Jiangsu Profile
Product List
24001. 1.59 UV420 Anti Blue Light Photochromic Photogrey Base Color Change Free Form Optical Lens ... 
[Aug 26, 2025]
[Aug 26, 2025] Product Description ITEM 1.49 1.56 1.59 1.60 1.67 1.70 1.74 Single vision A A A A A A A Blue ...
24002. Wholesale Optical Lens Manufacturers in China 1.59 Eyeglass Anti Blue Light Photochromic Lenses [Aug 26, 2025]
[Aug 26, 2025] Product Description ITEM 1.49 1.56 1.59 1.60 1.67 1.70 1.74 Single vision A A A A A A A Blue ...
24003. Danyang Factory Custom Optical 1.56 Blue Cut Photochromic Grey UV420 Hmc Eyeglass Lenses [Aug 26, 2025]
[Aug 26, 2025] Product Description ITEM 1.49 1.56 1.59 1.60 1.67 1.70 1.74 Single vision A A A A A A A Blue ...
24004. 1.56 Photochromic Blue Block Lens Cr39 Hmc Lens Green/Blue Coating Best Quality Optical Lenses [Aug 25, 2025]
[Aug 25, 2025] Product Description ITEM 1.49 1.56 1.59 1.60 1.67 1.70 1.74 Single vision A A A A A A A Blue ...
24005. High Quality Blue Cut Photochromic Lens Quick Change Photo Color Optical Lenses CE Certified Blue ... [Aug 25, 2025]
[Aug 25, 2025] Product Description ITEM 1.49 1.56 1.59 1.60 1.67 1.70 1.74 Single vision A A A A A A A Blue ...
24006. Blue Light Blocking 1.56 Photochromic Ar Coating Eye Glasses Lenses Ophthalmic Optical Lens Factory [Aug 25, 2025]
[Aug 25, 2025] Product Description ITEM 1.49 1.56 1.59 1.60 1.67 1.70 1.74 Single vision A A A A A A A Blue ...
24007. China Factory Direct Supplier Photochromic Lens High Index 1.56 1.59 1.61 1.67 Photo Grey Brown ... [Aug 25, 2025]
[Aug 25, 2025] Product Description ITEM 1.49 1.56 1.59 1.60 1.67 1.70 1.74 Single vision A A A A A A A Blue ...
24008. High Quality Single Vision Photochromic 1.56/1.60 Blue Cut UV420 Aspheric Outdoor Color Changing ... [Aug 25, 2025]
[Aug 25, 2025] Product Description ITEM 1.49 1.56 1.59 1.60 1.67 1.70 1.74 Single vision A A A A A A A Blue ...
24009. Molten Iron Temperature Measurement Camera System [Jul 28, 2025]
[Jul 28, 2025] Product Description High-precision infrared thermometers use bicolor ratio technology to measure the temperature of a target. The bicolor ratio technique gets rid of the dependence on absolute energy measurements and ...
24010. Two Wavelength High Accuracy Infrared Thermometer for Metallurgy Industry [Jul 24, 2025]
[Jul 24, 2025] Product Description Introduction The working principle of the laser temperature sensor is to calculate the surface temperature of the object according to the infrared radiation intensity of the object. Therefore, it ...
24011. Two Wavelength High Accuracy Infrared Thermometer for Metallurgy Industry [Jul 24, 2025]
[Jul 24, 2025] Product Description Introduction The working principle of the laser temperature sensor is to calculate the surface temperature of the object according to the infrared radiation intensity of the object. Therefore, it ...
24012. Long Wavelength 8-14μ M Infrared Temperature Instrument Pyrometer with 4-20mA Signal Output [Jul 17, 2025]
[Jul 17, 2025] Product Description Introduction The working principle of the laser temperature sensor is to calculate the surface temperature of the object according to the infrared radiation intensity of the object. Therefore, it ...
24013. Long Wavelength 8-14μ M Infrared Temperature Instrument Pyrometer with 4-20mA Signal Output [Jul 17, 2025]
[Jul 17, 2025] Product Description Introduction The working principle of the laser temperature sensor is to calculate the surface temperature of the object according to the infrared radiation intensity of the object. Therefore, it ...
24014. 8-14μ M High Accuracy Infrared Pyrometer to Replace Traditional Thermocouples [Jul 16, 2025]
[Jul 16, 2025] Product Description Introduction The working principle of the laser temperature sensor is to calculate the surface temperature of the object according to the infrared radiation intensity of the object. Therefore, it ...
24015. 4-20mA Output Infrared Pyrometer for Measuring Molten Copper Temperature [Jul 16, 2025]
[Jul 16, 2025] Product Description Introduction The working principle of the laser temperature sensor is to calculate the surface temperature of the object according to the infrared radiation intensity of the object. Therefore, it ...
