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WHY CHOOSE THE FEVI STATION
The FEVI station is a transportable system for carrying out professional dry ice cleaning operations directly at the customer's premises, in the workshop, on the factory floor, or on site, without having to have a pre-installed compressed air network.
The configuration combines the SUBLIMA BASE with the TTS 34110/900 petrol compressor, the FEVI DRY 60 refrigeration dryer, a condensate separator and 50 metres of connection piping .
It is therefore not a simple combination of a machine and a compressor: air production and treatment are configured to correctly feed the cryogenic system.
The SUBLIMA BASE uses 1.5 to 3 mm dry ice pellets, works from 2 to 10 bar and requires an air flow rate between 250 and 900 l/min .
The TTS 34110/900 compressor provides up to 900 l/min, while the FEVI DRY 60 dries the air before it enters the machine.
The result is a station designed for those who need to bring cryogenic cleaning services where they are needed.
DRY ICE SANDBLASTING STATION Transportable sandblasting plant
WHAT THE STATION INCLUDES
COMPONENT
FUNCTION
SUBLIMA BASE
Dry ice blasting
TTS 34110/900
Compressed air production
FEVI DRY 60
Compressed air drying
Condensate separator
Preliminary condensate separation
50 m air hose
Connection between the compressed air unit and the working area
SUBLIMA BASE – TECHNICAL DATA
SPECIFICATION
DATA
Technology
Dry ice blasting with solid CO₂
Operation
Pneumatic
Dimensions
570 × 380 × 420 mm
Weight
15 kg
Hopper capacity
4.5 L
Operating pressure
2–10 bar
Air consumption
250–900 l/min
Dry ice consumption
4–20 kg/h
Pellet size
1.5–3 mm
Compressed air connection
7.2 mm quick coupling
Working hose
3 m
Electrical power supply
Not required
Air requirements
Clean, oil-free and dry compressed air
Noise level
60–90 dB
SUBLIMA BASE STANDARD EQUIPMENT
- blasting gun;
- 3 m working hose;
- air flow regulator on the gun;
- nozzle;
- antistatic wheels;
- scoop for loading dry ice;
- operating instructions.
TTS 34110/900 PETROL-DRIVEN AIR COMPRESSOR
The TTS 34110/900 directly produces the compressed air required by the station through a 4-stroke petrol engine.
SPECIFICATION
DATA
Power supply
4-stroke petrol engine
Power
11 HP
Starting system
Electric start with battery
Air delivery
900 l/min
Air flow
54 m³/h
Maximum pressure
11 bar
Air receiver
17 + 17 L
Pump unit
K30
Cylinders / stages
2 / 2
Speed
1,250 rpm
Weight
167 kg
Dimensions
1,150 × 751 × 1,070 mm
Mobility
Pneumatic wheels and handles
The petrol-driven air compressor makes it possible to supply the compressed air required by the SUBLIMA BASE even when a suitable compressed air system is not available at the work site.
The station is particularly suitable when:
- the interventions are carried out directly at the customer's premises;
- there is no adequate compressed air network available;
- the system needs to be moved frequently between different sites;
- an air flow rate of up to approximately 900 l/min is required;
- it is necessary to feed the SUBLIMA with dried air;
- interventions require greater continuity than a SUBLIMA MINI configuration;
It is useful to keep the air production group away from the treatment area.
AUTONOMOUS IN THE PRODUCTION OF COMPRESSED AIR
The petrol-powered compressor allows the station to autonomously produce the compressed air needed by the SUBLIMA BASE.
It is important, however, to distinguish this concept from complete energy independence.
The FEVI DRY 60 requires a single-phase 230 V power supply.
If no electricity is available at the site of operation, a suitable power source for the dryer must be provided.
WHEN IS THE SUBLIMA MINI SYSTEM + COMPRESSOR ENOUGH?
The portable system with SUBLIMA MINI and single-phase compressor is more suitable when interventions are short and localized and the priority is to minimize weight and size.
The station with SUBLIMA BASE offers instead:
- greater autonomy;
- superior operational capacity;
- up to 900 l/min of air;
- autonomous air production via motor compressor;
- dedicated drying with FEVI DRY 60;
- possibility of working up to 50 meters from the air unit.
In summary:
SUBLIMA MINI + compressor → localized interventions and maximum compactness
SUBLIMA BASE STATION → professional mobile interventions and greater continuity
WHEN YOU NEED A HIGHER CAPACITY STATION
SUBLIMA BASE requires up to 900 l/min, a value consistent with the nominal flow rate of the TTS 34110/900 compressor.
For applications requiring SUBLIMA MAX, TOP or ULTRA, the following must be re-evaluated:
- compressed air production;
- treatment and drying;
- diameter of the pipes;
- operating pressure;
- required productivity.
For example, the SUBLIMA MAX can require up to approximately 1,500 l/min and could therefore not exploit the entire operating range with a 900 l/min compressor.
INDUSTRIAL MAINTENANCE AT THE CUSTOMER'S SITE
Removal of oils, greases, sludge and process residues from components, machines and equipment compatible with cryogenic treatment.
MOLDS AND EQUIPMENT
Treatment of residues adhering to molds and tools when it is useful to work without introducing water or secondary abrasive.
AUTOMOTIVE AND CAR DETAILING
Treatment of underbody, suspension, engine compartments and mechanical components, adjusting the parameters according to the surface.
ROBOT LAWN MOWERS AND GARDEN SECTOR
Removal of organic residues and deposits during maintenance and storage activities at dealers and service centers.
MECHANICAL COMPONENTS
Removal of grease, residue and contaminants from parts intended for overhaul or maintenance.
MOBILE CRYOGENIC CLEANING SERVICES
This configuration is particularly interesting for companies that need to transport the treatment system to different factories, workshops and production sites.
Cryogenic cleaning requires clean, de-oiled and dried air.
For this reason, the station includes the FEVI DRY 60, a refrigeration dryer installed downstream of the compressed air production.
CHARACTERISTIC
FEVI DRY 60
Technology
Refrigeration dryer
Flow rate @ PDP 3 °C
850 l/min
Flow rate @ PDP 5 °C
1,000 l/min
Maximum pressure
16 bars
Diet
230 V – 50 Hz – single-phase
Air connections
1/2" or 3/4" M
Dimensions
350 × 500 × H 450 mm
Weight
20 kg
During compression, the humidity contained in the air tends to turn into condensation.
The FEVI DRY 60 reduces this humidity before the air reaches the SUBLIMA BASE, contributing to the regularity of the process and limiting the problems that excessively humid air could generate in the presence of the low temperatures of the dry ice.
The principle of the station can be summarized as follows:
TTS 34110/900 → condensate separator → FEVI DRY 60 → SUBLIMA BASE
Each component therefore performs a specific function:
the compressor produces the air
the separator eliminates some of the condensation
DRY 60 dries the air
The SUBLIMA BASE uses treated air to accelerate dry ice
The station includes 50 meters of connecting piping, allowing the compressor and air treatment unit to be kept away from the actual work area.
This configuration is especially useful in:
- industrial plants;
- construction sites;
- workshops;
- maintenance at the customer's premises;
- areas where the compressor cannot be placed close to the point to be treated.
For connections of this length it is important to use a correctly sized pipe to contain pressure losses and guarantee the SUBLIMA BASE the necessary flow rate and pressure.
The solid CO₂ pellets are accelerated by compressed air and projected onto the residue to be removed.
The action combines cooling, impact and sublimation of CO₂, promoting the detachment of the contaminant from the surface.
Dry ice passes directly from the solid to the gaseous state and therefore:
- does not introduce water into the process;
- does not generate exhausted abrasive to collect;
- reduces the amount of secondary material produced by the treatment.
However, the material removed from the surface remains and must be vacuumed or collected when necessary.
The result always depends on the material, contaminant, pressure, air flow rate, nozzle, distance and exposure time.
Shipping costs will be partially deducted from the actual courier cost. The exact amount will be displayed during checkout.
Additional charges may apply for shipments to islands or remote areas. These will be communicated at the time of purchase or, if necessary, subsequently via email.
PALLETS AND LARGE PACKAGES
Shipments of bulky packages or pallets will be calculated based on volume, not just weight.NOTE FOR WEIGHT EQUAL TO OR GREATER THAN 100 KG
For bulky orders or orders weighing more than 100 kg, shipping will be done on a pallet and the rates will be calculated accordingly.Delivery times indicated on the website are approximate and not guaranteed. We cannot be held responsible for any delays due to circumstances beyond our control or attributable to the courier.
Customers are encouraged to consider purchasing a few days in advance to avoid any potential delays. However, we will do our best to ensure timely delivery.
What does the dry ice blasting station include?
The configuration includes SUBLIMA BASE, TTS 34110/900 compressor, FEVI DRY 60 refrigeration dryer, condensate separator and 50 metres of connection piping.
Is the compressor suitable for the SUBLIMA BASE?
SUBLIMA BASE requires a flow rate between 250 and 900 l/min, while the TTS 34110/900 has a nominal flow rate of 900 l/min. Actual performance, however, depends on operating pressure, piping, pressure drops, and operating conditions.
Why is FEVI DRY 60 necessary?
The SUBLIMA BASE requires clean, oil-free, and dried air. The FEVI DRY 60 reduces the humidity of the compressed air before it reaches the machine, contributing to the smoothness of the process.
Is the station completely autonomous?
It produces its own compressed air thanks to its petrol-powered compressor. However, the FEVI DRY 60 requires a 230 V single-phase power supply.
Why is 50 meters of pipe planned?
The length allows the compressor and air treatment unit to be kept away from the work area. The piping must be correctly sized to limit pressure and flow losses.
How much dry ice does SUBLIMA BASE consume?
The declared consumption is between approximately 4 and 20 kg/h, depending on the dosage, the size of the pellets and the operating conditions.
