PRODUCT RANGE
CondenSyn air condensers – simple and safe to use – with no risk of flooding!
AIR CONDENSER--- WATERLESS CONDENSER
The Asynt CondenSyn Waterless Air Condenser is a unique glass condenser, hand made individually in the UK, that requires no cooling water for operation
• 200 mm recommended for use with flasks up to 100 ml in
size
• 350 mm recommended for use with flasks up to 500 ml in size
• 450 mm recommended for use with flasks up to 1000ml in size
• 350 mm recommended for use with flasks up to 500 ml in size
• 450 mm recommended for use with flasks up to 1000ml in size
• GB-C-200-B14 200 mm with B14
socket
• GB-C-200-B19 200 mm with B19 socket
• GB-C-200-B24 200 mm with B24 socket
• GB-C-450-B14 450 mm with B14 socket
• GB-C-450-B19 450 mm with B19 socket
• GB-C-200-B19 200 mm with B19 socket
• GB-C-200-B24 200 mm with B24 socket
• GB-C-450-B14 450 mm with B14 socket
• GB-C-450-B19 450 mm with B19 socket
• GB-C-350-B14 350 mm with B14
socket
• GB-C-350-B19 350 mm with B19 socket
• GB-C-350-B24 350 mm with B24 socket
• GB-C-350-B29 350 mm with B29 socket
• GB-C-450-B24 450 mm with B24 socket
• GB-C-450-B29 450 mm with B29 socket
• GB-C-350-B19 350 mm with B19 socket
• GB-C-350-B24 350 mm with B24 socket
• GB-C-350-B29 350 mm with B29 socket
• GB-C-450-B24 450 mm with B24 socket
• GB-C-450-B29 450 mm with B29 socket
• GB-C-DIST-B24 Distillation adapter for use with B24 socket CondenSyn
• GB-C-DIST-THERM Thermometer and adapter set with B24 socket
Not more than half full.
• GB-C-DIST-THERM Thermometer and adapter set with B24 socket
Not more than half full.
CONDENSYN DISTILLATION ADAPTER
The CondenSyn® Distillation Adapter allows chemists to use the CondenSyn waterless air condenser in a vertical orientation for distillation purposes.
DRYSYN VORTEX– PARALLEL MIXING
A mechanical gearbox converts the drive of one standard overhead stirrer motor into 3 shafts for powerful overhead stirring, with heating provided by any standard laboratory heating plate.
The DrySyn Vortex perfectly compliments the standard range of DrySyn MULTI inserts for round bottom flasks, from 100 mL up to 500 mL.
• Operates with only one overhead stirrer for up to three 500 mL round bottom flasks.
• Perform multiple reactions with one overhead stirrer, whilst maintaining a compact footprint
• Accommodates up to 3 x 500 mL round bottom flasks
• Compatible with DrySyn MULTI 100 mL, 250 mL & 500 mL inserts
• Temperature range: up to 200 °C
• Speed range: 50 – 500 rpm
• Use with DrySyn SnowStorm MULTI inserts also allows use down to a minimum temperature of -30 °C.
The DrySyn Vortex perfectly compliments the standard range of DrySyn MULTI inserts for round bottom flasks, from 100 mL up to 500 mL.
• Operates with only one overhead stirrer for up to three 500 mL round bottom flasks.
• Perform multiple reactions with one overhead stirrer, whilst maintaining a compact footprint
• Accommodates up to 3 x 500 mL round bottom flasks
• Compatible with DrySyn MULTI 100 mL, 250 mL & 500 mL inserts
• Temperature range: up to 200 °C
• Speed range: 50 – 500 rpm
• Use with DrySyn SnowStorm MULTI inserts also allows use down to a minimum temperature of -30 °C.
f REACTOR CSTR Flow Chemistry
From small scale modular benchtop fReactor Flow Chemistry platforms with options to suit various temperature or material requirements, through to more advanced systems for multi-step and automated reaction sequences. With a comprehensive range of accessories, and dedicated Flow Chemistryon-line learning platform at www.fReactor.com, Asynt have a wealth of experience in Flow Chemistry and can assist you in all your related requirements.
• 5 x PEEK fReactor Classic modules, each 1.8 mL
• 1 x aluminium holding plate with thermocouple hole & protective screen
• 15 x Viton o-rings
• 6 x PTFE cross stirrer bars
• 20 x flangeless PEEK fittings with ETFE ferrules
• 15 x Tefzel blanking plugs
• 2.5 m x PTFE tubing
• 1 x tube cutter
• 1 x hex key
• 5 x PEEK fReactor Classic modules, each 1.8 mL
• 1 x aluminium holding plate with thermocouple hole & protective screen
• 15 x Viton o-rings
• 6 x PTFE cross stirrer bars
• 20 x flangeless PEEK fittings with ETFE ferrules
• 15 x Tefzel blanking plugs
• 2.5 m x PTFE tubing
• 1 x tube cutter
• 1 x hex key
f REACTOR - PHOTOFLOW
The fReactor PhotoFLOW module was developed by the University of Leeds in conjunction with Asynt and gives scientists the potential to develop and expand their Flow Chemistry work quickly and easily to include photochemistry. This new addition to the Asynt fReactor Flow Chemistry platform is manufactured in the UK and currently available in two wavelengths to suit your requirements:
• 450 nm (Blue) 10w LED COB chips
• 365 nm (UV) 10w LED COB chips
Available to purchase individually, each fReactor PhotoFLOW module is positioned over the desired fReactor position in your set-up with easy-to-use plug-and-glow technology. With a fully customizable configuration possible, you can choose to use just one of these compact Photo modules on one of the 5 fReactor CSTRs or add further Photo modules for up to five positions running simultaneously. You can run all five of these from just one power supply using optional splitter leads. Each module includes an individual cooling fan to ensure temperature control to the contained CSTR.
• Choice of two models initially available:
• 460 nm (Blue) 10w LED COB chips
• 365 nm (UV) 10w LED COB chips
• Other wavelengths available on request as custom orders
• fReactor PhotoFLOW photochemistry reactors available individually for easy customization of your reaction setup
• Suitable for heating up to 55C max
• One power supply is sufficient for up to five modules via connection splitter
• Designed and manufactured in the UK
• 450 nm (Blue) 10w LED COB chips
• 365 nm (UV) 10w LED COB chips
Available to purchase individually, each fReactor PhotoFLOW module is positioned over the desired fReactor position in your set-up with easy-to-use plug-and-glow technology. With a fully customizable configuration possible, you can choose to use just one of these compact Photo modules on one of the 5 fReactor CSTRs or add further Photo modules for up to five positions running simultaneously. You can run all five of these from just one power supply using optional splitter leads. Each module includes an individual cooling fan to ensure temperature control to the contained CSTR.
• Choice of two models initially available:
• 460 nm (Blue) 10w LED COB chips
• 365 nm (UV) 10w LED COB chips
• Other wavelengths available on request as custom orders
• fReactor PhotoFLOW photochemistry reactors available individually for easy customization of your reaction setup
• Suitable for heating up to 55C max
• One power supply is sufficient for up to five modules via connection splitter
• Designed and manufactured in the UK
Illumin8 Parallel Photoreactor
Asynt’s LightSyn Illumin8 parallel photoreactor is ideal for safe, benchtop parallel photochemistry. Working closely with some of our key customers we took their “go to” tool for parallel screening, our OCTO parallel reactor, and developed a high-powered LED photo array to compliment it. Illumin8 is a no-compromise, safe, well-engineered module based on
the DrySyn OCTO MINI 8-position reaction station with magnetic stirring and optional heating via any standard hotplate stirrer
• Most popular LED modules; Royal Blue 450 nm LEDs OR 365 nm LEDs.
• Other wavelengths include UVA LED 390-395 nm, Violet LED 405 nm, Blue LED 460-470 nm, Green LED 520-525 nm,
Yellow LED 590-595 nm, Red LED 620-625 nm, Deep Red LED 650-660 nm.
• Other wavelengths available upon request
• Each reaction tube has a dedicated 10 w rated LED COB light source
• 8 position photoreactor, utilizing DrySyn OCTO parallel reactor
• 8 x reaction volume from 1 mL to 8 mL
• Even photon flux to each reaction
• Sampling & additions possible to individual reaction tubes whilst in operation
• Heating up to 80C
• Low-cost consumables
• Safe and simple to use
• Most popular LED modules; Royal Blue 450 nm LEDs OR 365 nm LEDs.
• Other wavelengths include UVA LED 390-395 nm, Violet LED 405 nm, Blue LED 460-470 nm, Green LED 520-525 nm,
Yellow LED 590-595 nm, Red LED 620-625 nm, Deep Red LED 650-660 nm.
• Other wavelengths available upon request
• Each reaction tube has a dedicated 10 w rated LED COB light source
• 8 position photoreactor, utilizing DrySyn OCTO parallel reactor
• 8 x reaction volume from 1 mL to 8 mL
• Even photon flux to each reaction
• Sampling & additions possible to individual reaction tubes whilst in operation
• Heating up to 80C
• Low-cost consumables
• Safe and simple to use
LightSyn Lighthouse
The LightSyn Lighthouse is ideal for photochemists looking to obtain equal photon flux throughout their reaction medium. The reduced distance of the light to the sample, by channeling the light through quartz into the sample, increases the power the medium is exposed to
• Temperature: Ambient to 80 ᵒC
• Temperature with cooling ring: -30 ᵒC to 80 ᵒC (dependent on circulator system)
• Stirring: Magnetic stirring with agitation bar
• Internal capacity: The lighthouse can hold 18 mL plus a stirrer bar, maximum volume.
• Base capacity: Either single, or up to 3 positions
• Inlets: 1 Gas inlet (hosebarb for 8mm ID tubing included) and 2 inlets/outlets (for sampling/additions)
• LED: 10 W
• Material: Anodised aluminium
• Temperature: Ambient to 80 ᵒC
• Temperature with cooling ring: -30 ᵒC to 80 ᵒC (dependent on circulator system)
• Stirring: Magnetic stirring with agitation bar
• Internal capacity: The lighthouse can hold 18 mL plus a stirrer bar, maximum volume.
• Base capacity: Either single, or up to 3 positions
• Inlets: 1 Gas inlet (hosebarb for 8mm ID tubing included) and 2 inlets/outlets (for sampling/additions)
• LED: 10 W
• Material: Anodised aluminium
DRYSYN
• DrySyn Single Position Blocks
• DrySyn Multi Position Blocks
• DrySyn Low Temperature Range
• DrySyn Reactors
• DrySyn Overhead Stirring
• DrySyn Accessories
• DrySyn Multi Position Blocks
• DrySyn Low Temperature Range
• DrySyn Reactors
• DrySyn Overhead Stirring
• DrySyn Accessories
PressureSyn – High Safety Reactor
1.Designed, manufactured & tested in the UK, from traceable certified 316 stainless steel
2.Maximum working pressure of 180 bar & 200 °C
3.Comes with a pressure relief valve, and a bursting disk as standard
4.Unique bracket with locking clasp so the system can be easily set up and disassembled but cannot be disassembled when under pressure
5.Agitation via magnetic stirring bar
2.Maximum working pressure of 180 bar & 200 °C
3.Comes with a pressure relief valve, and a bursting disk as standard
4.Unique bracket with locking clasp so the system can be easily set up and disassembled but cannot be disassembled when under pressure
5.Agitation via magnetic stirring bar
High Pressure Single Reactors
1.Standard low-pressure models have design pressure of 55 barg, operating
pressure of 50 barg
2.Standardhigh-pressuremodels have design pressure of 200 barg, operating pressure of 180 barg
3.316 stainless steel or Hastelloy C276 but other options available upon request
4.Fail safe mechanism and optional bursting disc
5.Ideal for homogeneous and heterogeneous catalysis studies
6.Gas insertion feed excellent for hydrogenation reactions
2.Standardhigh-pressuremodels have design pressure of 200 barg, operating pressure of 180 barg
3.316 stainless steel or Hastelloy C276 but other options available upon request
4.Fail safe mechanism and optional bursting disc
5.Ideal for homogeneous and heterogeneous catalysis studies
6.Gas insertion feed excellent for hydrogenation reactions
Quadra Cell 4 Position High-Pressure Reactors
1.4 x 10ml Cells
2.Pressure Rating of either 50/100/200 Bar
3.Stainless Steel 316 build as standard
4.Other materials available such as Hastelloy C276
5.Alternative means of temperature control and agitation available
2.Pressure Rating of either 50/100/200 Bar
3.Stainless Steel 316 build as standard
4.Other materials available such as Hastelloy C276
5.Alternative means of temperature control and agitation available
Multicell Parallel High-Pressure Reactors
1.10×30 ml vessel in 316 stainless steel
2.100 Bar @ 300° C
3.316 stainless steel
4.Fail safe mechanism
5.Homogeneous and heteíogeneous catalysis
6.Screening
7.Parallel Synthesis
2.100 Bar @ 300° C
3.316 stainless steel
4.Fail safe mechanism
5.Homogeneous and heteíogeneous catalysis
6.Screening
7.Parallel Synthesis
Multicell-PLUS Parallel High-Pressure Reactors
1.8 x 30 ml cells as standard, but 4, 6 and 10 cell arrangements possible with individual cell volumes up to 100 ml
2.Standard Unit Operatesup to 50 barg and temperatureup to 200˚ C
3.Options up to 200 barg and temperature of 300˚ C and beyond
4.Compact footprint of Ø220 mm for 4 & 6 cells units & Ø310 mm for the 8 & 10 cell assemblies
5.Unique Multicell-Plus safety interlock
2.Standard Unit Operatesup to 50 barg and temperatureup to 200˚ C
3.Options up to 200 barg and temperature of 300˚ C and beyond
4.Compact footprint of Ø220 mm for 4 & 6 cells units & Ø310 mm for the 8 & 10 cell assemblies
5.Unique Multicell-Plus safety interlock
LAB REACTORS - REACTOMATE
Designed with user-friendliness in mind, the numerous innovative features of the ReactoMate DATUM support make it the ideal addition to your laboratory. Suitable for vessels from 100 mL to 5,000 mL, this support allows you to replace multiple reactor setups with one versatile and reliable system
Changing a vessel is as simple as “Clip & Click”: the novel neck clamp is designed to allow fast changeover between reactor vessel sizes thereby enabling simple synthesis scale up. The ingenious mounting mechanism ensures excellent stability and alignment every time and is easily set up for left or right-handeduse. With a wide range of accessories and upgrades available, including quick-release couplings and drain manifolds, the ReactoMate DATUM support really is the perfect all-rounder for laboratory scale reactions.
• Stunning, safe and píactical system foí 100 mL to 5,000 mL Constructed from the highest quality stainless steel and anodized aluminum, the dual-rod design provides a sturdy yet compact reaction station
• tunning, safe and practical system for 100 mL to 5,000 mL
• Low-friction polymer bearings line both the overhead stirrer alignment chuck and the neck support to ensure a smooth and easy operation
• The DATUM neck clamp makes changing vessels as simple as “Clip & Click”
• Fully compatible with all leading brands of overhead stirrers and circulator heating/cooling systems
• Built to operate over a temperature range from -70 °C to +220 °C the ReactoMate Datum PT100 temperature probe linked directly to the heating/cooling circulator ensures accurate solution temperature control
• Wide range of accessories and upgrades available, including optional automation packages
• LAB Reactors: 50ml to 5 L, PILOT SCALE: Up to 50 L, PROCESS SCALE: Up to 100 L
• MOC Available: GLASS, Stainless Steel (SS), Inconel & Titanium
Changing a vessel is as simple as “Clip & Click”: the novel neck clamp is designed to allow fast changeover between reactor vessel sizes thereby enabling simple synthesis scale up. The ingenious mounting mechanism ensures excellent stability and alignment every time and is easily set up for left or right-handeduse. With a wide range of accessories and upgrades available, including quick-release couplings and drain manifolds, the ReactoMate DATUM support really is the perfect all-rounder for laboratory scale reactions.
• Stunning, safe and píactical system foí 100 mL to 5,000 mL Constructed from the highest quality stainless steel and anodized aluminum, the dual-rod design provides a sturdy yet compact reaction station
• tunning, safe and practical system for 100 mL to 5,000 mL
• Low-friction polymer bearings line both the overhead stirrer alignment chuck and the neck support to ensure a smooth and easy operation
• The DATUM neck clamp makes changing vessels as simple as “Clip & Click”
• Fully compatible with all leading brands of overhead stirrers and circulator heating/cooling systems
• Built to operate over a temperature range from -70 °C to +220 °C the ReactoMate Datum PT100 temperature probe linked directly to the heating/cooling circulator ensures accurate solution temperature control
• Wide range of accessories and upgrades available, including optional automation packages
• LAB Reactors: 50ml to 5 L, PILOT SCALE: Up to 50 L, PROCESS SCALE: Up to 100 L
• MOC Available: GLASS, Stainless Steel (SS), Inconel & Titanium
BOREALIS– PHOTO –FLOW REACTOR
• Available Standard Wavelengths 365, 385, 425, 440, 460, 525nm
• Maximum Input Power 180 W
• 15ml FEP Coil reactor with internal temperature sensor
• Converts Cold Coil to Photoreactor
• Fitted with Safety Interlocks
• Variable Intensity, Programmable Power Supply
• Compatible with Piccolo heat exchanger or standard recirculators
• Compatible with Solstice BATCH Photoreactor
• Maximum Input Power 180 W
• 15ml FEP Coil reactor with internal temperature sensor
• Converts Cold Coil to Photoreactor
• Fitted with Safety Interlocks
• Variable Intensity, Programmable Power Supply
• Compatible with Piccolo heat exchanger or standard recirculators
• Compatible with Solstice BATCH Photoreactor
SOLSTICE 12 POSITION LED PHOTOREACTOR
• Compact, Temp. Controlled, Multi-Position Photoreactor
• 12 x 8ml (Max) Septum sealed tube reactors
• Efficient vortex stirring of all reactors
• Control of Internal Reaction Temperature Fits onto a Standard Magnetic Stirrer (135mm Top Plate)120 W or 180 W high intensity LED Light Source
• 365nm, 385nm, 405nm, 420nm, 455nm, or 525nm
• 12 x 8ml (Max) Septum sealed tube reactors
• Efficient vortex stirring of all reactors
• Control of Internal Reaction Temperature Fits onto a Standard Magnetic Stirrer (135mm Top Plate)120 W or 180 W high intensity LED Light Source
• 365nm, 385nm, 405nm, 420nm, 455nm, or 525nm
