Ruike Stainless Steel Reactors
Ruike Petrochemical is a trusted manufacturer of stainless steel reactors with over 17 years of experience serving global petrochemical and chemical industries. Our stainless steel reaction tanks are engineered for high-pressure, high-temperature, and highly corrosive environments, making them ideal for use in oil refining, chemical processing, pharmaceutical production, and environmental applications.
We deliver precision-engineered solutions that meet the most stringent international quality standards for industrial mixing and reaction processes. Whether you need a standard model or a custom stainless steel reactor, we offer full OEM, ODM, and turnkey manufacturing to meet your project requirements.
What Are Stainless Steel Reactor Vessels?
Stainless steel reactor vessels are specialized chemical processing equipment designed for controlled chemical reactions, mixing, and material processing. These industrial reactors feature corrosion-resistant stainless steel construction, advanced mixing systems, and precise temperature control capabilities.
Our stainless steel mixing tanks combine superior materials with innovative engineering to deliver reliable performance in high-temperature, high-pressure, and corrosive environments commonly found in petrochemical and pharmaceutical manufacturing.
Key Benefits of Ruike Stainless Steel Reaction Tanks
✅Excellent Corrosion Resistance
Made from high-grade SS304, SS316L, or SS321, our reactors resist corrosion from acids, alkalis, sulfides, and chlorides—ensuring long-term durability even in aggressive environments like crude oil desulfurization and organic solvent handling.
✅High Temperature & Pressure Resistance
Ruike reactors maintain mechanical integrity under extreme conditions—supporting high-temperature cracking, polymerization, and hydrogenation processes.
✅Multiple Heating & Cooling Options
Steam heating
Thermal oil circulation heating
Electric heating
External coil or jacketed heating
Internal/external cooling coils available
✅Custom Agitation Systems
Choose from various agitator types for mixing and reaction:
Paddle / Propeller / Turbine
Anchor / Frame / Ribbon
Sawtooth Disc
Hybrid mixing available (e.g. paddle + anchor)
✅Hygienic & Easy to Clean Design
Mirror-polished interior (Ra ≤ 0.4μm)
No dead corners for residue accumulation
Smooth transition ports prevent cleaning blind spots
These features make our industrial stainless steel reaction vessels suitable for applications with strict hygiene and purity requirements.
- Excellent Corrosion Resistance
- High Temperature & Pressure Resistance
- Multiple Heating & Cooling Options
- Custom Agitation Systems
- Hygienic & Easy to Clean Design
Industrial Applications of Stainless Steel Reactors
Petrochemical Industry Reactor Applications
- Crude oil refining reactors: Desulfurization and hydrocracking processes
- Polymer production vessels: Polyethylene, polypropylene manufacturing
- Aromatic compound reactors: Benzene, toluene, xylene production
- Olefin manufacturing tanks: Ethylene and propylene synthesis
- Catalyst preparation reactors: Specialized petrochemical catalysts
Pharmaceutical Manufacturing Reactors
- API synthesis reactors: Active pharmaceutical ingredient production
- Vaccine production vessels: Biopharmaceutical processing equipment
- Sterile mixing tanks: Aseptic pharmaceutical formulation
- Chemical synthesis reactors: Pharmaceutical intermediate manufacturing
- Extraction and purification: Clean room compatible equipment
Food & Beverage Processing Equipment
- Food grade mixing tanks: Dairy, beverage, and food processing
- Fermentation reactors: Wine, beer, and probiotic production
- Sauce and condiment mixers: High-viscosity food product manufacturing
- Chocolate and confectionery: Temperature-controlled processing vessels
- Nutritional supplement mixing: Vitamin and supplement production
Environmental Treatment Reactors
- Wastewater treatment tanks: Chemical precipitation and neutralization
- Air pollution control: Scrubber and absorption systems
- Waste chemical processing: Hazardous material treatment
- Water purification systems: Municipal and industrial water treatment
Technical Specifications
Electric Heating Stainless Steel Reactors Specification
| Reactor Capacity | Electric Power | Inner Diameter | Jacket Diameter | Motor Power | Mixing Speed | Applications |
|---|---|---|---|---|---|---|
| 50L Reactor | 8 KW | φ400mm | φ600mm | 0.8 kW | 60-100 rpm | Laboratory scale |
| 100L Reactor | 12 KW | φ500mm | φ700mm | 1.1 kW | 60-100 rpm | Pilot plant |
| 300L Reactor | 24 KW | φ800mm | φ1000mm | 2.2 kW | 60-100 rpm | Small production |
| 500L Reactor | 36 KW | φ900mm | φ1100mm | 3 kW | 60-100 rpm | Medium batch |
| 1000L Reactor | 48 KW | φ1200mm | φ1400mm | 4 kW | 60-100 rpm | Industrial scale |
| 2000L Reactor | 75 KW | φ1400mm | φ1600mm | 4 kW | 60-100 rpm | Large production |
| 3000L Reactor | 90 KW | φ1600mm | φ1800mm | 5.5 kW | 60-100 rpm | High volume |
Steam Heating Stainless Steel Reactor Specifications
| Vessel Size | Inner Diameter | Jacket Diameter | Motor Power | Stirring Speed | Typical Use |
|---|---|---|---|---|---|
| 30L Steam Reactor | φ400mm | φ500mm | 0.6 kW | 60-100 rpm | R&D applications |
| 100L Steam Reactor | φ550mm | φ650mm | 1.1 kW | 60-100 rpm | Process development |
| 500L Steam Reactor | φ900mm | φ1000mm | 3 kW | 60-100 rpm | Pilot production |
| 1000L Steam Reactor | φ1200mm | φ1300mm | 4 kW | 60-100 rpm | Commercial batch |
| 2000L Steam Reactor | φ1400mm | φ1500mm | 5.5 kW | 60-100 rpm | Large scale mixing |
| 5000L Steam Reactor | φ1600mm | φ1700mm | 7.5 kW | 60-100 rpm | Industrial production |
| 32000L Steam Reactor | φ3000mm | φ3200mm | 37 kW | 35-59 rpm | Large volume processing |
Stainless Steel Reactor Installation & Commissioning
Pre-Installation Requirements
- Foundation preparation: Concrete pad specifications and anchor bolt layout
- Utility connections: Steam, electricity, compressed air, and cooling water
- Safety systems: Emergency shutdown and pressure relief installations
- Quality inspection: Transportation damage assessment and component verification
Professional Installation Services
- Mechanical installation: Precise alignment and leveling procedures
- Electrical connections: Motor, control panel, and instrumentation wiring
- Piping installation: Process lines, utilities, and safety systems
- Calibration services: Temperature, pressure, and flow instrumentation
Commissioning & Validation
- Performance testing: Mixing efficiency and heat transfer validation
- Safety system verification: Pressure relief and emergency shutdown testing
- Process qualification: IQ/OQ documentation for pharmaceutical applications
- Operator training: Comprehensive equipment operation and maintenance instruction
Quality Standards & Certifications
- GB150-2011 (Pressure Vessels)
- TSG21-2016 (Safety Technical Supervision)
- NB/T47013, NB/T47015 (Welding & Testing)
- HG/T20584-2011 (Steel Chemical Vessel Fabrication)
- SFDA GMP (for pharmaceutical-grade vessels)
Request Your Custom Stainless Steel Reactor Quote
Frequently Asked Questions About Stainless Steel Reactors
What is the difference between 304 and 316L stainless steel reactors?
316L stainless steel contains molybdenum, providing superior corrosion resistance against chlorides and acids, making it ideal for pharmaceutical and aggressive chemical applications.
Can stainless steel reactors handle high-pressure applications?
Yes, our reactors are designed and manufactured according to ASME and international pressure vessel codes, capable of handling high-pressure chemical processes safely.
What mixing systems work best for viscous materials?
Anchor agitators and helical ribbon mixers are optimal for high-viscosity materials, providing excellent heat transfer and uniform mixing.
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How long is the typical delivery time for custom reactors?
Standard reactors: 3-4 weeks. Custom-designed reactors: 4-6 weeks depending on specifications and complexity.
Do you provide installation and commissioning services internationally?
Yes, we offer global installation supervision, commissioning support, and operator training services worldwide.
What you need for my quote
Process requirements and operating conditions,
Material compatibility and product specifications,
Capacity requirements and batch sizes
Heating, cooling, and utility requirements,
Special certifications or compliance needs.
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