High Pressure Reactor

Stainless Steel Reactors:Durable and resistant units for standard industrial high-pressure applications.

Glass-Lined Reactors:Optimized for highly corrosive chemical reactions requiring maximum inertness.

Autoclaves:Capable of reaching extreme conditions for sterilization and advanced polymerization.

Magnetic Drive Reactors:Utilizing magnetically coupled stirrers to maintain a hermetically sealed environment.

Hydrogenation:Pressurizing hydrogen gas to bond with compounds for API synthesis.

Polymerization:Achieving specific polymer properties through controlled elevated pressure cycles.

Hydrothermal Synthesis:Mimicking natural geological conditions for crystal and advanced material growth.

Fine Chemical Synthesis:Producing high-purity chemicals requiring unique specific reaction environments.

Material Selection:Utilization of Hastelloy, Stainless Steel, and Titanium for corrosion resistance.

Pressure & Temp Limits:Engineered for ratings up to 5000 psi and temperatures above 300°C.

Safety Systems:Integration of rupture discs, safety valves, and automated pressure release systems.

Stirring Mechanisms:High-pressure magnetic stirrers ensure homogeneity without compromising the seal.

Enhanced Reaction Rates:Significantly reducing processing time for time-sensitive chemical batches.

Improved Yield:Higher selectivity and conversion rates at elevated pressures reduce unwanted by-products.

Scalability:Seamless transition from laboratory-scale R&D to full industrial-scale mass production.

Certification Standards:Adherence to ASME and ISO certifications to manage explosion risks.

Environmental Compliance:Meeting FDA and EPA guidelines for gas handling and occupational safety.

Routine Maintenance:Critical inspection of pressure-bearing components to ensure long-term integrity.