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Heating ovens and drying ovens for
laboratory and production department, series VTU
These heating and drying ovens are available in 7 sizes with a comprehensive range of accessories, e.g. loading trolleys, temperature controller etc. They can be used globally for heating and drying processes in the production and research.
Working chamber volume 200 – 8.000 liters
Temperature range 250 °C, 300 °C and 350 °C
Air flow horizontal
Heating ovens and drying ovens for solvent-based
materials as per EN 1539, series VTL
These heating and drying ovens are available in 7 sizes with a comprehensive range of accessories, e.g. loading trolleys, temperature controller etc. They can be used globally for heating and drying processes in the production and research.
Working chamber volume 200 – 8.000 liters
Temperature range 250 °C, 300 °C and 350 °C
Air flow horizontal
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drying ovens of drying and rooms hot for the laboratory or the production, range VTU.
These drying ovens are available year 7 volumes with a broad range of accessories and options such as carriage of loading, programmer etc... These drying ovens can be used for processes of heat treatment and drying in production and research.
Volumes of work 200-8000 liters
Page of temperature of work 250°C, 300°C and 350°C
Guidance of horizontal air.
Drying oven of drying and heat treatment for materials containing of solvents in conformity with the standard IN 1539, range VTL
These drying ovens are available year 7 volumes with a broad range of accessories and options such as carriage of loading, programmer etc... These drying ovens can be used for processes of heat treatment and drying in production and research.
Volumes of work 200-8000 liters
Beach of temperature of work 250°C, 300°C and 350°C
Guidance of horizontal air.
For more information to consult us |
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The SmartTech Moderate capacity Air Dryers feature an all digital control with an easy - to- read four line backlit LED display. System pressure, Line Pressure, Air Flow, Air Temperature, Humidity, and Water Temperature are continuously displayed and can be placed in a HOLD mode for accurate adjustments. A Help menu is available for troubleshooting.
Key features
- Output capacities of 5,500, 11,000 and 16,500 SCFD
- 10% Greater output capacity than other manufacturers products
- Utilizes updated ST Series fully field repairable water sealed compressor
- Built-in interface for ATS-300 Transfer and Control System
- Solid State controls and diagnostic system |
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Spiroflux manufactures and markets its own products in the fields of drying and the desiccation.
With the range of drier TSX, we chose technologies of quality: stainless hopper, insulates double skin, regulator PID... etc
The heating elements and the temperature probes are manufactured by our head office VULCANIC.
Generators of dry air DSX
are the subject of a Spiroflux patent by their original principle of production of air and regeneration uninterrupted. |
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DESCRIPTION:
Hot air generators for carrying out drying processes at a low temperature.
There are two products ranges: MM-H and MM-HR
MM-H SERIES
Specially conceived for drying processes in which a big air volume and a thermal difference not superior to approximately 30ºC is needed.
MM-HR SERIES
It is similar to MM-H series, but the air aspiration is placed on the opposite site of the air outlet.
The equipments can be made in 3 positions according to the installation that must be carried out.
The main features are:
-Heating gas oil, natural gas or liquefied petroleum gases operation.
-Combustion oven with a performance of 90%
-Centrifugal fans statically and dynamically calibrated for their proper operation.
-Tubular structure painted with black-coloured priming.
-Insulated sandwich panels painted in the oven with RAL 7035 grey colour.
-Working thermostat and security thermostat or limiter.
-Electric panel according to European rules.
-Fastening hooks for an easy transport.
-Base equipment prepared for being connected to air distribution pipes.
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ECOSTAR INDUSTRIAL AND PORTABLE HOT AIR GENERATORS
Production as per DIN 4787-4788 and European standards
CE and other certificates
- Low emission values
- Silent operation
- Superior Design
- High efficiency
- High technology
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Ideal for drying non-hygroscopic resins, the Bry-Air EcoDry Hopper (Hot Air) Dryer is a compact and rugged hopper packaged with a blower, stainless steel tubular heaters and automatic temperature controller. Designed and engineered for easy handling, they are a perfect match for your plastics processing machine with the flexibility to be either be machine mounted or installed at the side of the moulding machine. The plastics resins, to be dried, can either be loaded manually or with the Bry-Air Auto Loader.
Available in 6 standard models with a capability to dry 13 to 400 kg/hr of non hygroscopic resins, they are a superior alternative to oven drying in performance, energy as well as labour inputs.
Assured speedy and uniform drying, ensures numerous benefits to the moulder like better surface finish, cleaner shop floor, improved quality, increased output, increased profitability, power saving and reduced material handling. |
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Short Wave Mobile Infrared Heaters
Models IRT 301 (3 kW), 302 (6 kW), 402 XLNC (12 kW), Crane 5400/42 XLNC
* Reduction of the polymerisation time
* Drying surface area varies according to the models: 0,9 m2 (9,7 ft2) 1,44 m2 (15,5 ft2) / 2,80 m2 (30,1 ft2)
* Pre-programmed baking cycles (according to the finishing products) / according to the model, detection and automatic setting of distance / positioning guided by laser beam
* Designed for drying of putties, weighting finish, lacquers and varnishes used in collision repairs
* This type of equipment can be configured with overhead gantry for integration in preparation bays |
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The Allgaier laboratory fluidised-bed system is designed to meet our customer's special laboratory and small production requirements. Completely equipped and assembled ready for use, this system permits the ideal conditions of a fluidised bed with respect to the exchange of heat and materials to be utilised on a laboratory scale.
The whole process chamber, in the form of a product container, can be tilted and is easily removed for cleaning. Various, easily exchanged gas distribution plates permit variation and optimisation of the specific process conditions. |
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VirTis offers a versatile range of laboratory freeze dryers, from the basic bench top model to a high performance combined bench top shelf and flask dryer.
Benck Top K series are standard flask dryers, some models have the option to add shelves containing a small number of vials. Manual stoppering is available with these models.
The Advantage and Advantage Plus are shelf driers, with optional stoppering, which also provide four valves to accomdate flasks, enabling excellent use of bench space. The Advantage Plus has fluid cooled shelves which brings production scale capabilites to the lab bench for the first time! |
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| Based on over 50 years of experience, Martin Christ presents a comprehensive product range covering routine applications as well as reliable equipment for individual and product specific drying processes. The newly introduced freeze dryers with LDplus- and LSC-controller set new standards for flexibility and process control. The modular accessory line allows for individual system configurations adaptable to almost every freeze-drying application. Two different drying techniques provide a solution to most lyophilisation challenges. |
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DRYING WITHOUT AGGLOMERATION
The Nara-designed Media Slurry Dryer makes it possible to dry from slurry to fine powder in one step – i.e. without additional desagglomeration. This is due to the following process: The slurry is fed by a pump into the media beads which are in fluidised state by means of the incoming hot air. The slurry is dispersed and forms a film on the media surface. Because of the very large surface area of the media, the volatile slurry component dries in a short time. The left-over dried solids are peeled from the media surface because of the continuous collisions the media particles undergo. The peeled-off solids are transported to the dust separator by entrainment into the exhaust air.
Special features of the NMSD:
• its compactness
• the good thermal efficiency
• easy maintenance
• the nearly same size of the powder particles and the solid particles in the slurry
Materials this drying method is most suited for are: inorganic materials like calcium carbonate, calcium phosphate, glass powder, magnesium hydroxide, silica and zinc sulphide. But also materials like animal blood, emulsion resins, dyes, pigments and medicines can be dried very effectively in this way.
The capacity of the dryer depends on the fluid bed area, the temperature and the material. The evaporated water quantity of actual plants ranges from 2 kg/h (laboratory type) up to 1.4 t/h.
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Microwave heating and drying cabinet,
type VHM HEPHAISTOS
The newly developed microwave system, VHM HEPHAISTOS, is an internationally patented system and characterised by a very high field homogeneity.
The high field homogeneity allows for the manufacture of high-quality CFC aircraft structures, for instance.
Advantages:
Reduction of production costs due to shorter heating, process and cooling times compared to conventional methods. Use of metal parts (e.g. metal tools and charging systems) possible in the microwave field
Specific volumetric heating of products; the furnace chamber itself is not heated
Sizes from laboratory up to large scale (e.g. aircraft industry) are available (working chamber volume of the shown systems 750 and 4200 ltr); other sizes upon request
Broad spectrum of use
Technical Data
Nominal temperature: 400 °C
Heating: microwave
Control system: S!MCON/32-Net |
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Features:
- Rating - Continuous
- Insulation - CLASS E
- Ambient Temp. - 0°C~+40°C
- Non-weathering places -Indoor
- Sensor that detects hot-air temp.- Thermocouple K
- Hot-air temp. was measured at the sensor position equipped to the outlet.
-Maximum electric power consumption (W) is the total value of heater capacity plus blower capacity. |
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Monoblock Oven
* Up to 350 °C (662 °F)
* Standard line starting at 1 m3 (35.31 ft3)
* All applications: (drying, dehydration, baking, polymerisation of products with flammable substance, liquid and powder painting)
* Electronics controlled by a PLC
* Static relays or thyristor-controlled power controller
* Powered by electricity, gas, heat exchanger... |
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Economical electric oven SNOL 2160/220 is designed for various materials and components heat treatment under low temperature, e.g. drying, preheating and other purposes.
•Circulation fan.
•Mild steel working chamber.
•Control block separated from the oven.
•Micro processor temperature controller.
•Moving bottom cart for loading up to 4 t.
•For smaller components special shelves can be placed on the moving cart.
•Two ventilation holes on the upper part.
•Vertical flow hot air circulation.
•Powder painted exterior.
•High quality thermoinsulation materials.
•Low power consumption.
•One year limited warranty and later service.
•Two years limited warranty for temperature controller and later service.
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Where autoclave curing is not required, Aeroform have perfected their precision temperature oven technology in conjunction with the control systems developed for the autoclaves, providing gas and electric ovens of unparalleled performance, to any size with temperature ranges currently up to 600°C
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The Paddle Dryer, developed and supplied by NARA, is an indirect dryer. It offers a wide range of possibilities for material treatment. The NPD is applied to dry, heat or cool organic or inorganic pellets, granules and powders. Filter cakes, thick pastes and even thick slurries having a sticky phase to pass during processing are handled in the machine. The raw material temperature changes when it gets into direct contact with the revolving, wedge-shaped rotating paddles and the jacket. All powder contacted surfaces are heated or cooled. Actually there are plants running with heating areas from 1,5 up to 280 m² and effective volumes between 0,0089 and 34 m³.
The NARA Paddle Dryer is well known for its compact construction and the consequently small need of installation space. This results from the high heat transfer coefficient and heat efficiency. These features combined with the self-cleaning effect of the paddles assure a homogeneous product, cooling or heating process for continuous and/or batch unit operations.
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FTS LyoStar II is the pinnacle of R&D freeze dryer engineering. Designed and built like a production freeze drier, yet the size of a R&D Pilot model. The LyoStar II with breakthrough “Smart Freeze-Dryer™ Technology” will revolutionize the way development scientists generate freeze-drying cycles.
The LyoStar II has everything that you would expect, superior shelf mapping, fast shelf freezing, stoppering for vials, easy to use sample thief, and incredible software which reduces the average R&D cycle time from 64 days to 13.
SMART Freeze-Dryer Technology is a patented system that puts
the experience of the world’s top lyophilisation scientists into an
easy-to-use cycle development tool. Developed exclusively with
leading academics SMART Freeze-Dryer Technology relates to the automated process control of using manometric temperature measurement and is designed to eliminate the trial-and-error approach normally involved in developing new lyophilization cycles. It enables experts and novices alike to develop new cycles quickly, while also ensuring that those cycles are elegant and efficient. The SMART tools provide instant feedback on important product data - such as product resistance, heat flow, and product thickness — that was previously unavailable.
• Shelf pull-down rate from ambient to -40ºC in less than 25 minutes
• Temperature resolution in 0.1ºC increments
• Powerful scroll compressors with only three moving parts (with two-year warranty)
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Pilot-scale freeze dryers with ice condenser capacities between 6 and 12 kg are specially designed for drying processes similar to large-scale production units. Prefreezing and drying will be realized on liquid temperature controlled shelves inside the separate drying chamber (double-chamber-system). Due to the temperature control of the stainless steel shelves (via a synthetic heat-transfer medium), these pilot systems fulfil the highest standards of the pharmaceutical and biotech industries. The CHRIST pilot-scale freeze dryers can be upgrated or modified to meet the individual requirements for process optimization and scale-up, e.g. with a comprehensive and flexible measurement- and control-system (e. g. lyo-resistance-control, weighing-system, process monitoring). If necessary, a decontamination with H2O2 is possible as well as an integration into isolator systems (glove-box).
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• Blower/air knife systems engineered and “Guaranteed” for each application.
• Air knives from 2" to 198" (5 to 502 cm) long, powered by Sonic Compact Blowers 3-50 Hp (2.2 to 37 kW).
• Sonic Rotary air knife and nozzle system (patent pending)
• Air Knife velocities up to 40,000 FPM (12,100 m/min).
• 75% Reduction in electrical use versus compressed air.
• Sonic Variable Temperature blowers (patent pending) deliver up to 200°F air temperatures without heaters
• Air cleanliness from 10 micron down to 0.1 (HEPA/ULPA).
• Blower & air knife enclosures.
• Quick release brackets for easy installation and product change over.
• Products are CE Registered with IEC motors
• Sonic is an ISO 9001:2000 Registered company
• Most Blower/Motor assemblies shipped in 5 days from receipt of order.
• Fill out the on-line questionnaire for a quote.
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Drying with hot air (controlled) of the boots, shoes and gloves. Disinfection system per ozone generator. Startup manual or programmable. Two speeds of heating. valves closing system on each tube. Time of drying: between 20 min and 1H30. Model for 5, 10, 15, or 20 pairs. Model 10 pairs for gloves.
230 V - 16A - 550 to 2200 Watts |
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In these plants, the accrued sludge is dried with compressed air, when cellulose or diatomite earth is used as filter aid in precoat filters.
Thus, the dried sludge contains only between 10 and 30% rest humidity.
It can be evacuated easily together with the rest of the industrial waste.
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| Spray drying systems for the production of powders for the food , pharmaceutical and chemical industry. Installations are available with rotary disk and nozzle spraying technology ( for drying in co-current and counter-current ) and can include powder stabilization and cooling systems by fluidizing-bed or pneumatic transport with conditioned air. Surfaces in contact with the product can be , depending on the needs, stainless steel AISI 304, AISI 316 or special alloy. Air heating equipments depend on the processed product and can be indirect, direct or electric single or dual stages. Safety devices necessary to handle the various kind of product are included. |
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Dryers, Drying equipment
