Remmers KSE 510 is suitable for strengthening coarse-pored, absorbent, mineral building materials with strong loss of cohesion, preferably sand-stone.

It can also be used to strengthen historical renders and joints.

Properties

Remmers KSE 510 reacts with water stored in the pore system or humidity. During this reaction, amorphous and hydrous silicon dioxide (SiO2,aq, "silica gel") is deposited as a binder. The mineral silica gel binder thus replaces the original binder lost through weathering. The speed of the gel deposit reaction is very dependent on temperature and humidity. Under normal conditions (20 °C, 50 % relative humidity), the deposit of binder is concluded after approx. 3 weeks.

Reaction:

Si(C₂H₅O)₄ + 4H₂O  → Si(OH)₄ + 4C₂H₅OH ↑

Si(OH)₄ → SiO₂ + 2H₂O

In the following, the most important property parameters of KSE 510 are given:

Gel deposit rate approx. 42 %.

Single component system – no errors, easy to use.

Neutral catalyst.

High penetration depth, possible all the way down to the sound core of the stone material.

No by-products that damage the building.

Highly resistant to weathering and UV stable.

Active ingredient: approx. 99 % by mass.

Catalyst system: neutral.

Density at 20°C: 1.02 g/cm³ .

Colour: clear to light cloudy, may have a slight yellow tinge.

Characteristic data of the product after application

Quantity of gel deposited: approx. 420 g/l

By-products caused by the reaction: ethanol (escapes)

Available in 5lt and 30lt metal cans.

Specifications

Appearance:

Liquid, clear to light cloudy, may have a slight yellow tinge.

Composition:  

Tetraethyl silicate, hydrocarbons mixture, neutral catalyst

Specific gravity:

1.02 gr/cm³ (25^οC)

Silicone content:

99%

SiO₂  deposition:

42% (420gr / lt)

Consumption (depending on total porosity):

0.2 – 4 l/m²

Flash point:     

40^οC

Dilution / Cleaning:

Aliphatic, aromatic hydrocarbons.