DECAVIL F has been researched to solve the hardest maintenance problems in the wide building field. It is specific tubular scaffold and relative clamps, wood or metal panels for frames, bituminizing machines and all building requirements. It can be used also for removing scale from any type of floor.

The light version DECAVIL F is specific after tiles lining the floor, since it is excellent for finishing operations after paving completion, as alternative to the common and no more used acids. The advantages of DECAVIL F are remarkable, considering that you can dilute it from one to ten times its volume and moreover it is very safe and rapid and reduces drastically operation times.

In the die casting industry DECAVIL F is particularly suitable to remove scale from dies, since it avoids the uses of the sand blasting machine, which is expensive and in the long run corrodes the die. With DECAVIL F die maintenance and scale removing can be executed without disassembling the die from the machine and moreover it enables a continuous and easy periodic maintenance

DECAVIL F is also recommended in the glass industry and is used for dissolving silicon scale caused by machining. Another application field is the one of plastic forming for removing scale in water recycle pumps.

DECAVIL F is excellent for removing scale from bituminizing machines, it gets the same results of normally used products, remarkably reducing maintenance costs. In order to get the best results, use one part of DECAVIL F diluted to 5/7 parts water, apply the solution and gently rub with a broom. Wait till reaction disappears, then rinse

SNOW is called a super absorbent because of its extraordinary versatility in absorbing any kind of liquid or semi-liquid on contact. This includes all animal, vegetable, mineral, petroleum, and chemical liquids, except hydrofluoric acid. It picks up all liquids, of any viscosity, off any hard surface, leaving that surface clean and dry. For that reason it is described as non-select, meaning it does not have a limited range of efficacy.

SNOW is an inert, inorganic blend of siliceous minerals containing sodium, potassium, and aluminum in variable composition. It absorbs liquids by means of a process called silica encapsulation. The liquid absorbed actually becomes part of the silicate molecule. Due to their amorphous structure, SNOW particles provide a tremendous amount of surface area when compared to their volume. This structure allows for excellent surface tension, contributing to the exceptional absorption qualities of the product. In effect, SNOW turns the spilled liquid into a solid that can be disposed of easily. Because it is lightweight and so simple to use, it dramatically reduces clean up costs, as well as the ever-increasing costs of disposal.

SNOW has virtually unlimited uses as a dry absorbent that is safe in all applications. It is not injurious to soil, cement, asphalt, tile, plants, animals, or humans. It contains no reactive chemicals, is not toxic, flammable, or biodegradable, and is environmentally safe and friendly. The supplier of the raw ore from which SNOW is produced owns the mine which has the highest quality of this type of ore in the world.

SNOW is an ABsorbent. Almost all other products on the market that are sold as absorbents are actually ADsorbents. What is the difference? Note the dictionary definitions:

Absorb - to take in and incorporate; assimilate; to suck up; drink in; to take up or receive a chemical by molecular action i.e. bring within, enclose, engulf, consume (It is as though they had SNOW in mind when this definition was written. This is truly what it does, as noted above.)

Adsorb - to collect a gas, liquid, or dissolved substance in a condensed form on a surface Adsorbents do not encapsulate or stabilize spilled substances. They are primarily useful for picking up and transporting the spilled material. ADsorbents are materials that retain liquids on the surface of their particles by capillary action and surface tension. The problem is that the spilled substance is still there on the surface of the particles and will leach back into the environment. For that reason disposal costs are extremely high since few landfills can accept wastes that have been ADsorbed. This is especially true for the most widely used ADsorbent, granular clay, commonly referred to as kitty litter.