Autoclave Engineers 300 mL Pressure Vessel – 316 Stainless Steel
The Autoclave Engineers 300 mL Pressure Vessel is a compact yet highly durable laboratory reactor designed for high-pressure and moderate-temperature chemical processes. Crafted from 316 stainless steel, this vessel delivers outstanding corrosion resistance and structural reliability, making it a trusted solution for a variety of bench-scale and pilot-scale research applications. Its efficient form factor is ideal for laboratories that require precision, safety, and flexibility without occupying excessive workspace.
At HiTechTrader, we provide researchers and engineers with refurbished and fully tested Autoclave Engineers pressure vessels, ensuring high-performance equipment is available at significantly reduced cost. The 300 mL model is particularly well-suited for academic, pharmaceutical, and industrial R&D environments where dependable high-pressure operation and versatility are critical. By choosing a pre-owned vessel from HiTechTrader, laboratories can access premium-grade hardware with proven reliability while maintaining cost efficiency.
Vessel and Construction
- Capacity: 300 mL working volume, ideal for laboratory-scale and pilot research.
- Material: Fabricated from 316 Stainless Steel for superior resistance to corrosive media and long operational life.
- Design: Compact, benchtop-ready form factor designed for seamless laboratory integration.
- Closure: Secure bolted closure system with interchangeable vessel bodies for enhanced flexibility.
Closure and Sealing
- Closure Mechanism: Bolted closure guarantees safe, high-pressure sealing.
- Seal Options: Configurable with metallic or elastomeric seals depending on pressure/temperature needs.
- Flange Design: Loose flange with low-torque sealing for ease of assembly and operation.
- Fittings: Outfitted with Parker Autoclave high-pressure fittings for secure, leak-free connections.
Operating Parameters
- Maximum Working Pressure: ~5,200 psi (≈358 bar) at 200 °F (93 °C).
- Temperature Range: Up to 200 °F (93 °C), extendable with specialized sealing systems.
- Working Volume: 300 mL capacity.
- Adaptability: Seal selection enables tailored performance for diverse experimental needs.
Accessory Compatibility
- Mixing Systems: Compatible with laboratory stirrers and mixers for dynamic reactions.
- Thermal Control: Supports integration with heaters and external temperature regulation units.
- Pumping Systems: Designed for high-pressure gas or liquid pump connections.
- Custom Configurations: Interchangeable vessel bodies and sealing options for versatile setups.
Safe Operation Guidelines
- Ensure the bolted closure is fully secured prior to pressurization.
- Do not exceed 5,200 psi / 200 °F unless using approved high-temperature seals.
- Inspect flanges, gaskets, and fittings regularly for wear and deformation.
- Operate only in controlled and shielded laboratory environments.
- Follow manufacturer's safety manuals and high-pressure operation protocols.
Applications
The Autoclave Engineers 300 mL Pressure Vessel is widely used for:
- High-pressure chemical synthesis and reaction optimization.
- Pharmaceutical and materials science process development.
- Corrosion-resistant studies and reaction chemistry under aggressive conditions.
- Academic and industrial laboratory testing at elevated pressures.
Why Buy from HiTechTrader?
When investing in specialized laboratory equipment, reliability and affordability are key. At HiTechTrader, every Autoclave Engineers 300 mL vessel is carefully refurbished, tested, and performance-verified to ensure safe operation in demanding environments. Our units provide:
- Significant cost savings compared to purchasing new systems.
- Warranty-backed assurance and dependable operation.
- Technical guidance to support smooth laboratory integration.
- Proven expertise in supplying pressure vessels, reactors, and pilot plant equipment worldwide.
Balancing safety, durability, and flexibility, the Autoclave Engineers 300 mL Pressure Vessel is an excellent choice for laboratories seeking dependable high-pressure performance without the high cost of new equipment.