Small-Scale Benchtop Reactor Experimental Unit

The XINYU HUACHUANG Small-Scale Benchtop Reactor Experimental Unit is a highly versatile, compact laboratory system engineered for precise high-pressure catalytic and chemical synthesis research. Designed to maximize safety and operational convenience, this unit features a top-mounted magnetic coupling stirrer and a bottom-heating design. Equipped with an intuitive LCD display panel and optional PC communication interfaces, this Small-Scale Benchtop Reactor Experimental Unit allows researchers to seamlessly monitor and log experimental data. We offer comprehensive customization of reactor volume and pressure ratings to perfectly match your specific R&D requirements.

What is a Small-Scale Benchtop Reactor Experimental Unit?

A Small-Scale Benchtop Reactor Experimental Unit is a compact, high-pressure chemical testing apparatus designed specifically for benchtop laboratory environments. It utilizes a top-mounted magnetic coupling mechanism to achieve completely sealed stirring, preventing any gas leakage during high-pressure operations. The bottom-heating design ensures efficient thermal transfer to the reactants. This unit serves as an ideal platform for kinetic studies, hydrogenation, and high-temperature synthesis, offering researchers a safe, customizable, and user-friendly environment for small-batch experiments.

What are the distinctive advantages?

● Leak-Free Magnetic Stirring: The top-mounted magnetic coupling stirrer provides a completely sealed reaction environment, ensuring safe and stable operation even under high-pressure conditions without mechanical seal wear.

● Efficient Bottom Heating: The dedicated bottom-heating design ensures rapid and uniform heat transfer directly to the reaction mixture, improving thermal efficiency and temperature control accuracy.

● Smart LCD & PC Integration: Features a clear LCD display panel for real-time monitoring of temperature and stirring speed. Optional PC communication terminals allow for automated data logging, historical curve generation, and remote system control.

● Fully Customizable Design: Tailor-made to your exact needs, including custom reactor volumes (from milliliters to liters), high-pressure ratings, and specialized stainless steel alloys (e.g., SS316L, Hastelloy).

● Compact & Safe Footprint: The benchtop design saves valuable laboratory space while incorporating multi-level safety interlocks (over-temperature, over-pressure) to protect personnel and equipment.

Technical Specifications

What to Match Before You Specify Your Reactor

● Volume & Pressure Requirements: Determine your required batch size and maximum operating pressure. We can customize the reactor volume and wall thickness to safely handle your specific high-pressure experiments.

● Chemical Compatibility: Select the appropriate reactor material based on your reactants. Standard SS316L is suitable for most applications, while highly corrosive environments require Hastelloy or PTFE liners.

● Data Tracking Needs: If you require long-term kinetic data or unattended operation, opt for the PC communication module to enable automated data recording and real-time curve plotting.

● Stirring Speed: Consider the viscosity of your reaction mixture. High-viscosity reactions may require selecting a higher-torque magnetic coupling to ensure adequate mixing at the bottom-heated zone.

Quality Inspection Process

● Material Verification: Strict inspection of incoming stainless steel and magnetic coupling components to ensure they meet specified metallurgical standards and high-pressure tolerances.

● Precision Machining: CNC machining of the reactor body and top lid to guarantee perfect sealing surfaces and structural integrity.

● Hydrostatic Pressure Test: Every reactor undergoes rigorous hydrostatic testing at 1.5 times the maximum operating pressure to verify structural safety and leak-proof performance.

● System Calibration: Comprehensive calibration of the LCD panel, temperature sensors, and PC communication modules to ensure accurate data display and reliable control.

● Final Functional Run: A complete dry-run test of the magnetic stirring and bottom heating systems to verify smooth operation and uniform thermal distribution before packaging.

After-Sales Service & Support

At XINYU HUACHUANG, we are committed to providing comprehensive and reliable after-sales support to ensure the continuous and efficient operation of your equipment. Our dedicated service team is always ready to assist you.

Comprehensive Warranty Coverage

We proudly offer a two-year warranty for our equipment. During this period, we provide free maintenance and repair services for any quality-related issues, excluding those caused by improper operation, unauthorized modifications, or force majeure. For equipment beyond the two-year warranty period, we continue to offer lifelong maintenance services, charging only the cost of replacement parts and labor.

Rapid Response Mechanism

We offer 7×24 hours professional engineering telephone support. Upon receiving a fault notification, our technical team will respond within 24 hours and provide a viable solution. If on-site service is required, our professional engineers will arrive at your facility within one week. In special circumstances where the equipment cannot be repaired, we will unconditionally replace it with a new unit or provide a substitute unit during the two-year warranty period, or take necessary measures to restore normal operation.

Frequently Asked Questions (FAQ)

Q1: How does the Small-Scale Benchtop Reactor Experimental Unit prevent gas leakage during high-pressure operations?

A: The unit utilizes a top-mounted magnetic coupling mechanism to achieve a completely sealed stirring system. This design eliminates the need for traditional dynamic seals, ensuring zero gas leakage and maintaining a safe, controlled environment during high-pressure experiments.

Q2: What specific types of chemical research and testing is this benchtop reactor best suited for?

A: This compact apparatus serves as an ideal testing platform for kinetic studies, hydrogenation reactions, and high-temperature synthesis. It provides researchers with a highly reliable environment for conducting small-batch experiments with precise control.

Q3: How does the bottom-heating design improve the efficiency of the reactor?

A: The bottom-heating design is engineered to ensure efficient and direct thermal transfer to the reactants. This targeted heating approach helps maintain uniform temperature distribution within the small-batch testing environment, which is critical for accurate kinetic studies.

Q4: Is this high-pressure testing apparatus suitable for standard laboratory bench setups?

A: Yes, it is specifically designed for benchtop laboratory environments. Its compact structure saves valuable lab space while still providing a robust, customizable, and user-friendly platform for high-pressure chemical testing.

Q5: Can the experimental conditions and setup of this unit be customized for specific research needs?

A: Absolutely. The unit is designed to be highly customizable to meet specific research requirements. It offers researchers a safe and user-friendly environment that can be tailored for various small-batch experiments, ensuring flexibility in process development.