MOBILE SURFACE ANALYZER

MOBILE SURFACE ANALYZER

Mobile Surface Analyzer MSA Flexible Liquid Fast, automatic, and non-destructive wetting analysis with your liquids of choice to read more details Brochure Send request Describtion Describtion In the Flexible Liquid configuration, the MSA Mobile Surface Analyzer carries out automated contact angle measurements between freely selectable liquids on solid samples. The focus lies on non-destructive analysis

BPT Mobile

BPT Mobile

Bubble Pressure Tensiometer BPT Mobile Mobile quality control for cleaning and coating baths to read more details Brochure Send request Describtion Describtion Immerse – click – read: Capture the surfactant concentration of your bath within seconds using surface tension (SFT) with the BPT Mobile Bubble Pressure Tensiometer. The quality inspector using it knows immediately if

BUBBLE PRESSURE TENSIOMETER

BUBBLE PRESSURE TENSIOMETER

Bubble Pressure Tensiometer BP100 Analysis of surfactant solutions for dynamic processes to read more details Brochure Send request Describtion Describtion The BP100 Bubble Pressure Tensiometer analyzes the mobility of surfactants based on the dynamic surface tension (SFT). This allows you to find out how quickly surface-active substances such as detergents or wetting agents achieve the

Tensíío

Tensíío

Force Tensiometer Tensíío Surface quality control has never been so easy and reliable to read more details Brochure Send request Describtion Describtion Theoretically, building a tensiometer is simple: putting a moveable sample stage underneath a force measuring device. But developing the best-in-class tensiometer is something completely different. It takes more than just using an utterly

IMI-HTP

IMI-HTP

HIGH ACCURACY HYDROGEN STORAGE ANALYZER INTRODUCING IMI-HTP The IMI-HTP is designed to characterize hydrogen storage materials using Sieverts method up to pressures of 200 bar. High accuracy is ensured by a minimized dead volume, all-metal construction, high thermal stability and accurate pressure measurement. Every IMI-HTP is specified to meet the challenging demands of high pressure

XEMIS-001

XEMIS-001

NEXT GENERATION PURE GAS GRAVIMETRIC SORPTION ANALYZER INTRODUCING XEMIS The XEMIS series are high accuracy gravimetric sorption analyzers operating to 200 bar. Changes in sample mass are measured as a function of applied temperature and pressure to determine isotherms, isobars and sorption kinetics. Designed for operation with a full range of gas and vapor species including

IGA-001

IGA-001

GRAVIMETRIC GAS SORPTION ANALYZER INTRODUCING IGA-001 The IGA-001 is a dedicated single component gas sorption analyzer for the study of gas interactions with both solids and liquids. Incorporating an ultra-sensitive microbalance, the IGA-001 measures changes in sample mass as a function of temperature and pressure. The unique IGA method analyzes real time gravimetric data to determine

2551 Potentiostat-Galvanostat

2551 Potentiostat-Galvanostat

2551 Potentiostat-Galvanostat The Routine Measurement Specialist Model 2551 has been designed to be the perfect compromise between price and performances, without neglecting quality. It has been developed to meet the needs of the most demanding users. This unit, along with the excellent reliability typical of all AMEL’s potentiostats, offers several new features, let’s check the

2131 Conductivity&Temperature Meter

2131 Conductivity&Temperature Meter

2131 Conductivity&Temperature Meter Improved performances and new features Using the full power of its microprocessor core, the instrument tunes the measuring method according to the electrode’s need up to an unrivalled precision and stability. Model 2131 is ready to take the user to a new level of precision and reliability, running continuous measurements for fast and

2335 pH & Temperature Meter

2335 pH & Temperature Meter

2335 pH & Temperature Meter The ultimate hi-resolution pH-meter Model 2335 Digital pH meter paves the way to a new dimension of quality, accuracy and reliability which are commonly associated to any AMEL’s product. The extensive use of microprocessor unit leads to semplificty of operations, user-friendly interface, high level of flexibility, unrivalled performances and excellent