Differential Capillary Rise Method-Xi'an Xiaxi Electronic Technology Co., Ltd

CN EN

Home
Products

Thermal Conductivity

Heat Capacity

Viscosity

Density

Vapor Pressure

Phase Equilibrium

Surface Tension

Solubility

Miscibility

Explosive Properties

View all products

Widely applicable for testing the thermal conductivity of various materials such as insulation materials, plastics, rubber, thermal grease, composite materials, metal alloys, etc.
Solution

Thermal Insulation

Rubber and Plastic

Fluorine Chemical

Oil Industry

Refrigeration

View all solutions

Widely applicable for testing the thermal conductivity of various materials such as insulation materials, plastics, rubber, thermal grease, composite materials, metal alloys, etc.
Service

Application consulting

Customized service

Test service

After-sale service
About Us

News

新品推荐-高温高压相平衡测试仪想知道该如何正确使用蒸汽压测量仪就不要错过本篇蒸气压测试仪的测量误差来源及减小方法如何提高铂电阻温度计的响应速度和稳定性？

Company Introduction

With over two decades of focus on the design, development and custom equipment services of high-precision thermal physical property measurement instruments, the company is committed to transforming advanced measurement technologies in the international physical property research field into stable, reliable and universal products. At present, the company has provided thermal physical property testing solutions to thousands of scientific research institutions, as well as enterprises and public institutions.
Contact Us

Differential Capillary Rise Method

Suitable for accurate measurement of low-viscosity samples, with a temperature range of -30~100℃(customizable). Equipped with a high-precision automatic imaging system and automatic test analysis software, it ensures reliable measurement results.

HomeProduct CenterSurface Tension > Differential Capillary Rise Method

Overview

Product Display Product Application

The ST5100 fluid surface tensiometer produced by XIATECH is developed based on the double capillary rise method. It adopts the relative measurement method (double capillaries) and combines a high-precision automatic photography system and automatic test analysis software to obtain highly accurate data on the height difference of capillary liquid columns, effectively ensuring the measurement accuracy of surface tension. Meanwhile, the system is a temperature-resistant and pressure-resistant container, suitable for high-precision surface tension research of measured fluids in the range of -30~100 ℃. The equipment is modularized, and the core device can be taken out at any time, which facilitates sample replacement during temperature control, greatly shortens the temperature control time, improves test efficiency, and is convenient for users to operate.