EasyMax 402 Advanced and HFCal - Aperçu - METTLER TOLEDO

EasyMax 402 Advanced and HFCal

Calorimetry for Safety Screening. The EasyMax 402 HFCal: a reaction calorimeter designed for fast and efficient safety screening and characterization of chemical processes early in development.

Uncover Potential Safety Issues

Non-scalable conditions, such as accumulation, bad mixing, mass transfer or dosing issues can easily be identified with the EasyMax 402 HFCal.

True Heat Flow Is Important

Unlike conventional heat flow calorimetry, the EasyMax HFCal determines the true heat as released by the chemical reaction to make the right conclusions.

Process Development - Fast and Reliable

Continuous monitoring of the reaction progress, the heat release, and possible accumulation makes process development faster and more predictable.

Calorimètre à flux de chaleur pour l'examen de la sécurité des procédés
Spécifications - EasyMax 402 Advanced and HFCal
Dimensions (WxDxH) 43 cm x 36 cm x 28 cm
Material Powder-coated stainless steel with FEP coated cover plate
Power Requirements 100 – 240 VAC, 50/60Hz
Operating Volume 15 mL – 400 mL
Temperature Range -40 °C – -180 °C
Heating / Cooling Solid State Thermostat
Back / Front light Yes/No
Temperature Modes Jacket control, reaction mixture control, distillation control, crystallization control
Weight 20 kg
Référence 300842101

Data Analysis - Efficient and Accurate

The EasyMax 102 HFCal collects and stores a wealth of information during an experiment. iControl software automatically calculates heat transfer data, specific heat of the reaction mass, heat flow and reaction enthalpies, and it presents all data in a report.

Heat Flow Calorimetry for Development

The versatile EasyMax 402 HFCal provides essential chemical and thermodynamic information, reduces unnecessary experiments, saves precious time and material, reduces cost, and increases efficiency of process development.

Integration with Analytical Probes

The seamless integration of heat data with online analytical techniques and other process data significantly enhances understanding of the course of the reaction, its potential risk, and the formation of by-products to allow users to draw better conclusions.

Documentation

Brochures produits

Documentations commerciales

HFCal (A4)
Heat flow calorimetry workstations provide heat release data, reaction enthalpy and heat transfer as well as heat data enabling chemistry and process...

Produits et solutions liés

Upgrade Kit OptiMax HFCal
Découverte des problèmes d'extrapolation et de sécurité
OptiMax 1001 Thermostat
Caractériser les procédés, optimiser les réactions chimiques
EasyMax 102 Thermostat System
Améliorez le développement de procédés
ParticleTrack G400
Étude de la taille et du nombre de particules au laboratoire
ReactIR 15  
Le ReactIR 15 est un système de spectroscopie FTIR pour le suivi in situ des réactions et l'analyse des procédés chimiques. Grâce à la technologie pro...
Calorimètres réactionnels RC1
Calorimétrie réactionnelle pour les examens, le développement de procédés et les études de sécurité des procédés

Logiciel

iC Data Center for OM/EM-1 Year
Enregistrement, préparation et partage des données expérimentales

Applications

Transfert de chaleur et extrapolation des procédés
Seule une connaissance précise des coefficients de transfert de chaleur permet d'effectuer une extrapolation d'un tel procédé chimique du laboratoire...
Sécurité des procédés chimiques et détection anticipée des risques thermiques
Détection anticipée des risques thermiques et conception de procédés chimiques intrinsèquement sûrs
Développement de procédé chimique et Scale-Up
Procédés chimiques durables et robustes pour un transfert rapide vers l'usine pilote et la production
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EasyMax 402 Advanced and HFCal

Accessoires

Accessoires du calorimètre à flux thermique

The 400 mL 1-Piece Glass Reactor improves chemical synthesis efficiency and can also be used for production of new chemical entities or APIs for testing.
The 400 mL 2-Piece Glass Reactor improves chemical synthesis efficiency and can also be used for production of new chemical entities or APIs for testing.
Glass covers and reactors are commonly used in research development laboratories in the chemical and pharmaceutical industries. Chemically-resistant material is easy-to-handle and transparent, allowing observation of changes in reactor content.
The reactor cover is a robust alternative for the standard glass cover and perfect if the reactor is equipped with heavy inserts and probes.
The Dosing Unit DU SP-50 allows unattended dosing combined with safe control of the reaction temperature in conjunction with the EasyMax and OptiMax synthesis reactor systems.
L'ECB (Easy Control Box) est un boîtier de contrôle et d'analyse pouvant être connecté aux systèmes à réacteur dotés d'écran tactile EasyMax, OptiMax, et RX-10.
La chimie en toute simplicité
The corrosion-resistant magnetic drive is designed for EasyMax to prevent solvent losses and gas leaks.
The corrosion-resistant magnetic drive is designed for EasyMax to prevent solvent losses and gas leaks.
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EasyMax 402 Advanced and HFCal

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