Advanced Electronic Sensor Technology Gas Evolution Tester For Molding And Coating Materials

Product Introduction

The Digital Readout Moulding Materials Gas Evolution Tester (QR-SFZ) is a reliable and efficient instrument designed to evaluate the gas performance of molding and coating materials under high-temperature conditions. It is suitable for testing casting molding sand, clay sand, resin sand, coated sand, and coating materials, helping to prevent casting defects by accurately measuring gas evolution characteristics.

Equipped with advanced electronic and sensor technology, the QR-SFZ uses a digital readout display box for clear and precise results. Compact, user-friendly, and dependable, this tester is widely applied in foundries, research institutes, quality inspection centers, and university laboratories.

Key Features

1. Advanced Technology

   • Incorporates modern electronic and high-sensitivity sensor technology for stable performance.

2. Digital Readout Display

   • Results are shown directly on a digital readout box, ensuring simple and intuitive operation.

3. High-Temperature Testing

   • Pyrolysis furnace with a range of 600–1200℃ and ±1℃ accuracy.

4. Accurate Measurement

   • Gas volume measuring range of 0–100ml with ±3% accuracy and 0.1ml resolution.

Technical Specifications

Applications

The QR-SFZ Digital Readout Gas Evolution Tester is widely used in:

• Foundry and Casting Industry – to evaluate gas evolution of molding and coating materials.

• Machinery Manufacturing – ensuring consistent quality control of molding sands.

• Quality Inspection Labs – providing reliable test data for process validation.

• Scientific Research & Universities – for teaching, research, and experimental analysis.

✅ Why Choose the QR-SFZ?

• Digital readout display for direct and precise results.

• Compact design with simple operation.

• Accurate gas measurement with 0.1ml resolution.

• High-temperature capability up to 1200℃.

• Reliable and cost-effective for industrial and educational applications.