp Hydrothermal Reactor Autoclave HRA-04 is a 200mL, PTFE-lined hydrothermal autoclave engineered for hydrothermal synthesis, pressure digestion and catalytic hydrothermal reactions. The 316 stainless-steel kettle (10 mm wall) with secure gasketed lid and PTFE lining resists strong acids/alkalis and enables rapid, nondestructive dissolution of insoluble or volatile samples. Rated for 200°C operating (250°C max) and 3.0 MPa, it replaces platinum crucibles for trace-element prep and supports autoclave for hydrothermal synthesis workflows.

Compact and robust, HRA-04 suits petrochemical, biomedical, materials, geological, environmental and food labs for heavy-metal, pesticide, rare-earth and organic sample pretreatment. The 200mL capacity, 63mm inner diameter and 5.65 kg portable design deliver reproducible digestion, reduced contamination and safe, easy operation. Labotemp, a trusted autoclave manufacturer and leading hydrothermal autoclave suppliers, delivering precision-engineered.

Why choose Labotemp Hydrothermal Reactor HRA-04?
✓ Manufactured by experts: Built by experienced autoclave manufacturers with 316 stainless steel body and PTFE lining.
✓ Compliance & safety: ISO 13485 & CE certified, rated to 250°C and 3.0 MPa for secure hydrothermal digestion.
✓ Lab efficiency: 200mL capacity, thick-walled kettle and low-contamination design for fast, reliable sample preparation.

$2337

Datasheet User Manual

General Specifications
Capacity : 200 ml Capacity	200 ml
Kettle Body Material : 316 Stainless Steel Kettle Body Material	316 Stainless Steel
Sterilization Parameters
Maximum Temperature : 250°C Maximum Temperature	250°C
Maximum Pressure : 3.0 MPa Maximum Pressure	3.0 MPa
Chamber Dimensions
Kettle Lid Height : 50 mm Kettle Lid Height	50 mm
Kettle Body Height : 155 mm Kettle Body Height	155 mm
Kettle Body Diameter : 83 mm Kettle Body Diameter	83 mm
Kettle Body Inner Diameter : 63 mm Kettle Body Inner Diameter	63 mm
Kettle Body Wall Thickness : 10 mm Kettle Body Wall Thickness	10 mm
Inner Diameter : 63 mm Inner Diameter	63 mm
Physical Dimensions
Overall Height : 210 mm Overall Height	210 mm
Length of Grip Bar : 8 × 120 mm Length of Grip Bar	8 × 120 mm
Lined With High : 134 mm Lined With High	134 mm
Lining Height / Thickness : 8 mm Lining Height / Thickness	8 mm
Thickness of Lower Gasket : 10 mm Thickness of Lower Gasket	10 mm
Thickness of Upper Gasket : 10 mm Thickness of Upper Gasket	10 mm
Packaging Information
Product Weight : 5.65 kg Product Weight	5.65 kg
Packing Dimension : 16.5 × 16.5 × 27.5 cm Packing Dimension	16.5 × 16.5 × 27.5 cm
Gross Weight : 8 kg Gross Weight	8 kg

Compact Design ➤ Compact Design
Constructed with stainless steel body providing excellent high-pressure strength and corrosion resistance. ➤ Constructed with stainless steel body providing excellent high-pressure strength and corrosion resistance.
PTFE lining offers strong resistance to acids and alkalis for safe chemical reactions. ➤ PTFE lining offers strong resistance to acids and alkalis for safe chemical reactions.
Enables rapid dissolution of difficult-to-dissolve samples under elevated temperature and pressure conditions. ➤ Enables rapid dissolution of difficult-to-dissolve samples under elevated temperature and pressure conditions.
Designed with a compact and user-friendly structure for convenient operation and reliable analytical results. ➤ Designed with a compact and user-friendly structure for convenient operation and reliable analytical results.
Provides excellent sealing performance, preventing leakage and ensuring safe operation with minimal contamination. ➤ Provides excellent sealing performance, preventing leakage and ensuring safe operation with minimal contamination.

Hydrothermal Synthesis: Suitable for hydrothermal and solvothermal synthesis, crystal growth, nanomaterial preparation, and advanced material development requiring elevated temperature and pressure Hydrothermal Synthesis
Suitable for hydrothermal and solvothermal synthesis, crystal growth, nanomaterial preparation, and advanced material development requiring elevated temperature and pressure
High-Pressure Sample Digestion: Designed for digestion and dissolution of trace elements, heavy metals, geological samples, and other difficult-to-dissolve materials High-Pressure Sample Digestion
Designed for digestion and dissolution of trace elements, heavy metals, geological samples, and other difficult-to-dissolve materials
Petrochemical Research: Supports high-temperature and high-pressure reactions, sample preparation, and material evaluation in petrochemical laboratories Petrochemical Research
Supports high-temperature and high-pressure reactions, sample preparation, and material evaluation in petrochemical laboratories
Materials Science: Suitable for synthesis and processing of ceramics, inorganic compounds, catalysts, nanomaterials, and other advanced materials Materials Science
Suitable for synthesis and processing of ceramics, inorganic compounds, catalysts, nanomaterials, and other advanced materials
Geological & Environmental Laboratories: Supports digestion and preparation of soil, mineral, water, sediment, and other environmental samples for subsequent analysis Geological & Environmental Laboratories
Supports digestion and preparation of soil, mineral, water, sediment, and other environmental samples for subsequent analysis
Chemical Research: Suitable for laboratory-scale chemical reactions, reaction screening, dissolution studies, and controlled high-pressure processing Chemical Research
Suitable for laboratory-scale chemical reactions, reaction screening, dissolution studies, and controlled high-pressure processing
Biomedical & Pharmaceutical Research: Useful for specialized material synthesis, precursor preparation, and controlled laboratory reactions requiring PTFE-compatible chemical environments Biomedical & Pharmaceutical Research
Useful for specialized material synthesis, precursor preparation, and controlled laboratory reactions requiring PTFE-compatible chemical environments
Academic & Research Laboratories: The 200 mL capacity provides practical higher-volume processing for university, research, and industrial laboratory experiments Academic & Research Laboratories
The 200 mL capacity provides practical higher-volume processing for university, research, and industrial laboratory experiments