Chemicals

Quality and pollution are determined during and at the end of the process. Think of sample prep (extraction, digestion), elemental analysis, structure analysis, physical parameters, and the chemicals used in each step. Please find below what our Xperts recommend:

ThalesNano

H-Cube Advance

A flow reactor for safer and more efficient chemical synthesis

3.0 (99.9%) produced hydrogen purity

User-friendly interface, ergonomic design

Teledyne Isco

ACCQPrep HP150

High Pressure Preparative Liquid Chromatography System

Flow rates from 1 to 150 mL/min

Operating pressure up to 6,000 psi

Teledyne Isco

Large-scale evaporators EcoChyll

Industrial-scale high-speed evaporators for use in laboratory and commercial settings.

Eco-friendly and efficient self-cooling metal or Teflon-coated condensers

Revolutionary tankless cooling technology

Teledyne Isco

Hydrogen Rotary Evaporator

High-performance all-in-one rotary evaporator

Zero material waste

Does not require dry ice or glycol

Emulseo

FluoBreak

Specialty chemicals for successful microfluidic experiments

Efficient recovery of the dispered phase

Easy to use surface treatment

Emulseo

Surface treatments for adequate wetting

Easy-to-use hydrophobic surface treatments for microfluidic channel coating

Droplet performance and stability improvement

Reproducibility of microfluidic experiments

Emulseo

Fluorinated oils

Biocompatible fluorinated oils

Fluorocarbon oils have proven to be of great interest for use as the continuous phase

Used to dilute our surfactants for droplet production

Emulseo

Surfactants for droplet stabilisation

High performance surfactants for droplet generation

Biocompatible surfactants that can be used to stabilize droplets containing biological entities

Stabilization of droplets from 10 to 300 μm with a high generation frequency

Lauda

Integral IN 2040 XTW

Operate your Integral process thermostat simply via a modern TFT display directly on the device or optionally via an intuitive operating unit with touch display and extended range of functions.

Min. working temperature -45 °C

Max. working temperature 200 °C

Agi

Pilot Reactor Controller

The AGI Glassplant Pilot Reactor Controller is an easy-to-use reactor controller that can be used with any reactor, allowing you to control and automate multiple devices from a single interface.

A fully modular, turnkey solution designed for effortless operation by any user

Any reactor device can be connected and controlled

Choose your region:

Chemicals

H-Cube Advance

ACCQPrep HP150

Large-scale evaporators EcoChyll

Hydrogen Rotary Evaporator

FluoBreak

Surface treatments for adequate wetting

Fluorinated oils

Surfactants for droplet stabilisation

Integral IN 2040 XTW

Pilot Reactor Controller

ChemSPX

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