High-Performance Reaction Equipment for Industrial Applications
Our premium line of Reaction Equipment is engineered for precision, durability and efficiency in demanding industrial environments. Built with advanced materials and cutting-edge technology, these systems deliver reliable performance for chemical processing, pharmaceuticals, petrochemicals and research applications.
Key Features of Our Reaction Equipment:
- Corrosion-resistant stainless steel construction (316L or Hastelloy options)
- Precision temperature control (±0.5°C accuracy)
- High-pressure rated vessels (up to 100 bar standard)
- Advanced mixing systems with variable speed control
- Multiple port configurations for sampling and additions
- Explosion-proof models available
- Customizable capacity from 1L to 20,000L
| Model | Capacity Range | Temperature Range | Pressure Rating | Material | Standard Features |
|---|---|---|---|---|---|
| RE-100 | 1L-50L | -20°C to 250°C | 10 bar | 316L SS | Basic agitation, heating jacket |
| RE-200 | 50L-500L | -30°C to 300°C | 30 bar | 316L SS/Hastelloy | High-shear mixer, cooling coil |
| RE-300 | 500L-5,000L | -50°C to 400°C | 50 bar | Hastelloy C276 | Multiple ports, pressure relief |
| RE-400 | 5,000L-20,000L | 0°C to 350°C | 100 bar | Custom alloys | Explosion-proof, automated controls |
Reaction Equipment FAQ
Q: What safety features are included with your Reaction Equipment?
A: All our Reaction Equipment comes standard with multiple safety features including pressure relief valves, temperature sensors with automatic shutdown, rupture disks (where applicable), and grounded electrical components. High-pressure models include additional safeguards like redundant pressure monitoring and emergency cooling systems. For explosive environments, we offer ATEX-certified versions with spark-proof motors and specialized sealing systems.
Q: How do I determine the right size of Reaction Equipment for my process?
A: Selecting the proper Reaction Equipment size depends on your batch volume requirements, reaction characteristics (foaming, expansion), and future scalability needs. As a general rule, choose a vessel with 20-30% additional capacity beyond your working volume to account for mixing dynamics and potential foaming. Our engineers can provide detailed sizing recommendations based on your specific process parameters including viscosity, reaction kinetics, and heat transfer requirements.
Q: What maintenance is required for Reaction Equipment?
A: Routine maintenance for Reaction Equipment includes regular inspection of seals and gaskets, lubrication of mechanical components (per manufacturer guidelines), calibration of sensors and instruments, and thorough cleaning between batches. We recommend quarterly professional inspections for high-pressure systems. All maintenance requirements are detailed in the equipment manual, and we offer comprehensive service contracts with trained technicians for critical applications.
Advanced Options and Custom Solutions
For specialized applications, our Reaction Equipment can be customized with:
Material Compatibility Guide
Our Reaction Equipment is available in various materials to suit different chemical processes:
| Material | pH Range | Max Temp | Chemical Resistance | Common Applications |
|---|---|---|---|---|
| 316L Stainless Steel | 3-10 | 400°C | Good for most organic solvents, weak acids | Pharmaceuticals, food processing |
| Hastelloy C-276 | 0-14 | 550°C | Excellent for strong acids, chlorides | Chemical processing, petrochemicals |
| Glass-Lined Steel | 0-14 | 200°C | Excellent for corrosive chemicals | Acid reactions, corrosive media |
| Tantalum | 0-14 | 250°C | Superior for strong acids | Specialty chemical production |
Reaction Equipment FAQ (Continued)
Q: Can your Reaction Equipment handle explosive atmospheres?
A: Yes, we offer ATEX-certified Reaction Equipment designed specifically for explosive atmospheres (Zone 1 and Zone 2). These systems feature spark-proof motors, specialized sealing systems, grounded components, and explosion-proof electrical enclosures. For hydrogen applications or other extremely hazardous environments, we can provide additional protections like nitrogen purging systems and specialized metallurgy.
Q: What temperature control options are available?
A: Our Reaction Equipment offers multiple temperature control methods including: standard heating/cooling jackets (oil, steam, or water), internal coils, external heat exchangers, and advanced cascade control systems for precise thermal management. For cryogenic applications, we can integrate liquid nitrogen cooling. Temperature control accuracy ranges from ±0.5°C for standard models to ±0.1°C for precision units with PID control algorithms.
Q: How long does delivery typically take for custom Reaction Equipment?
A: Lead times vary based on complexity and current production schedule. Standard Reaction Equipment typically ships within 4-6 weeks. Custom systems generally require 8-12 weeks for engineering, fabrication, and testing. Large-scale or highly specialized units may need 14-20 weeks. We provide detailed project timelines during the quotation process and maintain regular communication throughout the build process.
Control and Automation Options
Modern Reaction Equipment demands sophisticated control systems to ensure process repeatability and safety:
Our Reaction Equipment represents the pinnacle of chemical processing technology, combining robust construction with precise control systems to meet the most demanding application requirements. Contact our engineering team today to discuss your specific process needs and receive a customized solution proposal.