Skip to content

Ammonium PolyphosphateAmmonium polyphosphate is an organic salt of polyphosphoric acid and ammonia. As a specialty chemical it is used in many different key industries and most commonly as a flame retardant. The product is halogen-free, non-toxic and environmentally friendly. There are generally two different types of ammonium polyphosphate; the exact variant is determined by the chain length and polymerization degree of the chemical. Under proper storing conditions it has a shelf life of 24 months and is most often available in 25kg woven bags.

The two types of Ammonium polyphosphate and their usage

How stable they are, meaning how water-soluble and at which temperatures they begin to decompose, shows the difference between the two types of ammonium polyphosphate. Generally there exists ammonium polyphosphate phase I and phase II. Phase I exhibits a shorter and more linear chain length, while phase II displays a high polymerization degree. Used in an intumescent coating together with other chemicals, both can be used as flame retardants.

When in phase I, the chemical begins decomposing at temperatures above 150°C, meaning they are less thermally stable and highly water soluble. As such they are mainly used as flameproof coatings in the construction industry, for trains and ships, fibers and fiberboard, paper, wood and plywood, and cables. The different variants of phase I are KYLIN APP1, KYLIN APP100 and KYLIN APP111.

Phase II shows a higher thermal stability than phase I. It starts decomposing at temperatures above 300°C and can be used in solvent and water based intumescent coatings, various types of systems like rubber and PU foam, expendable fireproof textiles and coatings, woods, polymers and many others. The variants of phase II are called KYLIN APP201 & KYLIN APP203 (modified with Silane), KYLIN APP203, KYLIN APP202, KYLIN APP231 and KYLIN APP226.

High quality provider for Ammonium polyphosphate

Ammonium polyphosphate can be bought from high quality suppliers, who often work with a global network of facilities on different continents. Like this they are able to provide a culturally sensitive team, which handles the business culture around the world with ease. For these companies the high quality of their products should be of utmost importance. To ensure this quality good companies should exhibit a specific knowledge in their production, handling and logistics of specialty chemicals including Ammonium polyphosphate. Additionally they should only work with the highest standard requirements concerning the quality and safety protocols for their products.

There are several advantages of dry ice blast cleaning. Dry Ice Blast Cleaning is the best method for cleaning dies. Since dry ice blast cleaning is a dry process, it does not wet the surface, and there is no downtime waiting for the cleaned surface to dry. The dry ice blast cleaning process is non-conductive so it can be used on industrial machinery of all types.

Dry ice Blasting description

Dry Ice Blasting is a form of non-abrasive blast cleaning that is known by several different names; CO2 blasting and dry ice cleaning are two of the most common. Dry ice blast cleaning systems are also environmentally friendly. Dry ice blast cleaning (blast cleaning services) is an efficient and cost-effective way for many industries to maximize production capability and quality. Dry ice blast cleaning is a dry process and does not produce a by-product like sand or soda blasting.

Advantages of Dry ice blast cleaning

dry ice blast cleaningDry ice blasting is a new form of non-abrasive blasting for industrial cleaning applications. Dry ice blast cleaning is far more superior to sandblasting due to the softness of the ice. Dry ice blasting machines have a wide range of cleaning applications. Since the dry ice converts to a gas upon impact, there is no secondary waste generated during the dry ice blast cleaning process. Many manufacturers find dry ice blast cleaning can be used in-house for maintaining or cleaning their equipment as often as needed.

How does it work?

Boxed materials can be processed by contact plate freezers or air blast freezers. Dry Ice Blast Cleaning is an environmentally-friendly solution to the removal of surface contaminants which may be present in a wide range of industrial applications. Dry Ice Blast Cleaning is a relatively new cleaning process that converts Dry Ice directly from its solid sate to a vapor, leaving no residue.

Dry ice Blast Cleaning is the present and the future of environmentally sound cleaning practices

Dry ice blast cleaning is a challenging procedure for such special cases. Dry Ice Blasting is a true industrial cleaning solution. Dry ice cleaning (also known as dry ice blasting, dry ice blast cleaning, and dry ice dusting) is similar to sand blasting, plastic bead blasting, or soda blasting where a medium is accelerated in a pressurized air stream to impact a surface to be cleaned or prepared. If you own or maintain a commercial or industrial plant, there is most likely a dry ice blast cleaning solution for some or most of your cleaning needs. Eliminate the use of solvents - Dry ice blast cleaning only uses CO2 pellets.

Which kind of benefits offers  Dry ice blast cleaning

Dry ice blast cleaning makes use of dry ice, which is produced from liquid carbon dioxide. Dry ice blast cleaning provides a faster, safer, more efficient, and more environmentally friendly cleaning solution than other cleaning methods. Dry ice blast cleaning is a process that accelerates dry ice particles through high-velocity nozzles to impact the surface being cleaned. There are three core environmental benefits of dry ice blast cleaning. Dry Ice Blasting is an industrial cleaning system which is non-abrasive, non-toxic and completely dry with no residual blast media cleanup. Finally, dry ice blast cleaning can be used in place of many environmentally damaging solvents.