When we speak about closing a surface we generally signify an impenetrable barrier is painted on or applied in some manner. Like tiled floors are often sealed to make them shine and give them extra security. To do this some applications of emulsion shine are applied to the top and allowed to dry. …

There appears to be based my very own experience that there’s a great deal of confusion amongst the general public and some builders in regards to what closing natural rock actually means.

We generally mean that an impenetrable barrier is painted on or employed in some manner when we talk about sealing an area. For instance tiled floors are often made to make them shine and give them added protection. To do that a series of layers of emulsion polish are applied to the surface and permitted to dry. This gives it security and closes a floor. Other materials including wood are often made with a level of a memory product. This adds strength-to the surface and protects it. A number of other generally porous surfaces may be sealed with a layer that sits on the surface acting as a barrier to penetrative agencies and gives protection also.

The closing of natural rock such as stone, marble, limestone and slate is very different. Natural stone is made up of deposits that interlock together. The minerals which can be present as crystals in-the rock give it its color and striations. But there are spaces between the crystal and the smaller these spaces are and the more the deposits have been compressed together the less porous the rock is. Therefore these spaces may determine the porosity of the rock. A variety of nutrient content and pore size of the stone may also determine its hardness and ergo its longevity. These places in-the stone are water filled if the stone is damp and air filled if the stone is dry. These spaces are inhabited by bacteria and these tend to be crucial for the maintenance of the rock. Very little research has been completed into these bacteria but what has been done indicate they are crucial in maintaining the integrity of the stone.

Consequently we have the picture of stone as a serious complex mix of bacteria, vitamins and spaces. You need to imagine the stone to become something comparable to a very difficult sponge! It’ll be absorbed and spread through the areas should you drop a fluid onto the stone. This is why what originally looked like a little sill could end up as quite a large stain inside the rock. To eliminate the stain it’s to be flushed from these rooms. All a rock wax does it fill up these spaces. Lots of the rock sealants being used are based on essential fatty acids instead of synthetic sealants. These normal sealants are better since they do not destroy the bacteria but often improve them. Artificial sealants may eliminate these bacteria that’s longer-term effects to the rocks makeup. Sealants according to fat however possess a shorter lifespan and must be replaced occasionally.

Whatever sealant is used it just fills up the spaces between the deposits it doesn’t cover the surface of the stone. Their function is just to delay the penetration of fluids to the rock. So if corrosive materials get onto the stone then it will be damaged. Stone sealants do not form a protective seal on the floor of the stone. Therefore rock is protected from absorbing beverages. It’s not protected from surface damage.. To study more, we recommend you check out: patent pending.Cold Stone Creamery 4986 Verdugo Way Camarillo CA 93012 (805) 987-5380