High-performance glass tint meter can measure ultraviolet rejection rate, infrared rejection rate and visible light transmittance at the same time. The solar transmission meter adopts a parallel light path design which is very suitable for optical properties testing of automotive films, explosion-proof films, architectural films, thermal insulation films, film glass and other materials.
Extra large LCD screen with clear backlight
Designed with support feet for easy reading
SISCO tint meter is used to measure the visible light transmission (VLT) of glass or window films, ensuring compliance with regulations and assessing performance. It is widely applied in the automotive industry for verifying car window tinting, law enforcement for roadside inspections, construction to evaluate building window films, industrial quality control for testing optical materials, and the solar energy industry to assess the effectiveness of tinted or coated glass panels in blocking UV and infrared radiation while optimizing visible light transmission. Its portability and precision make it an essential tool across various sectors.
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Model | SISCO-TM-101 |
Ultraviolet | Peak wavelength 365 nm |
Infrared | Peak wavelength 940 nm |
Visible Light | 380-760 nm, in line with CIE photopic function |
Resolution | 0.1% |
Measurement Accuracy | ±2% (colorless uniform light-transmitting material) |
Dimensions | 175*120*30mm |
Test Tank Dimensions | 20*70mm |
Weight | 360g |
Q1: What is a tint meter?
A1: A tint meter is a device used to measure the Visible Light Transmission (VLT) of glass or window films. It determines the percentage of light that passes through a window, helping to assess whether the tint meets legal or industry standards. Tint meters are commonly used in the automotive industry to ensure compliance with regulations on window tinting, in law enforcement for roadside checks, in construction for evaluating window films, and in industrial quality control for testing tinted materials. These devices are portable, easy to use, and provide precise readings for various applications.
Q2: Can I use a tint meter on all types of glass?
A2:Â Yes, a Tint Meter can generally be used on most types of glass, including:
However, for accurate readings, the glass surface should be clean and free from obstructions, and the meter should be properly calibrated. Some specialized tint meters can also work with laminated or double-glazed windows, but it's essential to check the device’s specifications for compatibility with specific glass types.
Q3: Are tint meters legal to own?
A3: Yes, tint meters are legal to own in most countries. They are commonly used by professionals, law enforcement, and businesses to measure Visible Light Transmission (VLT) of glass and window films. While owning a tint meter is generally legal, its use may be regulated based on local laws, especially for checking compliance with window tinting regulations. Always check local laws to ensure proper use.
Tips: Can tint meters measure UV or IR rejection?
Some tint meters can measure UV (ultraviolet) and IR (infrared) rejection in addition to Visible Light Transmission (VLT). These advanced models are typically designed for more specialized applications, such as assessing the performance of window films or glass that block harmful UV and IR radiation while still allowing visible light to pass through.
These enhanced Tint Meters are often used in industries like solar energy, automotive, and construction, where both light transmission and radiation blocking are critical. However, standard Tint Meters typically focus only on VLT and may not include UV or IR measurements. Always check the product specifications to confirm the features of the device.
Thank you for buying industrial test and measurement equipment on SISCO.com, all products sold by SISCO and the partner cover a 12 months warranty, effective from the date of receiving the products.
SISCO is responsible for providing free spare parts, and free technical support to assist the customer to repair the defective products until the problem is solved.