<p>Measure <strong>VLT</strong> of 380-760nm, <strong>UV 365nm, IR 1400nm</strong>.</p><p>Allows for single hand operation, backlit LCD display.</p><p>Measure <strong>films/glass up to 8mm</strong>.</p><p>Two-piece design allows for testing of the windshield.</p>

1.Size: 120mm *75mm *25mm(L*W*H);Weigh: 165g (include batteries) 2.VL Peak wavelength: 550nm;UV Peak wavelength: 365nm 3.IR Peak wavelength: 1400nm 4.The testing slot is up to 8mm, can test filmed glass directly

According to the needs of customers, our window tint meter has been constantly upgraded and researched, the intention is to make measurement easier.

1. UV Peak wavelength: 365nm 2. VL Peak wavelength: 550nm 3. IR Peak wavelength: 950nm 4. Power supply: 5V DC ,mobile power supply (optional)

Linshang LS162 series of portable solar film tester bring convenience for people who often need to visit the supplier users everywhere. It is easy to use and carry with small size, light weight. And it is easy to operate.

<p>1. UV peak wavelength: 365nm<br/>2. VL peak wavelength: 550nm<br/>3. IR Peak wavelength: 1400nm</p>

1. UV peak wavelength: 365nm 2. VL peak wavelength: 550nm 3. IR Peak wavelength: 1400nm

1. UV peak wavelength: 365nm 2. VL peak wavelength: 550nm 3. IR Peak wavelength: 940nm

1. UV peak wavelength: 365nm 2. VL peak wavelength: 550nm 3. IR Peak wavelength: 950nm

1.It is used for the transmittance testing of glass, plated film, organic materials, solar film and other translucent materials such as insulating glass, filmed glass, PMMA materials etc. 2.VL Peak wavelength:550nm 3.UV Peak wavelength:365nm 4.IR Peak wavelength:950nm

1.It is used for the transmittance testing of glass, plated film, organic materials, solar film and other translucent materials such as insulating glass, filmed glass, PMMA materials etc. 2.VL Peak wavelength:550nm 3.UV Peak wavelength:365nm 4.IR Peak wavelength:1400nm

1. Infrared central wavelength at 950nm, suitable for testing absorbing film 2. Adopt parallel optical path design, which is suitable for testing thick materials 3. Large LCD display with backlight on 4. Test the UV rejection rate, infrared rejection rate and visible light transmittance

<p>Measure <strong>UV 365nm and IR 940nm</strong>, visible light transmittance</p><p>Resolution reach 0.1%, rotatable display</p><p>Using parallel optical path design for testing thick materials</p><p>Display <strong>light transmittance</strong> or rejection rate</p>