XO-KP1000 Adjustable-Frequency Microwave Chemical Reactor

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XO-KP1000 Adjustable-Frequency Microwave Chemical Reactor

Product ID：SYHChxhc011

Price: Please inquire PDF Format

Supply Ability:50SETS/MONTH

Port:SHENZHEN

Product Introduction
Other information

Model NumberXO-KP1000

Brand NameNJXIANOU

Payment TermsTT，PAYPAL，Alibaba.com Pay

XO-KP1000 Adjustable-Frequency Microwave Chemical Reactor

Product Introduction
The XO-KP1000 Adjustable-Frequency Microwave Chemical Reactor is designed for advanced research into microwave-assisted chemical reactions and frequency-dependent microwave effects. It supports investigations of thermal effects, including heating uniformity, heating rates, thermal lag, and overshoot, as well as potential electrical, magnetic, and electrochemical effects.
With adjustable microwave power, programmable frequency and pulse control, high-precision temperature monitoring, and multiple reaction vessel options, the XO-KP1000 supports research involving organic and inorganic compounds, pharmaceutical intermediates, nanomaterial preparation, catalytic reactions, extraction, and polymerization.
The system features a water-cooled microwave generation unit, a touchscreen controller, multiple data storage functions, and optional temperature- or pressure-controlled hydrothermal synthesis vessels. Its flexible configuration supports both open and closed reaction systems, including selected low-temperature and microwave vacuum-drying applications.

Performance Features
1.Adjustable-Frequency Microwave Technology: Designed to explore frequency-dependent microwave effects beyond conventional fixed-frequency microwave systems. The supplied frequency range should be confirmed with the manufacturer.
2. Stable Microwave Power Generation: Uses an imported Cambridge-branded, non-pulsed, water-cooled microwave generation system, according to the supplied specifications, with adjustable output power.
3. Programmable Reaction Control: Supports temperature-controlled treatment, timed operation, microwave power pulsing, and frequency-modulated pulse programs.
4.High-Precision Temperature Monitoring: Supports non-contact infrared temperature measurement or contact-based fiber-optic and platinum-sensor options, with a specified control range of room temperature to 500°C and accuracy of ±1°C or better.
5. Touchscreen Interface: A 10-inch high-resolution LCD touchscreen provides convenient parameter setting and monitoring. The system supports programmable control and storage of five experimental data sets.
6. Flexible Reaction Vessels: PTFE and high-temperature, corrosion-resistant glass vessels can be selected according to experimental requirements.
7. Optional Hydrothermal Synthesis System: An optional 200 mL reaction vessel supports a specified temperature of 250°C in less than 10 minutes and a design pressure of up to 6 MPa. Pressure and temperature ratings must be verified for the selected configuration.
8. Low-Temperature Reaction Capability: An optional low-temperature cooling and vacuum pump system supports selected low-temperature reactions, microwave vacuum drying, and water-sensitive reaction processes.
9. Multiple Mixing Options: Magnetic stirring, mechanical stirring, vibration, and sample lifting accessories can be configured to suit different reaction systems.
10. Open-System Reaction Support: Supplied glass and fluororubber tubing supports selected open-system experiments. Additional accessories, such as dropping funnels and condensers, can be used for reflux applications.
11. Cooling and Thermal Management: Variable-frequency forced-air cooling and programmable refrigeration help manage the reactor chamber temperature during operation.
12. Safety Protection: Overtemperature protection and sensor fault protection help improve operational reliability. The stainless steel enclosure and magnetic-field-related design features provide additional equipment protection.

Working Principle
The XO-KP1000 uses microwave electromagnetic energy to interact with reaction materials, producing dielectric heating and other frequency-dependent effects that researchers can investigate under controlled conditions.
Microwave power, frequency settings, pulse programs, reaction temperature, and processing time can be adjusted to study their effects on heating behavior, reaction kinetics, and product formation. Depending on the configuration, samples may be processed in open reaction vessels or sealed hydrothermal reactors, with magnetic or mechanical stirring to improve mixing.
Temperature sensors monitor reaction conditions, while the programmable controller regulates the heating process. Researchers can compare results obtained under different frequency, power, and pulse settings to investigate microwave-assisted synthesis, catalytic reactions, extraction, and material preparation.

Technical Parameters

Parameter	Specification
Model	XO-KP1000
Product Type	Adjustable-Frequency Microwave Chemical Reactor
Microwave Power	50–500 W
Microwave Frequency	500–900 Hz as stated in the supplied source; unit requires manufacturer confirmation
Sample Processing Volume	0.5–500 mL
Cooling Method for Interconnected Tubing	Air cooling
Stirring Methods	Mechanical and magnetic stirring
Temperature Control Range	Room temperature to 500°C
Temperature Control Accuracy	≤±1°C
Operating Time	0–9999 seconds, adjustable
Display	10-inch high-resolution LCD touchscreen
Experimental Data Storage	Five sets
Temperature Measurement Options	Non-contact infrared or contact fiber-optic/platinum sensor
Reaction Vessel Materials	Optional PTFE or high-temperature, corrosion-resistant glass
Optional Hydrothermal Vessel Capacity	200 mL
Optional Hydrothermal Vessel Temperature	250°C in less than 10 minutes, as specified
Optional Hydrothermal Vessel Design Pressure	Up to 6 MPa
Optional Pressure Measurement Range	0–10 MPa (1500 psi)
Optional Pressure Measurement Accuracy	±0.01 MPa
Optional Hydrothermal Temperature Measurement Range	0–300°C
Optional Hydrothermal Temperature Accuracy	±1°C
Pressure Relief Design	Rupture membrane or sealing-cup dual relief arrangement, with directional rupture design, as specified
Optional Cooling and Vacuum System	Available

Important specification note: The source lists the microwave frequency as 500–900 Hz, which is atypical for microwave equipment and may represent a unit or transcription error. Confirm the actual frequency range and units with the manufacturer before purchase. The 200 mL hydrothermal vessel specifications describe an optional configuration and should not be assumed to apply to every vessel or the full 0.5–500 mL processing range.

Application Scenarios
• Microwave-Assisted Chemical Synthesis: Investigate reaction conditions and product formation in organic and inorganic chemistry.
• Pharmaceutical Intermediate Research: Study microwave-assisted preparation and reaction optimization for pharmaceutical intermediates.
• Nanomaterial Preparation: Explore microwave effects on the synthesis and processing of nanomaterials.
• Catalysis Research: Investigate microwave-assisted catalytic reactions under different power and temperature conditions.
• Microwave-Assisted Extraction: Support extraction studies involving suitable chemical and biological samples.
• Polymerization Research: Investigate microwave-assisted polymerization and related reaction processes.
• Hydrothermal Synthesis: Use compatible optional pressure vessels for controlled high-temperature and high-pressure synthesis.
• Low-Temperature and Vacuum Drying: Support selected low-temperature reactions and microwave-assisted vacuum-drying experiments with the appropriate optional cooling system.
• Energy and Fuel Research: Investigate microwave-assisted desulfurization of coal and related fuel-processing technologies.
• Microwave Effect Studies: Compare heating rates, temperature uniformity, thermal lag, and other frequency-dependent reaction behaviors.

XO-KP1000 vs. Conventional Fixed-Frequency Microwave Reactors

Feature	XO-KP1000	Conventional Fixed-Frequency Reactors
Frequency Control	Adjustable-frequency operation is the intended design feature; range requires confirmation	Generally operates at a specified fixed frequency
Microwave Power	50–500 W	Depends on model
Power Control	Programmable power adjustment and pulse control	Depends on control system
Temperature Monitoring	Infrared or contact sensor options	Depends on configuration
Temperature Control	Up to 500°C specified	Depends on vessel and system
Reaction Vessel Options	PTFE, glass, and optional hydrothermal vessel	Depends on model
Stirring	Magnetic and mechanical options	Depends on configuration
Data Storage	Five experimental data sets specified	Depends on software
Research Focus	Frequency-dependent microwave effects and reaction optimization	Commonly focused on microwave-assisted heating and synthesis

Frequently Asked Questions
1. What is the XO-KP1000 adjustable-frequency microwave chemical reactor used for?
It is designed for research into microwave-assisted synthesis, catalysis, extraction, polymerization, nanomaterial preparation, and frequency-dependent microwave effects.
2. What is the microwave power range?
The specified microwave power range is 50–500 W, with programmable power adjustment and pulse-control functions.
3. What is the frequency range of the XO-KP1000?
The supplied specification states 500–900 Hz. Because this unit is atypical for microwave frequencies, the actual operating range and units must be confirmed with the manufacturer.
4. What is the maximum temperature control range?
The general system specification lists a temperature-control range from room temperature to 500°C, with control accuracy of ±1°C or better. Actual achievable temperatures depend on the reaction vessel, sensor, sample, and operating conditions.
5. Can the XO-KP1000 perform high-pressure hydrothermal synthesis?
Yes, an optional 200 mL hydrothermal reaction vessel is specified with a design pressure of up to 6 MPa. Confirm the vessel's rated operating conditions, safety interlocks, and compatibility before use.
6. Which reaction vessel materials are available?
Optional vessels include PTFE and high-temperature, corrosion-resistant glass. A separate hydrothermal vessel configuration is also available.
7. Does the reactor support temperature and pressure monitoring?
The system supports temperature measurement options, while the optional hydrothermal configuration includes specified temperature and pressure measurement ranges. Available sensors and control functions depend on the selected configuration.
8. Can the XO-KP1000 be used for low-temperature reactions?
Yes, selected low-temperature applications can be supported with the optional cooling and vacuum pump system, subject to the reaction setup and material compatibility.
9. What safety features are included?
The supplied specifications list overtemperature protection and sensor fault protection. The optional hydrothermal vessel also incorporates pressure-relief features. High-temperature and high-pressure experiments require operation within verified equipment ratings and applicable laboratory safety procedures.

Frequently Asked Questions
1. What is the XO-KP1000 adjustable-frequency microwave chemical reactor used for?
It is designed for research into microwave-assisted synthesis, catalysis, extraction, polymerization, nanomaterial preparation, and frequency-dependent microwave effects.
2. What is the microwave power range?
The specified microwave power range is 50–500 W, with programmable power adjustment and pulse-control functions.
3. What is the frequency range of the XO-KP1000?
The supplied specification states 500–900 Hz. Because this unit is atypical for microwave frequencies, the actual operating range and units must be confirmed with the manufacturer.
4. What is the maximum temperature control range?
The general system specification lists a temperature-control range from room temperature to 500°C, with control accuracy of ±1°C or better. Actual achievable temperatures depend on the reaction vessel, sensor, sample, and operating conditions.
5. Can the XO-KP1000 perform high-pressure hydrothermal synthesis?
Yes, an optional 200 mL hydrothermal reaction vessel is specified with a design pressure of up to 6 MPa. Confirm the vessel's rated operating conditions, safety interlocks, and compatibility before use.
6. Which reaction vessel materials are available?
Optional vessels include PTFE and high-temperature, corrosion-resistant glass. A separate hydrothermal vessel configuration is also available.
7. Does the reactor support temperature and pressure monitoring?
The system supports temperature measurement options, while the optional hydrothermal configuration includes specified temperature and pressure measurement ranges. Available sensors and control functions depend on the selected configuration.
8. Can the XO-KP1000 be used for low-temperature reactions?
Yes, selected low-temperature applications can be supported with the optional cooling and vacuum pump system, subject to the reaction setup and material compatibility.
9. What safety features are included?
The supplied specifications list overtemperature protection and sensor fault protection. The optional hydrothermal vessel also incorporates pressure-relief features. High-temperature and high-pressure experiments require operation within verified equipment ratings and applicable laboratory safety procedures.