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INTIMAC

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Production and packaging machinery for the pharmaceutical, chemical and cosmetic industry

Fluidbed Dryers and Dryers/Ovens

We carry out the complete revamping of the machines

Download of all our available used machinery

Fluidbed Dryers and Dryers/Ovens [3]

Eurovent  FLUID BED DRYER Eurovent 600
FLUID BED DRYER Eurovent 600
IT198
Eurovent
600
2000

FLUID BED DRYER
Machine type: Model 600
Max. working volume: 600 litres
Max. working load: 220 kg
Material container bed mesh: conidor plate
Product filter-bag: twill weave nylon with brunsmet thread
Lifting ram pump: 20:1 air driven hydraulic pump
Air handling unit:
Inlet air filtration: EU4 Panel – EU13 HEPA
Heater:
Heating medium: saturated steam@3.5 bar g
Consumption: 0.1 kg/s
Heating capacity: 90°C Temperature Rise
Design pressure: 6 bar g
Centrifugal fan:
Process fan capacity: 1.6 ‎m³/s @ 20°C
Developed pressure: 7500 Pa
Fan motor: 22 kW
Dry mill
Motor: 4kw
Vacuum unloading:
Convey rate: 720 kg/hr
Services:
Electricity: 415V, 50 Hz,3ph. N.E.
Air supply: 4 – 6 Bar g to ISO 8473-1 class 1-2-1.
Air consumption: 4.7 litres/sec.

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Aeromatic GEA Fluid bed Dryer Aeromatic GEA T5
Fluid bed Dryer Aeromatic GEA T5
IT205
Aeromatic GEA
T5
1990

This is a steam-heated Fluidbed Dryer which is suitable for processing batches between 50 and 150 kg depending on the characteristics of the product. The Dryer comprises a Stainless Steel Filter Housing with retractable Product Container. The base of the container is fitted with a Stainless Steel wire-mesh.
Product to be processed is placed into the Product Container which is then positioned underneath the filter housing. The filled container is placed into the opening at the base of the column and pushed upwards by a pneumatic ram. It closes against a seal at the base of the column thus forming a closed system. Air is now drawn through this system by fan – ambient air is sucked in and through a Heating Register, through the perforated base of the product container and into the product which is dispersed and thoroughly dried within the Filter Housing.
A special Filter is fitted above the product container inside the column and this prevents product particles to be sucked out of the column. During this process, the air supply is interrupted. An air exhaust duct is mounted
At the end of the drying process, the product container is released and pulled out of the column for ease of disposal.
The operator controls are located in a separate console and include temperature controls and process timers.
Tecnica details :
Pressure shock resistance 2 bar
Reacting pressure “ex” flap 0.1 bar
“Ex” flat area 0.83 m2
Air preparation housing :
Pressure shock resistance 0.06 bar
Heating medium steam
Compress air connection 6 bar

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DE LAMA DE LAMA static dryer DLDR-Ex
DE LAMA static dryer DLDR-Ex
RS302
DE LAMA
DLDR-Ex
2004

DE LAMA static dryer DLDR-Ex is designed to meet the highest standard of the pharmaceutical, chemical and food industries and to perform drying treatment of:
• Powders and granules
• Glassware (containers, vials, bottles)
• Trays
• Empty metal containers
• Various kinds of material which require a low content of final residual humidity
• Products containing a high percentage of alcohol, solvents or other volatile materials generating vapours classified as inflammable and potentially explosive.
The machine operates with temperatures between 30°C and 80°C.
Inferior and exterior walls built around a heavy-duty, fully-welded structural frome in AISI 304 stainless steel.
Chamber made of AISI 304 stainless steel
All inferior surfaces 100% continuously welded
Floor execution for quick and easy cleaning and washdown
High grade and performance thermal insulation
Electrical panel box on the dryer or in a separate cabinet
Adjustable heating up ramp with internal humidity evacuation.
Fixed thermoresistance for regulation and flexible thermoresistonces Ptl 00
Ohm class A EN 60751 /IEC 751 for temperature monitoring inside the chamber.
Clamp connections for validation/re-validation activities.
The inner and external door surfaces are made of AISI 304 stainless steel. The opening/closing door operations are manually performed by means of lever handle. Door perfect seal is assured by a sealing gasket, special profile, in silicone rubber, suitable to withstand even high temperatures.
Exclusive deflector system for air flow regulation to optimize air distribution and temperature uniformity in any point of the chamber.
Centrifugal electrical fan group, made of AISI 316 stainless steeL for air internal recirculation and air flow changing.
Standard air heating by means of industrial steam.
Housing, made of AISI 304 stainless steel, wholly welded and air-tight with frontal plate bearing the heaters and frontal door providing access to heaters for inspection.
Trifase
Max. pressure: bar/kPa 0.006 (0.6)
Max. temperature C° (K): 90 (363)
Tension: V ± 5% 400
Frequency: Hz 50
Abs. power: W 2500

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INTIMAC s.r.l.

Via XXV Aprile, 8

21054 Fagnano Olona (VA)

Italia

Tel. +39 0331 1693557

email: inti@intisrl.it

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