FLAKE Lining technology
FLAKE Lining technology
GLASS FLAKE is an ultrathin glass sheet (thickness 2~5μ and particle size 10~30mesh) produced using a special technique. It is added to corrosion-resistant liquid resin and mixed to form a paste-like resin composite material called GLASS FLAKE COMPOUND. Its benefits in environmental engineering include outstanding anti-corrosion properties when applied to corrosion-resistant equipment.


 

Characteristics of FLAKE LINING

Excellent imperviousness:

 

The horizontal layering of the FLAKE framework forms a tight barrier preventing the infiltration of gas, liquid and steam, thereby extending its infiltration path.

Strong adhesion:

 

The even distribution of FLAKE, together with the hardening and shrinking of the thin layer leaves very little residual stress in the membrane; therefore, there is strong adhesion between the lining membrane and the matrix to ensure that it will not peel off with pressure.

Outstanding thermal shock resistance:

 

The FLAKE’s coefficient of expansion is small and the residual stress is also insignificant, therefore it offers excellent thermal variation resistance and insulation.

Excellent wear-resistance:

 

Experiments reveal that the lining membrane offers excellent wear resistance, wind and sand resistance as well as mechanical friction.

Excellent constructability:

 

Cures at room temperature to ensure excellent constructability.

 

 

 Structural representation

 

 

 

 Applicable areas

According to more than two decades of experience in the Japanese industry, the characteristics of the FLAKE LINING material makes it suitable for anti-corrosion treatment of large Flue Gas Desulfurization Plants. In particular, it is more widely used in thermal power plants and large refuse incinerators.