Izovac

It is designed to be installed in special-purpose monitors together with LC panel, and allows to extend range of displays’ operation temperatures. Additional property is “anti-sweating”. The article is processed to required size glass with vacuum-deposited current-conducting coating. The coating has high transmission in the visible range. On both sides or along the perimeter current-conducting buses are deposited for soldering supply wire.

The coating can be combined with anti-flare coatings, or coatings protecting from electromagnetic radiation. If the article is directly glued to LC panels, coating with protection from electromagnetic radiation is calculated and deposited accounting for index of reflection of glue being used to have the best optical characteristics.

Main technical parameters of display glasses:

№

Article name

Main characteristics

Dimension

Heating glass

1. Integral factor

light transmission ,Т – ≥ 85%

2. integral factor

of mirror reflection, R – (1.5 – 2.0)%

3. Surface resistance of transparent current-conductive coating , within (8 - 30) Ohm/sq.

4. Surface resistance of current-conducting buses, within 0.05 –

0.1 Ohm/sq.

5. mechanical strength of coatings

group 0 under OSTТ3-1901-84

6. Immunity to ambient exposures

– under GOST 20.57.406-81

diagonal – up to 21"

thickness – 2.0, 3.0, 4.0, 5.0, 6.0 mm and over

Heating glass for LC matrixes

1. Integral factor of light transmission,Т – ≥ 85%

2.Integral factor of mirror reflection, R – , upon requirement

3. Surface resistance of transparent current-conducting

coating, within (8 –

30) Ohm/sq.

4. Surface resistance of current-conducting buses within 0.05- 0.10 Ohm/sq.

5. Mechanical strength of coatings – group 0 under OST3-1901-84

6 Immunity to outside exposure – under GOST 20.57.406-81

diagonal – up to 12"

thickness – 0.7, 1.1mm

IZOVAC can supply display glasses of non-standard dimensions and configuration in accordance with item drawing agreed upon with customer.