• ▸Dry Ice Production
  • ▸Dry Ice Blasting
What is Dry Ice ?

Dry ice is the solid form of carbon dioxide. it's used primarily as a cooling agent. its advantages include lower temperature than that of water ice and not leaving any residue ( other than incidental frost from moisture in the atmosphere ). it is useful for preserving frozen food, ice cream, etc., where mechanical cooling is unavailable Dry ice sublimates at -78.5° (-109.3°F) at earth atmospheric pressure.

HOW is Dry Ice Made ?

It is manufactured by compressing and cooling gaseous CO2 under high pressure to initially produce liquid CO2. the liquid is then allowed to expand under a reduced pressure to produce CO2 snow, and finally the snow is compressed by a hydraulic press into convenient Dry Ice blocks, slices or pellets. the density of the compressed CO2 snow depends on the applied pressure and the pressure time. the density of the Dry Ice block can reach 1.56g/cm3 as a muximum at temperature of -78.64°C. we can manufacture our Dry Ice using the world's leading manufacturing equipment, after all, the premier quality at our dry ice can only be achieved through manufacturing under such high densities.

Common Uses:
Airlines Catering Business:
  • Storage and transport of delicate and ready-made meals.
  • Transport of fruits, vegetable, fish and meat.
Restaurant and Hotel:
  • Effectively cooling for foods show in open buffets.
  • Storage and transport of fruits, vegetables, fish and meat.
  • Preserving ice cream.
  • Keeping temperature low in refrigerator cooling compartments during power failure.
Stage effects and smoke substitution:
  • Birthday parties and stage effects.
Food Industry:
  • Storage and transport of instant food production as well as transport of fruits, vegetables, fish and meat.
Media Field:
  • To keep temperatures low for the transport of blood, organs, and tissues as well as medicine storage.
  • Flexible cooling and freezing solutions in laboratories.
Agriculture Field:
  • Prevents mold formation in form soild.
  • Enhance photosynthesis of plants, which leads to enhanced growth of fruits.
Industrial Field:
  • Shrink fitting of metals.
  • Ice plugs in pipes during repair.
  • stabilization of drilled or cast elements being soft at usual temperature (rubber plastic) by means of tumbling together.
Dry Ice Blasting:
  • It is used for high speed cleaning and maintenance of equipments and machinery in various industries. eg
    removal of paint, soot, used in plastic industry, pharmaceutical industry, cheese production, foundry molds, printing, cleaning of memorials etc..
    Blasting with dry ice cuts cost through avoiding dismantling, reassembly or replacement of space parts, and it has no abrasive effects on the surface to be cleaned.

Dry ice blasting is a revolutionary blasting method that uses small, compact dry ice pellets as the blasting materials. the dry ice pellets are accelerated in a jet of compressed air similar to that used in traditional blasting methods. Dry ice blasting is designed to replace high-pressure hosing and other traditional blasting methods that use materials such as sand, glass and plastic as abrasive agents. In addition, however, a wide range of other cleaning methods that involve the use of hazardous chemicals, solvents, etc., can with advantage be replaced by dry ice blasting. the unique features of dry ice as a blasting material is that it vaporises on contact with the surface to be cleaned. Treated surfaces are therefore left dry and clean, without residues of detergents or blasting materials. As the process is completed dry and non-conductive, dry ice blasting can be used where other methods are unsuitable. for example, electric motors and equipment with electric, pneumatic or hydraulic components can be cleaned direct using dry ice blasting. the system produces no waste products. Only the coating that has been removed remains to be disposed of, and this can usually be swept or vacuumed from the floor beneath the treated object. Dry Ice Blasting is ideal for removing coatings such as adhesives, varnish, oil, grease. coal dust, soot, mould release agents and bitumen - to name but a few of the materials we remove daily using the process. Dry ice blasting will often allow a company's production equipment to be cleaned while in operation without the need for dismantling and costly downtime. Dry ice blasting is non-abrasive, and surfaces are therefore treated gently. the system can thus be used on easily-damaged surfaces like nickel, chromium and soft aluminium. the process is dry, and no waste materials are produced. this means that cleaning can be carried out even during short production shutdowns.


Dry ice blasting is ideal for removing coating such as adhesives, varnish, oil, grease, coal dust, soot, mould, rust inks, dyes, release agents and bitumen - to name but a few of the materials we remove daily using the process. No detergents or blasting materials is left after treatment. this makes the system highly suitable for industries that require a high degree - the food and pharmaceutical industries for example.
in brief. those industries looking for minimal shut-down time with zero left over waste.

  • No dismantling or re-assembly (machinery could be cleaned while in operation)
  • Reduced cleaing time by 40-90%
  • Reduced labour cost from 25-80%
  • High cleaning speed, even in inaccessible area.
  • No waste disposal costs
  • No chemicals or dissolvents used (only dry ice which evaporates)
  • Non-abrasive, no wear and tear
  • Blasting materials are not trapped nor detergent materials are left on the surface
  • Not electrically conductive
  • Non toxic
  • No drainage of polluted water/solvents
  • Easy waste managements as the quality of the waste materials is minimized
  • Safe work environment


Environment-friendly Dry ice is completely non-toxic. As no hazardous chemicals or solvents are used in dry ice blasting operators avoid being exposed to hazardous fumes and other dangers during cleaning. In contrast to high-pressure hosing polluted drain waste is avoided. Easy waste management the quality of waste material minimized because the blasting material vaporize.