Existent Gum Tester LEGT-T2031

Introduction

Existent Gum Tester operates at a working temperature range of 60℃ to 165℃. Its aluminum bath construction ensures efficient thermal transfer and durability. The system supports both air and steam inlets for flexible operation. It is equipped with advanced a pressure gauge and hand valve for adjustable ventilation. Our tester measures gum deposits in gasoline and fuels to evaluate additives and ensure stable engine performance.

This petroleum testing is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Existent Gum Tester precisely measures gum deposits in motor gasoline and volatile fuels, helping evaluate fuel additives and overall fuel stability to ensure reliable engine performance.

Specifications

Evaporation bath type and size	Aluminum block bath, φ260 × 130 mm
Holes for testing	3 pieces
Size of holes for testing cylinder	φ51 × 70 mm
Flow rate display	Flow meter
Working temperature	60℃ to 165℃
Temperature display	Digitally displayed
Working pressure for decompression valve	0.035 MPa
Gas source	Compressed air > 110 L/min
Net Weight	51.25 kg
Gross Weight	68 kg
Product Dimension	690 x 430 x 790 mm
Packaging Dimension	740 x 490 x 840 mm
Dimension	550 x 370 x 335 mm
Power supply	AC 220 V ± 10 %, 50 Hz; 2.5 kW

Features

• Integrated Superheater Design 
• 360° Rotating Thermometer Holder 
• Dual Temperature Monitoring Ports 
• Spiral Airflow Distribution 
• Adjustable Pressure Regulation

FAQs

1. What is the Existent Gum Tester used for?

The Existent Gum Tester is used to measure gum deposits in motor gasoline and other volatile fuels to evaluate additive performance and fuel stability. It plays a critical role in determining the cleanliness and usability of fuels under high-temperature conditions. By simulating the evaporation process, it helps assess the potential for residue formation in engines. This ensures that fuel meets industry standards for performance and safety. The tester is essential for refineries, fuel manufacturers, and quality control laboratories.

2. What is the working temperature range of the tester?

The instrument operates in a temperature range of 60? to 165? for accurate testing conditions. This range ensures consistent thermal performance for a variety of fuel types. It allows precise simulation of high-temperature evaporation, helping determine the potential for gum formation. The controlled environment enhances repeatability and reliability in test results.

3. Can the tester use both air and steam as input?

Yes, the system supports both compressed air and steam inlets for flexible operation. This dual compatibility allows users to choose the most suitable medium based on their testing requirements. The air or steam enters through a spiral path, ensuring even distribution across the sample. This enhances test consistency and accommodates diverse laboratory setups.

4. What type of bath is used in the tester?

The tester uses an aluminum block bath with a spiral air path and a pressure equalizing chamber for efficient thermal performance. This design ensures uniform heat distribution and minimizes temperature fluctuations. The robust aluminum construction enhances durability and thermal conductivity. It also supports consistent evaporation conditions for accurate gum residue measurement.

5. How many samples can be tested at once?

The tester is equipped with 3 sample testing holes for simultaneous measurements. This multi-sample capability boosts laboratory throughput by allowing parallel analyses under identical conditions. It shortens overall testing time and ensures consistent comparative results across fuel samples. Such efficiency is particularly valuable for high-volume quality control and research workflows.