Interfacial Tensiometer T-IFT-S2101

Introduction

Interfacial Tensiometer offers measuring range of 0 to 400 mN/m. It features next-generation microprocessor that automatically calculates and displays real-time values. Integrates corrosion-resistant surface with electrostatic spray treatment, making it durable and easy to clean. Equipped with low-noise lifting platform, it moves smoothly up and down with enhanced positioning care. Tensiometer determines surface and interface tension of liquids in chemical, petroleum, and research sectors.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Interfacial Tensiometer determines liquid surface and interface tension in petroleum refining, chemical production, power systems, railway material testing, academic research, and quality control laboratories.

Specifications

Measuring Range	0 to 400 mN/m
Measurement Mode	Platinum ring method
Accuracy	±0.01mN/m
Sensitivity	0.01mN/m
Platinum Ring Radius	R9.55 Platinum wire 0.3
Self Checking Function	Automatic diagnosis of instrument failure
Temperature Compensation	Automatic temperature compensation
Display	10-inch 65K color LCD touch screen
Display Resolution	800×600 pixels
Working Temperature	10 to 40℃
Ambient Humidity	Less than 80%
Power Consumption	Less than 40W
Power Supply	AC220V±10% 50HZ±2.5HZ
Dimension	440×190×350 mm
Weight	7.5 Kg

Features

Instant result calculation

Power-off memory backup

Quiet vertical movement

Magnetic tank sensor

Multi-point calibration

Repeatable test results

Standard Accessories

Test Cup x 2

Instructions x 1

Platinum Ring x 1

Power Cords x 1

Weights x 1

 

FAQs

1. What is an Interfacial Tensiometer?

An Interfacial Tensiometer is an apparatus designed to measure the interfacial tension between two immiscible liquids.

2. How does an Interfacial Tensiometer work?

It works by applying force to a probe or ring that interacts with the interface between two liquids, measuring the resistance to deformation to calculate interfacial tension.

3. What factors affect the accuracy of Interfacial Tensiometer?

Its accuracy is influenced by temperature, cleanliness of the probe, sample preparation, and environmental vibrations.

4. What kind of maintenance does Interfacial Tensiometer require?

Regular maintenance includes cleaning of the measuring parts, checking for software updates, and recalibrating with standard liquids.

5. What is the difference between Interfacial Tensiometer and a Surface Tensiometer?

An Interfacial Tensiometer specifically measures tension between two liquids, whereas a Surface Tensiometer measures tension between a liquid and air.

6. How is Interfacial Tensiometer used in the oil and gas industry?

It is used to evaluate the effectiveness of surfactants in enhanced oil recovery by measuring interfacial tension between crude oil and injected fluids.

7. Why is Interfacial Tensiometer important in pharmaceuticals?

It is important in pharmaceuticals for optimizing drug delivery systems like emulsions and microemulsions by ensuring proper interfacial tension levels.

8. How does Interfacial Tensiometer contribute to detergent formulation?

It contributes to detergent formulation by measuring how well surfactants reduce interfacial tension.

9. Can Interfacial Tensiometer be used in food science?

It is used in food science to study emulsions in products like sauces and dressings, where interfacial tension affects texture and shelf life.

10. How does Interfacial Tensiometer aid in nanomaterial synthesis?

It aids in nanomaterial synthesis by monitoring interfacial properties during self-assembly processes at liquid interfaces.