Interface Tension Tester LITT-T2012

Introduction

Interface tension tester offers a resolution of 0.01, delivering high‑precision interfacial tension measurement using the reliable platinum‑ring method. The system has integrated temperature control sensors for real-time temperature control. It features an automatic zero calibration mode that instantly resets baseline tension for seamless, high-precision measurements. Our interface tension tester includes a platinum plate and platinum ring testing method, providing optimal performance across diverse sample types.

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

Interface Tension Tester is designed to evaluate the force per unit length acting along the interface between two non-mixing liquids. It plays a key role in oil and gas exploration, assessing formulation quality, emulsion stability, and fluid compatibility.

Specifications

Measurement Range (mN/m)	0 to 1000
Resolution (mN/m)	0.01
Accuracy (mN/m)	0.01
Repeatability (mN/m)	0.01
Balance Precision (g)	0.0001
Testing Methods	Design platinum plate and platinum ring, can choose anyone or both
Operation Methods	Touch operation, sample plate lift automatically, convert automatically
Showing Method	5 inch coloured touch screen
Weighing System	Electromagnetic Balance
Automatic Calibration	Yes
Testing Time	10 sec for platinum plate, 50sec for platinum ring

Features

Motorized Lifting System

Automatic Test Cycles

Digital Display

High Sensitivity Sensors

Overload Protection Mode

FAQs

1. How are data storage and transfer managed in Interface Tension Tester ?

It supplies interface tension tester - A12 supports digital data management, offering real-time display via an integrated screen and transfer options through standard connectivity ports. Data is automatically stored locally, with retention spanning power cycles to prevent loss. Users can export files in common formats for analysis or inclusion in reports. This setup streamlines lab workflows and enables traceable record-keeping. It also facilitates integration with broader lab systems for quality assurance and documentation purposes.

2. What maintenance is needed for the interface tension tester ?

It supplies interface tension tester - A12. Maintaining the - A12 includes regular cleaning of the platinum ring and immersion parts to avoid residue that could distort readings. Routine calibration using certified interfacial tension standards is recommended to verify performance. The diagnostics system assists in identifying when service is due. With recommended care—cleaning, calibration, component checks—the instrument reliably maintains its precision and longevity in any application context.

3. What testing principle does the interface tension tester A12 use?

It supplies interface tension tester leverages multiple methods—forward flow, water intrusion, and bubble point—to assess filter integrity thoroughly. It automatically controls stabilization and test timing, ensuring consistent measurement without user intervention. A high-resolution sensor detects minute flow or pressure changes, indicating filter defects or leaks. The tester combines these readings to confirm whether a filter meets required integrity standards. This multi-parameter approach enhances confidence in critical applications like pharmaceutical and food processing.

4. What types of filters are suitable for the interface tension tester ?

It supplies interface tension tester . Designed for cartridges and membranes used in pharmaceutical, biotech, and food industries, the A11 handles a broad range of hydrophilic and hydrophobic filters. Its high sensitivity allows detection of micro-leaks and structural faults. The integrated diagnostics ensure compatibility across different cartridge formats and materials. Users benefit from preset modes that match common industry filters, supporting reproducible results and simplified operation. This versatility reduces the need for multiple devices in quality control setups.

5. What maintenance is required for the interface tension tester ?

It supplies interface tension tester Maintenance is streamlined, with periodic calibration checks recommended to verify flow and pressure sensor accuracy. The system’s diagnostics flag performance deviations, prompting user attention. Filter housing and tubing are easily accessible for cleaning, minimizing downtime. Automated test cycles reduce wear from manual intervention, and firmware updates can be applied via . These features ensure continued compliance and device longevity in demanding production environments.

6. How reliable and repeatable are the interface tension tester ’s results?

is engineered for precision, with sensors and flow meters that deliver highly consistent results. Automated test protocols limit human error by controlling test start, stabilization, and completion. Graphical data visualization helps operators verify consistency at a glance. Built-in data logging ensures that repeated tests under the same conditions produce equivalent outputs, supporting trend analysis and audit readiness. This level of repeatability is critical wherever filter failure risks must be minimized.