We are pleased to announce that a batch of Hastelloy high pressure reactors (500ml and 2000ml) ordered by our valued Morrow client has successfully passed the final quality inspection and has been shipped before the National Day holiday. These labora...
We are pleased to announce that a batch of Hastelloy high pressure reactors (500ml and 2000ml) ordered by our valued Morrow client has successfully passed the final quality inspection and has been shipped before the National Day holiday.
These laboratory high pressure reactors are designed for demanding chemical processes under extreme temperature and pressure conditions, ensuring both performance and safety for research and pilot-scale experiments.
The core components of each Hastelloy reactor are fabricated from Hastelloy C-276, a nickel-molybdenum-chromium superalloy renowned for its outstanding corrosion resistance. This material offers superior protection against:
Oxidizing and reducing acids
Chloride-rich environments
Mixed acid solutions
Such durability makes the Hastelloy C-276 high pressure reactor ideal for processes involving hydrochloric acid, sulfuric acid, and halogenated compounds, effectively preventing pitting, crevice corrosion, and stress corrosion cracking.
These Hastelloy high pressure reactors are available in two sizes—500ml and 2000ml—to meet different material handling requirements.
Each unit offers:
Maximum design pressure: 22 MPa
Leak-proof structure: Hard seal and ferrule connection system
Magnetic drive stirring system: Ensures zero leakage at the sealing point
Rupture disc assembly: Provides automatic pressure relief for enhanced safety
The customizable impeller system delivers efficient mixing and excellent mass and heat transfer, while the multi-port reactor head allows flexible integration of accessories such as pressure gauges, thermocouples, and valves.
Engineered for high-pressure synthesis, catalysis, and materials science, these Hastelloy high pressure reactors provide the ideal solution for R&D laboratories, universities, and industrial research centers.
Their combination of robust construction, high corrosion resistance, and flexible customization ensures reliable performance for even the most challenging chemical reactions.