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Temperature test chambers with forced convection and individual programming
BINDER M series:
Because of its individual programming options and ability to operate at maximum temperatures up to 300 °C, the M series is ideally suited for materials testing and aging tests. The heavy-duty air turbine and a programmable exhaust ventilation flap provide rapid heating-up and ensure that the test temperature is maintained absolutely precise at all levels, with minimal spatial fluctuations; performance as never before.
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Drying ovens with natural convection
BINDER ED series:
Routine drying and sterilization applications up to 300° C and storage at precisely controlled elevated temperatures are the strengths of ED drying ovens. Because of the natural air circulation with a high rate of air exchange, thermal processes run with significantly increased efficiency.
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Maximum operating temperatures of 400°C, 500°C & 600°C
Chamber capacities of 30, 60 & 120 litres
Good temperature uniformity
Fast heat up and recovery times
Polished stainless steel interior
Stainless steel shelves with multi position settings
Choice of controllers & programmers
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- Applications: drying, heating, hot preservation, hot sterilization (Poupinel), ageing of components, thermal tests in laboratories and industries.
- 2 temperatures: 200°C maximum or 300°C maximum (depending on the option).
- Nine sizes: from 18 litres to 980 liters.
Several options and accessories to adapt the oven to your needs.
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Fan-assisted digital electronic sterilizers.
Forced air convection operation
Working range: from +°C above ambient T to +00°C
MAXIMUM TEMPERATURE +300°C
T stability: <±1°C compared to all set point values.
This sterilizer is recommended for all laboratories dealing with devices and products sterilized with hot air: hospitals, analysis laboratories, food and pharmaceutical industries, research centres, etc.
Internal chamber and shelves in glossy AISI 0 stainless steel, external cabinet in brushed AISI 0 stainless steel sheet. Therefore, high mechanical characteristics, good resistance to corrosion and extremely easy cleaning. Each appliance is equipped with racks to position AISI 0 perforated stainless steel shelves (therefore height-adjustable). Internal architecture suitable for creation of a controlled air flow, by means of centrifugal blower: this ensures an optimum internal T distribution inside the chamber and therefore an optimum temperature uniformity, as well as accelerating drying operations. Door equipped with closure with lock and key. Sealing in silicone rubber, for high temperatures, long lasting and easy to clean and replace. W07AC and W08AC models have wheels (front wheels with brake) equipped standard. Insulation with special reinforced mineral fibre panels for high temperatures. Asbestos free. The efficiency of the thermal insulation ensures low temperatures on the outer surfaces and low energy consumption.
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Vacuum drying oven for non-flammable solvents
BINDER VD series:
The VD series offers safe drying with homogenous temperature distribution, thanks to its APT.line™ air jacket system. Optimum heat transfer through patented expansion rack technology; the racks can be positioned as needed and are easy to clean. In addition to these many features, the units have an individually programmable controller.
Find out more: www.vacuum-drying.com
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- Applications: moderate drying of sensitive products, heat treatments of materials being likely to oxidize, fast drying of powders and granules.
- 2 temperatures: 200°C maxi or 300°C maxi (depending on the option).
- Fours sizes: from 20 litres to 240 liters.
Several options and accessories to adapt the oven to your needs.
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The Despatch LBB oven features a combination of horizontal and vertical airflow that offers excellent temperature uniformity at a moderate price. It is recommended for a variety of laboratory and production applications including drying, curing, annealing and materials testing.Every LBB oven is UL and C-UL listed, and receives a thorough performance test before shipping.
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The LBB pass through features a combination of horizontal and vertical airflow that offers excellent temperature uniformity at a moderate price. It is recommended for a variety of laboratory and production applications including drying and curing.The LBB is designed and manufactured to provide years of dependable service. Corrosion-resistant stainless steel interior and nickel plated shelves clean up easily. The motor is permanently lubricated and virtually maintenance free. And Despatch warrants the heater performance for a full five years - the best warranty in the industry. Every LBB oven is UL and C-UL listed, and receives a thorough performance test before shipping.
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Our U Universal ovens are so varied that almost every customer application can be covered by them. Choose from: 8 model sizes (14l to 749l); 3 performance classes Basic/Excellent/Perfect; Natural convection or forced air circulation N/F.
In accordance with the Law on Medical Products (Directive 93/42/EEC), the UFE / UFP appliances can be used to warm up non-sterile cloths and covers.
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With short heating up times, high precision temperature control and turbo drying, the VO vacuum ovens show off all their power - at the same time they treat heat- and oxygen-sensitive substances and materials with incomparable care. The direct contact between the load and the heatable and removable thermoshelves ensures rapid and equal heating up without thermal loss. Your decision criteria: 3 model sizes (29l, 49l and 101l); State-of-the-art control technology based on the P performance class for all models; Anti-splinter, VDE-tested door construction for all models.
Each of the maximum four (model size 29l: maximum three) insertable thermoshelves is equipped with a separate large area heating and its own sensors. The control circuits react precisely to differences in load and humidity. In this way all levels used remain equally at the predefined set temperature.
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The Hearson Tobacco Oven
The Hearson Tobacco Oven has been designed to meet the stringent requirements of the industry for moisture testing. The oven provides a continuous flow of pre-heated air which passes over tared sample pans for drying purposes.
The unit comprises a cylindrical drying chamber in which is placed a stand carrying 12 circular copper trays; each tray is designed to take sis stainless steel sample pans (TKE186). The top of the drying chamber is enclosed by a hinged insulated lid. In the centre of the chamber is an air distribution tube through which pre-heated air passes over the pans to facilitate the drying process.
The drying chamber is enclosed in a second, larger chamber providing a combined water reservoir and steam boiler in which is housed a copper coil. An immersion heater maintains the water at boiling point. Surplus steam is discharged from the top of this chamber to an air cooled condenser, with the condensate returning by gravity to the reservoir, thus sustaining the water level.
An electrical blower at the base of the oven passes air through the heated copper coil; it then enters the drying chamber through the air distribution tube. After passing over the sample pans, the air escapes to atmosphere via the vent provided in the centre of the lid.
The oven is controlled using fused on/off switches for both the heater and air blower. An ammeter is fitted above each switch to indicate the combined load. Air flow through the drying chamber is regulated by a valve and measured by a rotameter calibrated over the range 2 to 20 litres/min.
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Standard features on all AES Chambers, including are:
* Forced air circulation systems maintain precise temperatures and use a fan powered by a direct drive, heavy duty electrical motor that is externally mounted with an integral stainless steel shaft.
* Heating systems are located in a plenum so that test items are not subject to direct radiation. Open wire nichrome resistance elements combine maximum heat transfer with rapid response time and long operating life.
* Fail-safe high-temperature control guards against damage due to abnormal high temperature extremes.
* Fusible thermal links guard against temperatures exceeding the upper design limits of the equipment.
* Non-magnetic welded type 304 stainless steel inner chambers.
* Exterior cabinet of reinforced cold rolled steel with fully-welded construction.
* Textured enamel finish for a laboratory look.
* Most doors are combination hinged and removable for easy access and modification.
* Doors are gasketed with silicone to handle the expanded range of temperatures
* Door latches have a quick-action cam mechanism for positive closure.
* High density low “K” factor, non-settling fiberglass insulation is standard in walls and doors.
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Universal drying ovens Thermo Scientific Heraeus 6000
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Beyond the standard solutions
The universal drying ovens Thermo Scientific Heraeus series 6000 constitute the broadest range of the market in terms of capacity and volume.
They adapt to all the requirements, for an extreme variety of application.
Conceived to meet your specific needs, they guarantee to you:
A long run reliability
A vast choice of volumes and options
High performances
A safety without fault
From 30 with 750L, from 1 to 40 racks, 0 with 300°C, these drying ovens have the solution which is appropriate to you perfectly.
For any knowledge of the drying ovens Thermo Scientific (universal drying ovens, drying ovens for hybridization, drying ovens with mechanical convection, drying ovens with forced convection, vacuum drying ovens...), go on:
www.thermo.com/hot
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Drying ovens with vacuum Thermo Scientific Heraeus Vacutherm
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The studies Thermo Scientific Heraeus Vacutherm meet all the needs relating to the heat treatment to vacuum, which it is about process of simple routine, or of complex operations requiring of the temperatures until 400°C.
Drying carefully of thermosensitive materials
Drying in safety of flammable solvents
Time of considerably reduced dryings
Elimination of oxidation
They are available in three volumes - 25,53 and 128 L - and two models of heatings. There exists, moreover, one special version for solvents flammable.
For any knowledge of the drying ovens Thermo Scientific (universal drying ovens, drying ovens for hybridization, drying ovens with mechanical convection, drying ovens with forced convection, vacuum drying ovens...) like on the promotional offers in progress, go on:
www.thermo.com/hot
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Synthos 3000 Microwave Oven
Synthos 3000 is a high performance microwave instrument for the synthesis of valuable compounds in parallel and on a large scale. A variety of rotors make it an effective tool not just for industrial R&D departments, but also for process development as well as for basic research in academic laboratories. Not only organic synthesis is carried out beneficially with microwave irradiation - inorganic synthesis, material science, polymer chemistry, and other disciplines can also be performed successfully.
Performance without compromise
* 1400W unpulsed microwave output from two magnetrons
* Sophisticated wireless sensors for reaction control
* Simultaneous pressure sensing for 8 vessels available
* Highest accessible temperature/pressure conditions
* Utmost temperature homogeneity
* Integrated self-acting cooling system
CombiChem Approach & High Throughput
* Rotor 4x48MC Well Plate: sealable SiC microtiter plates for reaction screening
* Rotor 4x24MG5: disposable glass vials in SiC heating blocks for parallel method optimization
* Rotor 64MG5: disposable 5 mL glass vials for standard library generation
Scaling up & Chemistry at Extremes
* Rotor 16MF100: 100 mL PTFE liner in PEEK jackets for parallel batch synthesis at standard conditions
* Rotor 16HF100/Rotor 8SXF100: 100 mL PTFE liner in ceramic jackets for multigram synthesis at elevated conditions
* Rotor 8SXQ80: 80 mL quartz glass vessels for special applications at extreme conditions up to 300 °C and 80 bar
Special Accessories
* Gas Loading Accessory
* Filtration Unit
* Passive Heating Elements
* Protein Hydrolysis Inserts
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Multiwave 3000 Microwave Oven
Multiwave 3000 is a microwave digestion platform specially designed to reduce the workload between sample collection and spectrometric analysis. Easy, safe and quick handling are major benefits of Multiwave 3000. The reaction vessels, rotors and accessories can be adapted easily to meet individual requirements, such as drying, evaporation, extraction, UV digestion or oxygen combustion.
Safety and speed without compromise
* Two magnetrons
* 1400 W unpulsed microwave power
* Sophisticated sensors for reaction control
* Patented cooling system
* Stored library of tested methods
* Magnetic stirrer
* Equipped for standardized leaching procedures
High-performance digestion rotors
* 48-position Rotor: for high sample throughput
* 16-position Rotor: high productivity and high digestion performance
* 8-position Rotor: continuous pressure monitoring of all vessels for improved reaction control
Microwave-assisted extraction (MAE)
* Solvent extraction with drastically shortened reaction times
* Combination of extraction and derivatization techniques
* Dual use - digestion and extraction easier than ever
Evaporation & drying
* Direct evaporation of acids and concentration of aqueous sample solutions
* Drying without carbonization or contamination
* Unpulsed microwave power ensures soft and efficient drying without carbonization or contamination of samples
Special applications - UV digestion, oxygen combustion & hydrolysis
* Microwave-assisted UV digestion
* Microwave-induced oxygen combustion
* Acid hydrolysis of proteins
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Smartline Column Oven 4050
Optimally suited for the majority of HPLC applications.
This column oven features heating and active Peltier cooling in the range from 10° below room temperature up to 140°C. Its contact oven design and equilibrating of the mobile phase before the column inlet ensure an even temperature distribution over the entire column for improved separation results. Active column eluate cooling minimizes peak broadening and noise/drift in subsequent detection.
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Maximum operating temperatures of 1700°C or 1800°C
1700°C chamber capacities of 3 or 10 litres
1800°C chamber capacities of 4 or 8 litres
Powerful MoSi2 elements located on both sides of the chamber ensure good thermal uniformity
Thick diameter MoSi2 elements can withstand the stress of everyday operation and provide good longevity
Low thermal mass insulation and good element design is used to ensure energy efficiency and rapid heating
Manually operated vertical counter-balanced door keeps hot door insulation away from operator
Postive break door safety switch isolates chamber from power supply, when the door is opened
Double skinned construction allows fanned air flow to cool the outer case, to conform to EN61010 safety standard
Eight segment programmer is fitted as standard, with options for other types
Adjustable overtemperature protection is fitted as standard
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Maximum operating temperature of 1100°C
Chamber capacity of 6, 14 or 23 litres
Powerful free radiating coiled wire elements on both sides of the chamber ensure good temperature uniformity
Constructed with rigidised low thermal mass insulation for rapid heating
Heats up to operating temperature in a quarter of the time of traditional "slab" designs
Hard ceramic hearth provides robust base, which can be replaced in the event of spillage
Drop down door can be used as shelf for loading/unloading
Postive break door safety switch isolates chamber from power supply, when the door is opened
Double skinned construction allows convection air flow to cool the outer case, to conform to EN61010 safety standard
Ideal for light duty applications requiring good thermal response
Applications in general industry include, ferrous metal heat treatments; annealing, hardening and tempering
Applications in quality control include, testing of component materials or finished products
Applications in coatings manufacturing include, testing coatings for resistance to fire, and longevity testing of finished coatings
Click for specification details
These models are not designed for ashing/burn-off purposes - please see following bullet points for information
For ashing furnace information, please click here
For burn-off furnace information, please click here
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- Applications: drying, heating, hot preservation, ageing of components, hardening or thermal tests in laboratories and industries.
- Temperature range: up to 1200°C.
- Volume: 15 liters.
Several options and accessories to adapt the oven to your needs.
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Universal precise laboratory electric furnace SNOL 7,2/1300 is designed for materials heat treatment, ceramic and stoneware samples fairing.
Furnace can be used in laboratories, medicine, educational institutions, ceramic studios, and industrial laboratories.
•Micro processor temperature controller
•Excess temperature controller
•Ceramic chamber
•High quality thermoinsulation materials
•Door interlock switch
•Low power consumption
•Ceramic bottom plate
•One year limited warranty and later service
•Two years limited warranty for temperature controller and latter service
•Available connection to PC
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CTF models
Maximum operating temperature of 1200°C
Tube diameters of 65, 75 and 100mm
Heated lengths of 550, 700 & 900mm
These models utilise a resistance wire heating element wound around a ceramic worktube, forming an integral part of the heating element to ensure excellent thermal uniformity
Rapid heat up to operating temperature
Can be adapted to allow a non-oxidising atmosphere or vacuum, by fitting an additional worktube and end seals
The thermocouple is located in a protected position between the outside of the worktube and heating element, allowing the full worktube diameter to be used
Normally built on the horizontal base pictured left, this furnace range can optionally be mounted vertically with a separate control box
Applications in materials research include testing of novel materials under strict temperature and varying atmosphere conditions
Applications in the electronics industry include testing electronic components and semiconductor materials under inert atmospheres or vacuum
Applications in instrumentation include testing of temperature sensors such as thermocouples and PT100's, which may require enhanced thermal uniformity
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· Definition : electric chamber furnace for all high temperature applications
· Construction : robust construction of bent plate. Vertical opening door with safety switch.
· Insulation : multilayer insulation with refractory bricks.
· Heating : Kanthal Super type heating elements.
· Electricity : 1 x 400V, 50Hz up to 7 kW, 2 x 400V after 7 kW.
· Regulation : 1 thermocouple with Axron PID temperature controller.
· Documentation : certification CE and operating instructions in English.
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• Definition : compact electric chamber furnace for all applications.
• Construction : hinged door with door opening safety switch.
• Insulation : multilayer insulation. Interior in ceramic fibre and refractory bricks.
• Aeration : exhaust vent on top.
• Heating : electrical coil resistors held in grooves on 2 surfaces.
• Electricity : single-phase 230V, 50Hz.
• Regulation : 1 thermocouple, Axron temperature controller with a 3 segment program
• Documentation : certification CE and operating instructions in English.
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· Definition : electric tube furnace, for all applications.
· Construction : robust construction of bent plate.
· Insulation : multilayer insulation. Refractory bricks.
· Heating: coil resistors around the heating chamber.
· Electricity : max. temperature from 1200°C, voltage 1x230V. Max temperature from 1400°C: 2x400V. From 1500 to 1600°C, 3x400V, frequency 50Hz.
· Regulation :1 thermocouple. Axron PID temperature controller.
· Documentation : certification CE and operating instructions in English.
· Versions : models on demand, max. 4 temperatures available, length of chamber from 250 up to 900 mm. diameter of tube from 20 up to 105 mm.
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Furnaces High Temperature Thermo Scientific Barnstead
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Formerly recognized under the name of Thermolyne, the range of furnaces high temperatures Thermo Scientific Barnstead proposes to you all the solutions for your needs for heating.
Samples, metals, glass, Analyzes gravimetric, treatment by heat, tests...
The apparatuses were designed with a maximum of option, in order to bring an ideal answer to each one of your needs.
Furnaces with rooms
Muffle furnaces
Tube furnaces
Temperatures going of 975 with 1.700°C
Capacity between 1,3 and 45 liters
Perfectly sure, and of an exemplary reliability, you will find there the solution which corresponds perfectly to your needs.
More on the range of furnaces Thermo Scientific, promotions in progress, to contact our customer service, or to download booklets, go on:
www.thermo.com/hot
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Furnace High Temperature Thermo Scientific Heraeus
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The performance ensured, year after year
The Furnaces high temperature Thermo Scientific Heraeus are designed to cover all your requests, including most rigorous.
Choose the solution which is appropriate to you perfectly, among a vast choice of options and our two modes of heating: furnaces with rooms and muffle furnaces.
With temperatures reaching 1.100°C, they guarantee to you:
an unequalled reliability
a maximum safety
an optimal comfort of use
More on the range of furnaces Thermo Scientific, promotions in progress, to contact our customer service, or to download booklets, go on:
www.thermo.com/hot
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Tube Furnaces VCTF 7 sizes from 15 to 100mm diameter. Up to 1200°C
VCTF 1 - 7 are a range of horizontal, single, cylindrical tube furnaces.
Choice of digital controllers, (see seperate information)
Heating is via resistance wire elements wound directly on to the ceramic tube
Single phase 230 / 240 volts
High grade insulation, with a double skin design, ensures a low outer case temperature
Powder coating finish
Can be supplied on a frame for use in the vertical or horizontal orientation (optional extra)
3 zone heat control (optional extra)
Work tubes and stainless steel gas tight ends (optional extra)
Typical users, Analytical research, universities, chemical analysis
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Pictured left is the 18 litre model supplied with rack and two inconel trays, which doubles the sample capacity
Maximum operating temperature 1100°C
Robust silicon carbide tile lining offers strong resistance to carbon build up and chemical attack
Pre-heated airflow to maintain excellent temperature uniformity
Tall chimney for fume exhaust by convection
Vertical counter-balanced door keeps hot door insulation away from operator
Postive break door safety switch isolates chamber from power supply, when the door is opened
Double skinned construction allows convection air flow to cool the outer case, to conform to EN61010 safety standard
Choice of PID controller or programmers
Applications in quality control include, ashing of coal samples, samples of food materials or ashing of finished food products for further inorganic analysis
Applications in enviromental research include analysis of agriculture, forestry, fisheries, geology, and veterinary samples
Applications in the chemical industry include ashing, ignition, fusion or thermal degradation testing of materials such as paints, adhesives, activated carbon, plastics & plastic resins, petrochemicals, cosmetics and rubber
Click for specification details
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