Vapourtec Ltd
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Datasheets
Scroll through our range of datasheets below. Please contact us if you have an inquiry relating to information not listed.
High temperature fixed bed reactor datasheet
Date: March 2025
The Vapourtec High temperature fixed bed reactor has a stainless-steel column (Hastelloy as an option) contained within a thermally insulated manifold. The catalysts or reagents are packed into the stainless steel or Hastelloy column by the user. The packing materials are constrained within the column by frits.
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eBPR datasheet
Date: October 2024
Designed to deliver precise control of back pressure in the range 0.5 to 20 bar [gauge] over a flow rate range of 0.05 to 30 mL/min. The eBPR does not require an external reference pressure. View and download the datasheet here.
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Fmoc-UV detector datasheet
Date: October 2024
The Fmoc-UV has been designed to quantify the amount of the fluorenylmethoxycarbonyl [Fmoc] protecting group in the outflow during solid-phase peptide synthesis [SPPS]. View and download the datasheet here.
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Peptide-ExplorerLTTM datasheet
Date: July 2024
The Peptide-ExplorerLT is designed for scientists who need to explore and optimise the synthesis of linear peptides. The product is a high spec flow chemistry system adapted for continuous flow peptide synthesis of linear peptides. View and download the datasheet here.
Peptide-Builder datasheet
Date: April 2024
The Peptide-Builder is designed for peptide chemists who want to make high quality peptides quickly and easily at laboratory scale. View and download the datasheet here.
PS-30 pilot scale peptide synthesizer datasheet
Date: December 2023
Fast-Flow peptide synthesis combines the benefits of continuous flow with the robustness of Fmoc/tBu solid-phase peptide synthesis. View and download the datasheet here.
CSTR datasheet
Date: November 2023
View and download the CSTR datasheet. Liquid, gas and solid separations. Expand your range of chemical reactions.
VBFR datasheet
Date: November 2023
View and download the VBFR datasheet. Expose a new paradigm for the use of packed bed reactors
R-Series brochure
Date: April 2023
The latest brochure shows what the R-Series Flow Chemistry System can do.
E-Series brochure
Date: April 2023
The brochure for the E-Series explains the features of this ground-breaking entry-level system, the available models, and the optional extras.
SF-10 datasheet
Date: April 2023
View and download the SF-10 reagent pump datasheet. The uniquely versatile chemically resistant reagent pump for every lab.
Ion Electrochemical reactor datasheet
Date: April 2023
View and download the Ion Electrochemical reactor datasheet. A highly versatile continuous flow electrochemical reactor for lab scale research.
R2-S datasheet
Date: April 2023
View and download the R2-S datasheet. The pump module optimised for suspensions and light slurries.
R-Series software datasheet
Date: April 2023
View and download the R-Series software datasheet with details of the AI and the OPC-UA interface.
The UV-150 Photochemical reactor
Date: April 2023
For both the E-Series and R-Series systems, an advanced photochemical reactor is intended for continuous flow operation. Vapourtec’s UV-150 enables chemists to take full advantage of the powerful reactions and synthetic routes offered by photochemical reactions.
European Photochemistry Association Newsletter
Date: February 2020
View and download the EPA newsletter – an overview of flow photochemistry using Vapourtec equipment.
Application note 62
Date: October 2018
View and download a new and exciting application note – Vapourtec application note 62 cross-coupling with non stabilised diazo compounds.
Automated peptide synthesis
Date: November 2017
In a new white paper from the collaboration with New Path Molecular Research, we demonstrate how the Vapourtec R-Series can be adapted to perform high throughput automated solid-phase peptide synthesis.
Publications
Date: October 2015
Peer-reviewed publications and posters showing work done on the Vapourtec system
On-line, real-time analytics
Date: May 2012
The inclusion of on-line, real-time analysis into a flow chemistry platform can significantly increase productivity. The METTLER TOLEDO FlowIR™ is fully integrated with the R-Series system. Download the whitepaper to see how powerful the combination is.
E-Series lab teaching manual
Date: February 2013
Teaching the principles and benefits of continuous flow chemistry is now commonplace in Academic and Industrial settings. A 98-page teaching manual is available from Vapourtec. This datasheet gives more details.
E-Series User Interface
Date: August 2013
An overview showing the visual appeal and the features of the touch panel user interface supplied with all E-Series systems.
E-Series & organo-metallics
Date: February 2013
A document describing the features of the E-Series that make this system the obvious choice for organo-metallic reactions.
V-3 pump in detail
Date: September 2012
The ground-breaking V-3 pump is an important enabling technology for increasing the range of reagents that can be processed in continuous flow. Discover what the V-3 is and how it works.
E-Series an overview
Date: August 2012
In the late summer of 2012 Vapourtec launched an exciting range of E-Series flow chemistry products. This document provides an overview of the E-Series, highlighting features from a user perspective.
200 bar pump module
Date: March 2012
Increasing the range of reaction conditions available in continuous flow is a key Vapourtec goal. This datasheet describes a new high-pressure pump module available for the R-Series.
Cooled-column reactor
Date: September 2010
Column reactors are effective for reactions using solid-supported reagents and catalysts. Now even highly reactive species can be employed using the Vapourtec Cooled-column. Read more.
Inert gas blanketing
Date: July 2011
Describes a new feature integral to all R-Series Flow Chemistry systems making it easier to apply an inert gas blanket to air or moisture-sensitive reagents.
FlowIRTM Integration
Date: November 2011
The FlowIRTM enables a chemist to see the exact chemical composition of the output of their continuous flow reactor system in real-time. FlowIR™ is now fully integrated with the R-Series system. Read more.
Dual-CoreTM Reactors
Date: November 2011
A document highlighting the increased flexibility of the new split-coil reactor cartridges in offering multi-step cooled reactions at a single temperature.
PFA Coated Steel reactors
Date: July 2011
Fluoropolymer reactors are “metal-free” and offer excellent chemical compatibility but have limited pressure/temperature profiles. Fluoropolymer-coated stainless steel reactors expand their working envelope, read more.
Gas / Liquid reactions
Date: May 2011
The document describes a cost-effective reactor for gas/liquid reactions, offering the facility to control reaction temperature and feed in gas within the same tube reactor.
What pressure to use
Date: October 2015
A free chart showing what pressure is required for a given solvent at a given temperature to prevent it boiling in the flow reactor.
Solvent selection for Green chemistry
Date: August 2017
A free chart showing solvent selection for green chemistry
Ozonolysis
Date: May 2010
Explanation of recent work with ozonolysis using the Vapourtec cooled reactor.
Acid Resistant Systems
Date: November 2009
Introduction to the Vapourtec acid-resistant flow system
Dispersion
Date: September 2009
Explanation of this very important issue, and the unique Vapourtec technology that allows the user to manage it.
Biphasic Flow Chemistry
Date: July 2009
An introduction to liquid multiphase chemistry in the Vapourtec system.
Advantages of Flow
Date: May 2009
Quick summary of the main scenarios in which flow chemistry offers a significant advantage over a batch approach.
Solid Supported Catalysts
Date: March 2009
Use of heterogeneous catalysts in the R Series system.
Use of an AutoSampler
Date: March 2009
Use of an Autosampler (aka liquid handler) to load reagents into reactions.
Fraction Collector Integration
Date: January 2009
See how the Vapourtec system integrates with a fraction collector for ease of use and unattended reaction optimisation.
Pump Monitoring
Date: November 2008
Explanation of real time pump monitoring and why it is so important.
Benefits of 4 pumps
Date: November 2008
Outline of all the different approaches that are possible with a 4-pump system.
Flow Chemistry ppt
Date: February 2016
A convenient download of flow chemistry information as a PowerPoint ppt document
Flow Chemistry pdf
Date: February 2016
A convenient download of flow chemistry information as an adobe pdf document