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Specifications:
This is an easy and economical solution for customers who have the need to produce small quantities
of dry ice occasionally and directly at their premises.
The dry ice blocks producer has to be connected to the liquid CO2 tank with dip tube.
Technical data:
Weight gr 750
Dry ice block dimension = mm 70 x 70 x h 200
Production = Nr 10 blocks with 30 kg of liquid CO2
Net weight of the machine = Kg 3
Machine dimension = mm 120 x 120 x h 240
Specifications:
This is an easy and economical solution for customers who have the need to produce small quantities
of dry ice occasionally and directly at their premises.
The dry ice blocks producer has to be connected to the liquid CO2 tank with dip tube.
Technical data:
Weight = gr 750
Dry ice packs dimension = mm Diameter 100 x h 60 mm
Production = Nr 10-15 packs per hours
Net weight of the machine = Kg 1
Technical data:
Production = 20 ÷ 50 kg/h
Compressed air consumption = 450 l/min at 6 bar
Dimensions = 200 x 300 x h 450 mm
Weight = 13 kg
Construction = Stainless steel Aisi 304
Particle-size pellets = 0.5 - 2.5 mm
Technical data:
Production = 50 ÷100 kg/h
Compressed air consumption = 20 l/min at 2 bar
Electric power = 0.5 Kw at 220 V
Dry ice compartment dimensions = 230 x 460 x 200 h mm
Dimensions = 1150 x 550 x h 1200 mm
Weight = 86 kg
Construction = Stainless steel Aisi 304
Particle-size pellets = 0.5- 2.5 mm
Dry ice snow producer, big quantities
Technical data:
Dry ice snow production = 220 kg/h at 17/50 bar from cylinders
Dimensions = diameter 100 x 350 mm
Weight = 2.5 kg
Construction = Stainless steel Aisi 304
Particle-size = from 0 to 300 micron
Feeding = tank with cylinder
Dry ice snow producer, big quantities
Technical data:
Dry ice snow production = 220 kg/h at 17/50 bar from tank
Dimensions = diameter 100 x 350 mm
Weight = 2.5 kg
Construction = Stainless steel Aisi 304
Particle-size = from 0 to 300 micron
Feeding = tank with dip tube
Dry ice snow producer, small quantities
Technical data:
Dry ice snow production = 25 kg/h at 50 bar from cylinder
Dimensions = diameter 30 x 250 mm
Weight = 1.5 kg
Construction = Stainless steel Aisi 304
Particle-size dry ice snow = 0 a 300 micron
Feeding = liquid CO2 cylinder with dip tube
Specifications:
Functioning: MANUAL
Supply: liquid CO2 from tank or cylinder
It produces tiles from dry ice snow
Technical data:
Tile dimensions = 125 x 125 x h 20 mm
Tile weight = 0.5 kg
Productivity = 20 kg/h
Dimensions = 170 x 170 x h340 mm
Weight = 18 kg
Liquid CO2 entry pressure = 12 ÷ 70 bar
Liquid CO2 purity = max 20 ppm di H2O
Liquid CO2 feeding line = insulated Ø ¼”
CO2 exhaust line = free
Supply:
Press
Handbook
Specifications:
OIL FREE: without lubrication
For alimentary, pharmaceutical and industrial usage
HEAVY DUTY series
Mechanical functioning
Technical data:
Pellets dimension = ø 3 mm cylindrical
Pellets length = ø 5 ÷10 mm
Productivity = 100 kg/h
Electric power = 3 Kw
Electric supply = 400 V - 50Hz
Dimensions = 1400 x 550 x 1330 mm
Weight = 540 kg
Liquid CO2 entry pressure = 12 ÷ 21 bar
Liquid CO2 purity = max 20 ppm di H2O
Liquid CO2 feeding line = insulated ø ¾”
CO2 exhaust line = ø 2”
Supply:
Draw-plate Ø 3 mm
Handbook
Accessories:
Draw-plate Ø 9 and 16 mm
Specifications:
OIL FREE: without lubrication
For alimentary, pharmaceutical and industrial usage
HEAVY DUTY series
Mechanical functioning
Technical data:
Pellets dimension = ø 3 mm cylindrical
Pellets length = ø 5 ÷ 10 mm
Productivity = 150 kg/h
Electric power = 3 Kw
Electric supply = 400 V - 50Hz
Dimensions = 1400 x 550 x 1330 mm
Weight = 580 kg
Liquid CO2 entry pressure = 12 ÷ 21 bar
Liquid CO2 purity = max 20 ppm di H2O
Liquid CO2 feeding line = insulated ø ¾”
CO2 exhaust line = ø 2”
Supply:
Draw-plate Ø 3 mm
Handbook
Accessories:
Draw-plate Ø 9 and 16 mm
Specifications:
OIL FREE: without lubrication
For alimentary, pharmaceutical and industrial usage
HEAVY DUTY series
Mechanical functioning
Technical data:
Pellets dimension = ø 3 mm cylindrical
Pellets length = 5 ÷ 10 mm
Productivity = 300 kg/h
Electric power = 4 Kw
Electric supply = 400 V - 50Hz
Dimensions = 1400 x 850 x 1330 mm
Weight = 890 kg
Liquid CO2 entry pressure = 12 ÷ 21 bar
Liquid CO2 purity = max 20 ppm of H2O
Liquid CO2 feeding line = insulated ø ¾”
CO2 exhaust line = ø 2”
Supply:
Draw-plate Ø 3 mm
Handbook
Accessories:
Draw-plate Ø 9 and 16 mm
Specifications:
OIL FREE: without lubrication
For alimentary and pharmaceutical usage
LIGHT series
Mechanical functioning
Advantages:
Productivity: 35 kg/h
Ideal for laboratories, hospitals, food distributors, manufactures, etc.
Technical data:
Pellets dimension = ø 3 mm
Pellets length = 5 ÷ 10 mm
Productivity = 35 kg/h
Electric power = 1.1 Kw
Electric supply = 400 V - 50Hz
Dimensions = 1000 x 360 x 530 mm
Weight = 75 kg
Liquid CO2 entry pressure = 20 bar
Liquid CO2 purity = max 20 ppm of H2O
Liquid CO2 feeding line = insulated Ø ½”
CO2 exhaust line = ø 1 ¼”
Supply:
Draw-plate Ø 3 mm
Handbook
Accessories:
Draw-plate Ø 16 mm
Specifications:
OIL FREE: without lubrication
For alimentary and pharmaceutical usage
LIGHT series
Mechanical functioning
Advantages:
Productivity: 55 kg/h
Ideal for laboratories, hospitals, food distributors, manufactures, etc.
Technical data
Pellets dimension = ø 3 mm
Pellets length = 5 ÷ 10 mm
Productivity = 55 kg/h
Electric power = 1.1 Kw
Electric supply = 400 V - 50Hz
Dimensions = 1000 x 360 x 530 mm
Weight = 75 kg
Liquid CO2 entry pressure = 20 bar
Liquid CO2 purity = max 20 ppm of H2O
Liquid CO2 feeding line = insulated Ø ½”
CO2 exhaust line = ø 1 ¼”
Supply:
Draw-plate Ø 3 mm
Handbook
Accessories:
Draw-plate Ø 16 mm
Specifications:
Functioning: hydraulic
Reformer press
It produces dry ice tiles and blocks using pellets
Technical data:
Tile dimensions = 125 x 250 x h20 mm
Tile weight = 1 kg
Block dimensions = 125 x 250 x h 50 mm
Block weight = 2.5 kg.
Productivity = 300 kg/h
Electric power = 7.5 KW
Electric supply = 400 V 50 Hz
Dimensions = 1500 x 900 x h2400 mm.
Weight = 1090 kg
Reformer feeding = dry ice pellets from 3 to 16 mm
Supply:
Reformer
Handbook
Thermic insulated line for CO2 transfer From tank to pelletizer
Diameter Ø 1/2” – 3/4”
Material = Thermoplastic
External dimensions = 570x725xh840 mm
Pellets capacity = kg 125
Tare = kg 40
Thermal conductivity = 0.42 W/m2/K
Material = Thermoplastic
External dimensions = 1000x800xh930 mm
Pellets capacity = kg 250
Tare = kg 80
Thermal conductivity = 0.38 W/m2/K
Material = Thermoplastic
External dimensions = 1200x1000xh930 mm
Pellets capacity = kg 400
Tare = kg 100
Thermal conductivity = 0.38 W/m2/K
Material = Thermoplastic
External dimensions = 1650x715xh970 mm
Pellets capacity = kg 400
Tare = kg 127
Thermal conductivity = 0.42 W/m2/K
Material = Thermoplastic
External dimensions = 400 x 850 x h380 mm
Pellets capacity = kg 60
Tare = kg 12
Thermal conductivity = 0.42 W/m2/K