Features:
Widths 30mm & 34mm
Wall Thickness 17mm
Length Sizes 1 to 9
Types A and B
Reflex glass for level gauges have proved themselves universally where visual process control is essential. A high safety level is secured through the use of borosilicate glass, which has a high chemical resistance and a low thermal expansion. The borosilicate glass is thermal pressured (tempered) so that it can resist to the high pressure and temperature. Reflex glass features a set of V-shaped refractive grooves which when in contact with the liquid and steam in the level gauge work to show the liquid level. The light that enters through the glass is absorbed by the liquid and reflected by the steam (air or gas), which is due to the difference in refractive index of the two medias. The liquid filled portion of the glass will appear black, whilst the space occupied by the steam (air or gas) will appear a silvery-white colour.
Size Number | Length | Width Type A | Width Type B | Thickness |
---|---|---|---|---|
0 | 95mm | 30mm | 34mm | 17mm |
1 | 115mm | 30mm | 34mm | 17mm |
2 | 140mm | 30mm | 34mm | 17mm |
3 | 165mm | 30mm | 34mm | 17mm |
4 | 190mm | 30mm | 34mm | 17mm |
5 | 220mm | 30mm | 34mm | 17mm |
6 | 250mm | 30mm | 34mm | 17mm |
7 | 280mm | 30mm | 34mm | 17mm |
8 | 320mm | 30mm | 34mm | 17mm |
9 | 340mm | 30mm | 34mm | 17mm |
Widths 30mm & 34mm
Wall Thickness 17mm
Length Sizes 1 to 9
Types A and B
What is Reflex Gauge Glass, and what are its primary applications in industrial processes?
What are the key differences between Reflex Gauge Glass Types A and B, and how do I choose the right type for my application?
How does Reflex Gauge Glass work to measure liquid levels in vessels and tanks?
What are the advantages of using Reflex Gauge Glass over other level measurement methods, such as sight glasses or magnetic level indicators?
Are Reflex Gauge Glasses suitable for use with various types of liquids, including corrosive or high-temperature substances?
What are the typical sizes and dimensions available for Reflex Gauge Glasses, and how do I select the appropriate size for my vessel?
Can Reflex Gauge Glasses be used for both low and high-pressure applications, and what are their pressure and temperature limitations?
Are there any safety precautions or guidelines to follow when installing and maintaining Reflex Gauge Glasses in industrial processes?
What is the expected lifespan of Reflex Gauge Glasses, and how often should they be replaced or inspected for wear and damage?
How do I clean and maintain Reflex Gauge Glasses to ensure accurate and reliable level measurements?
Widths 30mm & 34mm
Wall Thickness 17mm
Length Sizes 1 to 9
Types A and B
Reflex glass for level gauges have proved themselves universally where visual process control is essential. A high safety level is secured through the use of borosilicate glass, which has a high chemical resistance and a low thermal expansion. The borosilicate glass is thermal pressured (tempered) so that it can resist to the high pressure and temperature. Reflex glass features a set of V-shaped refractive grooves which when in contact with the liquid and steam in the level gauge work to show the liquid level. The light that enters through the glass is absorbed by the liquid and reflected by the steam (air or gas), which is due to the difference in refractive index of the two medias. The liquid filled portion of the glass will appear black, whilst the space occupied by the steam (air or gas) will appear a silvery-white colour.
Size Number | Length | Width Type A | Width Type B | Thickness |
---|---|---|---|---|
0 | 95mm | 30mm | 34mm | 17mm |
1 | 115mm | 30mm | 34mm | 17mm |
2 | 140mm | 30mm | 34mm | 17mm |
3 | 165mm | 30mm | 34mm | 17mm |
4 | 190mm | 30mm | 34mm | 17mm |
5 | 220mm | 30mm | 34mm | 17mm |
6 | 250mm | 30mm | 34mm | 17mm |
7 | 280mm | 30mm | 34mm | 17mm |
8 | 320mm | 30mm | 34mm | 17mm |
9 | 340mm | 30mm | 34mm | 17mm |
Widths 30mm & 34mm
Wall Thickness 17mm
Length Sizes 1 to 9
Types A and B
Reflex glass for level gauges have proved themselves universally where visual process control is essential. A high safety level is secured through the use of borosilicate glass, which has a high chemical resistance and a low thermal expansion. The borosilicate glass is thermal pressured (tempered) so that it can resist to the high pressure and temperature. Reflex glass features a set of V-shaped refractive grooves which when in contact with the liquid and steam in the level gauge work to show the liquid level. The light that enters through the glass is absorbed by the liquid and reflected by the steam (air or gas), which is due to the difference in refractive index of the two medias. The liquid filled portion of the glass will appear black, whilst the space occupied by the steam (air or gas) will appear a silvery-white colour.
Size Number | Length | Width Type A | Width Type B | Thickness |
---|---|---|---|---|
0 | 95mm | 30mm | 34mm | 17mm |
1 | 115mm | 30mm | 34mm | 17mm |
2 | 140mm | 30mm | 34mm | 17mm |
3 | 165mm | 30mm | 34mm | 17mm |
4 | 190mm | 30mm | 34mm | 17mm |
5 | 220mm | 30mm | 34mm | 17mm |
6 | 250mm | 30mm | 34mm | 17mm |
7 | 280mm | 30mm | 34mm | 17mm |
8 | 320mm | 30mm | 34mm | 17mm |
9 | 340mm | 30mm | 34mm | 17mm |