Use Dry Ice Blasting for perfect cleaning

Dry Ice Blasting is a form of carbon dioxide purification. Here you can clean the surfaces with dry ice (solid form of carbon dioxide), which is accelerated with compressed air flow. This process is similar to sandblasting, plastic blasting or soda blasting. The surfaces are cleaned with the accelerated medium and compressed air flow. Dry ice blasting uses dry ice as a blasting medium.

The environmentally friendly cleaning method

The process is not conductive, abrasive, flammable or toxic. It is a very environmentally friendly cleaning method. The dry ice itself is produced from processed carbon dioxide. This is obtained from industrial processes. Compared with the chemical cleaning agents, it is also much safer for the employees. The dry ice process also eliminates secondary waste or chemical residue. The dry ice sublimates. When hitting the surface to be cleaned, you can expect it to return to the gaseous state. A blasting medium is not necessary for dry ice blasting. All waste products that arise can be sucked off, swept up or washed off.

Source: Dry Ice Blasting from White Lion

Smooth production process

Dry ice blasting is used in industrial services in the area of ​​machine maintenance and cleaning. This gentle dry ice cleaning process gives your machines quality and functionality. You can extend the life of your entire machine fleet. The suppliers guarantee the highest quality and care in dry ice blasting and you can count on the highest efficiency and the best cleaning results. This cleaning technology can be used in a variety of industries: automotive, construction, chemicals, services, printing, manufacturing, plastics. But the process also takes place in the food industry or in mechanical and plant engineering.

The advantages of the procedure

In addition to the environmental aspect, it is also there, in comparison to other blasting methods, for removing surfaces from fats. It also effectively removes dirt. Similar to sandblasting, everything is cleaned with dry ice. Dry ice pellets have been used industrially as an effective abrasive for several years. The advantage is that the dry ice pellets completely sublime after blasting. Only the removed dirt remains. The waste is thus significantly reduced and it saves time. This means that the process also makes economic sense and protects the environment. Cleaning with dry ice creates a thermal voltage. This thermoelectric voltage dissolves the layer from the base material. Due to the speed of the impinging dry pellets, the coating is removed without any negative effects. So the thermo-effect is the one positive cause and the mechanical effect the other one for the good cleaning results. Opt for dry ice blasting because, unlike sandblasting, the base surface is not damaged here.

Crucial Info for Dry Ice Blast Cleaning

Blasting materials or even solvents are not establish in the process. Post the activity is clean, it is likewise approved for the food industry. Least objects can be cleaned as well as time-overwhelming dismantlement on site is not obligatory. With the mechanical or even electric parts there is no harm due to Dry Ice Blast Cleaning and in that location is no risk of fire. The activity removes, for example, paints, release agents, oils, contaminants as well as biofilms. The process is frequently in use for many general cleaning applications. The activity is in use in the motor vehicle sector, for facades as well as skyscrapers, in plant also in industrial cleaning due to as in the catering as well as food field.

Dry Ice Blast Cleaning is in use for rim cleaning, underfloor, mastication gum and aLSO graffiti removal, for facades, staircase and walls, organic stone as well as walls, paint shops and fill as well as fusing machinery. The dry ice is not-toxic, environmentally gracious and there are no more solvents or even chemicals. The cleanup is quick and the downtime is brief. The cleaning works residue-free and in that location is no exteroception damage. Compared to sand blaring, dry ice blasting frequently felt to be superior because here is no abrasion as well as no dust. Corrosion coatings, passing agents, paints, hydrocarbon materials, glues as well as oils can be excellently abstracted. Removes abroad as well as species-specific impurities in loose or even massive form.

dry ice blast cleaning

Dry Ice Blast Cleaning is around cleaning with dry ice blasting. That is a thin air blast process where dry ice with a temperature of around minus 79 degrees in use. The dry ice is the massive carbon dioxide due to blasting agent. The soft abrasive as well removes stubborn contaminants thoroughly and so patina along metal or even paints on steel. Dry Ice Blast Cleaning is likewise noted as dry ice dusting, CO2 blasting, dry ice blasting or even dry ice cleaning. Likewise, the dry ice blasting is the soda ray, plastic bead blasting or even sandpaper blasting.

What should be reasoned with Dry Ice Blast Cleaning?

In the thin air stream, a medium is accelerated and then that it occurs at the ground as well as prepares or cleans it. Dry Ice Blast Cleaning does not fray the hard ground abrasives, however uses soft dry ice. The dry ice is speeded up by the supersonic speed as well as the surface thusly generates the mini-explosions. In the cover of an underlying surface, it is commonly executable to remove the undesired substances just as well as quickly. Compared to average blasting media, Dry Ice Blast Cleaning has many crucial pros. It is a not-conductive, not-abrasive as well as not-flammable cleaning performing. Dry Ice Blast Cleaning is environmentally favorable and it does not carry secondary pollutants.

Read more: http://white-lion.eu/en/main-menu/dry-ice-blast-cleaning.html

 

 

Hexafluorozirconic Acid

A Replacement for Phosphate Conversion Coating Based on Hexafluorozirconic Acid. Khun, N. W.; Frankel, G. S. Composition and corrosion protection of hexafluorozirconic acid treatment on steel. In addition to the above the Hexafluorozirconic Acid (CAS 12021-95-3) World Market Report determines hexafluorozirconic acid consumers in the market. Many such conversion coating products are aqueous compositions based on fluoroacids such as hexafluorozirconic acid and hexafluorotitanic acid, often in combination with one or more other components.hexafluorozirconic_acid

Which regions are involved?

What’s more, the Hexafluorozirconic Acid market development trends and Hexafluorozirconic Acid industry marketing channels are analyzed. Most of the nanozirconia coating formulations are based on hexafluorozirconic acid solutions that may contain hexafluorosilicic acid indispensably. This report Worldwide Hexafluorozirconic Acid Market 2016” also states import/export, supply and consumption figures and Hexafluorozirconic Acid market cost, price, revenue and Hexafluorozirconic Acid market’s gross margin by regions (United States, EU, China and Japan), as well as other regions can be added in Hexafluorozirconic Acid Market area. Simagchem Corporation is supplier for Hexafluorozirconic acid. Besides, the Hexafluorozirconic Acid (CAS 12021-95-3) World Market Report provides hexafluorozirconic acid prices in regional markets. The treatment bath is composed of dilute hexafluorozirconic acid with small quantities of non-hazardous components containing Si and Cu. The corrosion resistance of treated steel was compared to samples treated in a phosphate conversion coating bath, in simple hexafluorozirconic acid and in TecTalis without the addition of the Cu-containing component.

The summary of Hexafluorozirconic acid

The Hexafluorozirconic acid is an organic compound with the formula H2ZrF6. The analysis is provided for the Hexafluorozirconic Acid international market including development history, Hexafluorozirconic Acid industry competitive landscape analysis. The composition also comprises hexafluorozirconic acid or salts thereof.

The Hexafluorozirconic Acid (CAS 12021-95-3) World Market Report includes hexafluorozirconic acid description, covers its application areas and related patterns. After that, Hexafluorozirconic Acid industry development policies as well as plans are discussed and manufacturing processes as well as cost structures for Hexafluorozirconic Acid market. N.W. Khun, G.S. Frankel, Effect of Hexafluorozirconic Acid Pretreatment on Cathodic Delamination of Epoxy Coatings from Steel Substrates, CORROSION.

A continuous and compact metavanadate- hexafluorozirconic acid composite conversion film was obtained on hot-dip galvanizing coating. Surface pretreatments based on dilute hexafluorozirconic acid (FZ) solution were evaluated as replacements for the phosphating process before paint application. Khun, N. W.; Frankel, G. S. Effect of Hexafluorozirconic Acid Pretreatment on Cathodic Delamination of Epoxy Coatings from Steel Substrates.

What can we read in the Global Hexafluorozirconic Acid Industry report?

Show abstract Hide abstract ABSTRACT: An epoxy organic coating containing zinc aluminum polyphosphate (ZAPP) pigments with and without a hexafluorozirconic acid based conversion coating (ZrCC) pretreatment was applied on carbon mild steel (St 37) in order to investigate the corrosion resistance behavior and adhesion of the coating to substrate. In another preferred embodiment, the source of aluminum ions is pure aluminum powder which is used in combination with hexafluorozirconic acid, whereby the aluminum powder is thus dissolved in the solution by the acidity of the hexafluorozirconic acid. The Global Hexafluorozirconic Acid Industry report gives a comprehensive account of the Global Hexafluorozirconic Acid market Details such as the size, key players, segmentation, SWOT analysis, most influential trends, and business environment of the market are mentioned in this report.