
WEIGHT: 53 kg
Bust: C
1 HOUR:120$
NIGHT: +70$
Services: Parties, French Kissing, Fetish, Food Sex, Cum in mouth
Start Area of use Impregnation. Reinforced concrete structures should be impregnated to prevent degradation of the concrete caused by water and chloride penetration.
If the construction is not protected against moisture penetration and harmful chlorides, there is a risk of major damage occurring. Moisture is a common denominator for the majority of concrete damage and the most common contributing cause to several different types of damage to a reinforced concrete structure. Our impregnation products are hydrophobic and silane-based. The silane is the active substance that reacts and creates a water-repellent and water vapor-permeable silicone resin network inside the building material.
This means that moisture must be able to leave the construction, otherwise there is a risk of damage from other causes such as e. Hydrophobization can be easily explained by the fact that the impregnation applied to the concrete surface makes the hydrophilic absorbent concrete surface water-repellent and in that way stops the absorption.
The concrete structure must be dry and free of loose particles. If the concrete is damp, the impregnation cannot penetrate the substrate as intended. The silanes in the impregnation settle on the inner walls of the air pores in the microscopic air bubbles in the concrete.
If there is dirt or water in the air pores, the impregnating agent is prevented from penetrating. In Sweden, water-repellent impregnation agents are used on concrete structures primarily to protect the reinforcement from corrosion as a result of road salt penetration.