Padmatech - High Pressure Reactor
A high-pressure reactor is a chemical reaction vessel that conducts a chemical reaction under pressure. Padmatech Industries is a leading high-pressure reactor manufacturer in India. Our high-pressure reactor features a unique modular design and flexible configuration options. It also consists of a magnetic drive for safe & easy operation. We are an ISO 9001:2015 company, and thus our high-pressure reactors are dimensioned, fabricated, and tested in compliance with international standards.
- Capacity: 100 Ltr to 40000 Ltr
- Max Design Pressure: Upto 45 Bar
- Automation Type: Manual / Semi Automation / Automation
- Easy to Handle (Can be opened and closed quickly)
- Extraordinary resistance to chemicals
- Manufactured using combination of high quality material
- Available in High and Low Pressure Models
- Safety Feature and Multiple Safety precautions like Safety Valve, Rupture Disc
- Mag drive design
We undertake manufacturing of high-pressure reactors on a turnkey basis. We deliver high-pressure reactors that satisfy the needs of current industrial cycles. High-pressure reactors are fundamental for carrying out reactions under increased pressures, and important for processes in pharmaceuticals, petrochemicals, and high-level product development. These reactors empower exact command over reaction conditions, prompting higher yields, further developed reaction rates, and the amalgamation of unique compounds.
A high-pressure reactor is a customary gadget in the chemical business that has the essential capability of performing blending systems for chemical responses in the liquid stage. A high-pressure reactor is a chemical response vessel that completes a chemical response under high pressure and temperature. Analysts can work the vessel in batch mode at temperatures going from 150 °C to 500 °C. It is manufactured from stainless steel grade 316-L according to the process necessities.
The design of a high-pressure reactor comprises a round and hollow sidelong shell with a normal ellipsoidal dish at the top closures. The external side of the reactor has a coat for warming and cooling. The surface between the shell and the coat has stiffener rings that give normal warming or cooling media dissemination and increment the vessel’s solidarity.
The high-pressure reactor is mounted on the top dish of the batch reactor. It comprises a light gathering on the top end that upholds the shaft. This part likewise contains an orientation lodging with a tightened roller to persevere through impact and vibratory burdens. Subsequently, there is a smooth pivot of the shaft. Shafts can have a few instigators like single anchor, double anchor, turbine, and propeller. It additionally holds baffles inside the shell according to prerequisites.
A high-pressure reactor has different advantages over a normal round-base jar. For instance, it can play out a reaction over a dissolvable limit. Second, pressure can bring down the reaction volume, including the fluid stage, expanding focus and impact recurrence while speeding up a reaction. Temperature increments can fasten the expected reaction as well as rush the breakdown of chemicals and materials. Then again, the pressure could speed up the ideal reaction and possibly influence decay when it incorporates the release of a gas or interaction with gas in the vessel.