A625 large flow dry ice cleaning machine

1. Equipment Parameter

Type: A 6 2 5

Voltage: A C 2 2 0V /5 0-6 0H Z Supply

flow :1.0-1 2.03/ m i n Pressure :0-1.6

M p a (Adjustable) Dry

Ice Calender :0-2.5 K G /m i n (Adjustable)

Calender: Schneider R X M 2 4V D C

Contact: Schneider L C 1D 0 9. C Hopper

capacity :2 5K G Protection level: I P 5 5

Weight :65K G (naked weight)

Dry ice :3 m m granulated

Ice pipe at low temperature: G T L 1/2 ice

pipe power :0.75 k w

Movement mode: permanent magnet synchronization

Dimension: 4 4*6 8*7 8(C M)

2. Accessories

1. Air dynamics head 2

2. Professional low-temperature dry ice spray pipe 1

3 . Handle 1;

4 . Gas supply explosion-proof pipe 1;

5 . Ice roller 1;

6 . Mask head helmet and earmuffs 1 each;

7 . 1 0A waterproof power supply;

8 . Operation using installation instructions 1;

9 . Foot switch 1

Version:0.9StartHTML:0000000105EndHTML:0000005375StartFragment:0000000141EndFragment:0000005335

3. Equipment Function

A625 granular high-flow dry ice cleaning machine, using the most advanced dry ice air pressure

mixing feeding system, unique quick-change rollers in the industry and matching nozzles of different

calibers, can be applied to: EVA molds in the printing industry, petrochemical industry, foundry

industry , Vulcanization molds, electrical machinery, aviation and aerospace industry, thermal industry,

metal surface rust and paint removal, fan impeller surface coating, second-hand refurbishment and

other industrial cleaning.

4. working principle

Dry ice blast cleaning, also known as cold spray technology, uses compressed air as the power and

carrier, and uses dry ice particles as accelerated particles. The dry ice particles are sprayed out at a

rate close to the speed of sound through a dedicated dry ice blast cleaning machine, and carry a large

amount of it. Kinetic energy, when it collides with the dirt surface, transfers the aforementioned

kinetic energy to the dirt, and the dry ice instantly expands about 800 times the volume of the body,

forming a physical cleaning method that embrittles the dirt and peels off the surface of the object.

Because dry ice blasting volatilizes and sublimates instantaneously, it will not cause any damage to

the surface of the object.

5. Features

It adopts special rotating feeding design and pressure-feeding ice conveying principle. The principle is

the company's own patented technology, which is completely designed and manufactured by itself;

The special spray gun design is used for the cleaning of carbon deposits in engine valves, combustion

chambers and exhaust ducts, which can be handy operating. The cables of the spray gun are all 24v

power supply, which is very safe.

With reliable performance and excellent workmanship, when developing the blue ocean field of dry

ice cleaning, insists on adhering to the high-end manufacturing concept, insisting on the selection of

first-class electrical accessories, and insisting on standardization, Accuracy, to ensure the consistency

and reliable performance of each device

Version:0.9StartHTML:0000000105EndHTML:0000001991StartFragment:0000000141EndFragment:0000001951

Cleaning effect-engine room

Engine room: without any disassembly; cleaning can be completed in 5-6 minutes without any

moisture residue.

Before cleaning

1. The aluminum alloy substrate has more sludge, dust, and oxide layers

2. A lot of dust on plastic parts

3. There is dust and sludge in the wiring harness and machine head

After cleaning

1. The aluminum alloy base has visible metallic luster;

2. The plastic parts are free of any dust and sludge

3. The wiring harness and connectors can be cleaned directly without residual moisture

Comparison of cleaning effects

Before the combustion chamber is cleaned, the carbon deposits are medium, and the top surface of the piston is

almost completely covered with carbon deposits; after cleaning, the top surface of the piston is visible with

obvious luster, and the surface is inorganic carbon, which shows a clear metallic luster and restores power.

Before cleaning the intake duct, there is heavy carbon deposit and tar, which is thicker, which seriously affects

the air intake; after cleaning, there is no carbon deposit and tar, and the metal luster of the valve, valve stem and

valve seat can be seen to restore power.