The YS6002-M desktop transmittance color haze meter is a domestically produced color haze meter independently developed by 3nh company with complete independent intellectual property rights. The instrument meets the CIE 15 standard for transmission D/0 (diffuse illumination, 0 ° direction reception) geometric optical structure (and can also achieve approximate transmission 0/0 (horizontal illumination/0 ° reception) geometric optical structure). The instrument illumination light source is a 360-780nm composite full spectrum LED light source (D65), which achieves spectral acquisition at intervals of 10nm through a precision concave grating and a 256 pixel CMOS detector. Accurate testing of various optical indicators (haze, transmittance, chromaticity, chromatic aberration, yellowness, whiteness, cobalt platinum index, Gardner index, etc.) in accordance with industry standards. It is widely used in industries such as color measurement, glass processing, plastic processing, film, display screen processing, packaging, and liquid medicine analysis for haze analysis and transmittance testing in the national standard pharmacopoeia, supporting trace transmittance measurement.

Characteristics of YS6002-M desktop color haze meter

a. High hardware configuration: 7-inch TFT pure color capacitive touch screen; 20000 storage spaces; Concave grating;

b. High optical configuration and resolution, 154mm integrating sphere, concave grating, 256 pixel CMOS detector, dual optical path;

c. Adopting a 360-780 full spectrum combination LED light source with high lifespan and low power consumption (close to the D65 light source spectrum);

d. Easily achieve precise testing of C/A/D65 light source haze (ASTM D1003/1044), transmittance, cobalt platinum index, and Gardner index;

e. Multiple measurement modes: quality control mode, sample mode, to meet the needs of more customers;

f. Independent light source detector and temperature sensor, constantly monitoring changes in the light source and environment to ensure reliable test data;

g. Two standard observer angles of 2/10, multiple light source modes, multiple color schemes, and chromaticity indicators that meet multiple standards to meet various customer needs for chromaticity testing;

h. Good human-computer interaction and testing accuracy and stability;

i. PC software has powerful feature extensions;