DSC-OIT Polymer Analyzer – Model A5H

DSC-OIT Testing Machine – High-Precision Differential Scanning Calorimeter

Reliable and Cost-Effective Thermal Analysis System for Polymer Testing

This DSC-OIT Testing Machine offers a robust and precise solution for polymer thermal analysis and oxidation induction time (OIT) measurements. Designed for laboratory professionals, this unit combines advanced technology, flexible control, and user-friendly operation at a competitive price point.

Technical Specifications:

• Operating Power Ranges: ±10, ±20, ±40 mW with user-selectable scaling
• Signal Accuracy: Standard accuracy of 0.02 mW, adjustable based on user requirements and test type
• Calibrated Temperature Range: 0°C to 220°C (maximum settable temperature: 300°C)
• Temperature Stability: ±0.1°C long-term accuracy
• Heating Rate: Fixed at 20°C/min
• Gas Flow Rate: 0–100 ml/min, manually adjustable
• Gas Control System: Manual flow regulation with integrated manometer (inlet pressure: 0.2 MPa)
• Sample Holder: Aluminum pen-type (6.7 mm x 2.5 mm)
• Device Dimensions: 400 x 300 x 250 mm
• Operational Temperature Range: Room temperature to 350°C
• Recommended Relative Humidity: 55% to 75%

User Interface & Software:

• Display & Controls: Monochrome display with 5-key keypad and USB port for PC connectivity
• Software Compatibility: Supports Windows XP through Windows 11
• Report Generation: Outputs results in PDF format with high-resolution raw data export for detailed analysis

Advanced Features:

• Vacuum Furnace: Fully sealed chamber with two automatic gas inlets and one outlet for exhaust
• High-Resolution Data Acquisition: Advanced 24-bit chips with adjustable resolution for highly precise measurements
• Standards Compliance: Fully conforms to international and domestic industry standards

Why Choose This Model?

• Unmatched Value: No domestic competitor offers comparable quality, pricing, or software capabilities
• True Data Representation: Displays sample behavior accurately with no artificial software manipulation