Air Side & Tin Side
Traces of tin or tin oxide are deposited on the surface of glass as it is removed from the molten tin bath. This surface of the glass is
Traces of tin or tin oxide are deposited on the surface of glass as it is removed from the molten tin bath. This surface of the glass is
The CRL Digital Tin Side detector determines the tin side of float glass without the use of an ultraviolet bulb. There are several advantages to
Traces of tin or tin oxide are deposited on the surface of glass as it is removed from the molten tin bath. This surface of the glass is identified as the tin side.
The side of float glass that was up, or exposed to the "air", when it was manufactured. The bottom side is referred to as the "tin" side because it floated on a liquid tin bath.
The CRL Tin Side Detector can identify the tin side of any piece of float glass by using short-wave ultraviolet light. This special lamp causes the tin to become visible in a milky white color.
We measured the emissivity of both the sun side and cell side of float glasses to see any differences in emissivity stemming from variations in reflectance for the tin and air sides.
Revolutionize glass quality control with our TS1320 Tin Side Detector. Designed for precision in identifying the tin side of glass in any environment.
In glass processing, it is important to know which side of the float glass is the tin side so that the correct side is used for the desired product. In this guide, we will explain how to determine the
Revolutionize glass quality control with our TS1320 Tin Side Detector.
The side of float glass that was up or exposed to the "air" when it was manufactured, rather than the tin side. The bottom side is referred to as
Identifying which side of the glass is tin or float side is very easy using a shortwave ultraviolet lamp. Even a low 4-watt lamp will work just fine, as long as you are in a dark room. When
The CRL Digital Tin Side detector determines the tin side of float glass without the use of an ultraviolet bulb. There are several advantages to using digital technology to determine the tin
The side of float glass that was up or exposed to the "air" when it was manufactured, rather than the tin side. The bottom side is referred to as the "tin" side because it floated on a liquid tin bath.
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Step 1: Visual Inspection The simplest way to determine the tin side of float glass is to look at it. The tin side of the glass will usually be shinier and smoother than the air side. The difference in appearance between the two sides may be subtle, but it should still be visible. Step 2: Feel Test
1. First, observe the glass at an angle in a well-lit area. Generally, the tin side should have a greenish tinge while the air side should have a bluish tinge. 2. If the color is not visible, use a polarizing filter and rotate it in front of the glass. Again, the tin side should have a greenish tinge while the air side should have a bluish tinge.
During the production of float glass, one side of the molten glass comes into contact with a bath of molten tin. Traces of tin or tin oxide are deposited on the surface of glass as it is removed from the molten tin bath. This surface of the glass is identified as the tin side. The opposite side of the glass is denoted as the airside.
Traces of tin or tin oxide are deposited on the surface of glass as it is removed from the molten tin bath. This surface of the glass is identified as the tin side. The opposite side of the glass is denoted as the airside. The Tin side is actually a smoother surface compared to the air side on a microscopic level.