Open High-Throughput Four-Channel Tube Furnace

• Customization: Available
• After-sales Service: on-Line Service
• Warranty: One Year
• Model NO.: RJ-O1200-50TI-80-4
• Application: Industry, School, Hospital, Lab
• Customized: Customized
• Certification: CE
• Structure: Portable
• Material: Steel
• Type: Tubular Furnace
• Transport Package: Wooden Case
• Specification: Customized
• Trademark: RJ
• Origin: Zhengzhou, China

Product Description

Open High-Throughput Four-Channel Tube Furnace Technical Specifications
Product Overview
A specialized high-temperature system designed for simultaneous multi-sample processing in materials science, chemistry, electronics, ceramics, and nanotechnology applications. Its quad-channel configuration enables parallel experiments or production, significantly enhancing research efficiency and manufacturing flexibility.
Key Features

1. Multi-Channel Design
   • Four independent heating channels (φ80×200mm each)
   • Enables comparative studies or batch processing
   • Increases throughput by 300% vs single-tube systems
2. High-Temperature Performance
   • Maximum temperature: 1200ºC
   • Operating range: 300-1150ºC
   • Heating rate: 1-20ºC/min
   • ±1ºC temperature uniformity
3. Advanced Control System
   • Quad-zone independent temperature control
   • 7" touchscreen interface
   • Programmable heating profiles (multiple presets)
   • Real-time data logging and export
   • Remote monitoring capability
4. Atmosphere Flexibility
   • Supports air, inert gases (N2/Ar), reducing/oxidizing atmospheres
   • Vacuum capability (≤10Pa with mechanical pump)
   • Integrated gas flow control system

Technical Specifications

Parameter	Specification
Model	RJ-O1200-50TI-80-4
Power Supply	3-phase 380V/50Hz
Rated Power	5KW
Heating Elements	Fe-Cr-Al alloy
Thermocouple	S-type
Chamber Dimensions	φ80×200mm (per channel)
Furnace Dimensions	1180×1650×610mm
Weight	≈180kg
Control Accuracy	±1ºC
Vacuum System	Mechanical pump (10Pa)
Pressure Monitoring	Mechanical gauge (hermetic design)

System Components

1. Heating System
   • Four independently controlled zones
   • Mo-doped Fe-Cr-Al alloy heating elements
2. Sealing System
   • High-vacuum flange design
   • Leak-tested gas delivery system
3. Safety Features
   • Over-temperature protection
   • Pressure monitoring
   • Emergency protocols for high-temp operation

Operational Guidelines

1. Temperature Restrictions
   • No chamber opening above 300ºC
   • Monitor for normal thermal cracks during prolonged use
2. Atmosphere Control
   • Use pressure regulators for gas input
   • Follow vacuum temperature limits

Service Support

• 1-year limited warranty (excludes consumables)
• Lifetime technical support

Comparative Advantages

1. Throughput: Processes 4 samples simultaneously with individual control
2. Precision: Maintains ±1ºC accuracy across all channels
3. Flexibility: Supports diverse atmospheres for complex material studies

This system represents an optimal solution for research requiring high-throughput thermal processing with precise environmental control, particularly valuable for:

• Parallel material synthesis optimization
• Batch quality testing
• Comparative studies under identical thermal conditions

The quad-channel design provides laboratory efficiency comparable to industrial-scale systems while maintaining precise research-grade control parameters.