FT-IR Spectrometer
ATP8900Plus-PH
FOB
1 unit
Made in China
ATP8900Plus-PH FT-IR Spectrometer is a product with high quality, low-cost and advanced technology. It has major breakthroughs in appearance, software, communication methods, high-precision A/D and product functions.
Quantity
Description：
ATP8900Plus-PH FT-IR Spectrometer is a product with high quality, low-cost and advanced technology. It has major breakthroughs in appearance, software, communication methods, high-precision A/D and product functions.
It is based on the Microsoft Windows operating system, can be in a full range of 32 and 64 bit Windows system(Windows XP, Windows 7, Windows 8, Windows 8.1 and Windows 10, etc.). The purpose of the design is to make the collection and analysis functions of infrared spectrum to be easy to learn, easy to use, flexible and efficient.
The product has a real-time instrument status diagnosis function, real-time monitoring of the instrument's working status, performance indicators and communication status, to ensure that the instrument is always in a stable working state.
At the same time, the product has a variety of detector options: in addition to the constant room temperature pyroelectric detector, it can also be equipped with a temperature-stable pyroelectric detector and a semiconductor cooling MCT detector to meet the needs of different customers.
Feature：
- High sensitivity optical system,Use Cube-corner Michelson interferometer combined with patented fixing mirror alignment technology
- High stability modular partition design,offering higher ability of deformation resistance and less sensitive to vibrations and thermal variations
- Intelligent multi-sealed moisture-proof design,Multiple sealed interferometers, large-capacity desiccant cartridge with visible window and easy replacement structure
- Innovated integration electronic system
- Good anti-electromagnetic interference capability
- High intensity IR source assembly,adopts a reflex sphere design to obtain even and stable IR radiation.
Application：
- Identification of raw ingredients in the pharmaceutical industry.
- Identification of industrial materials (rubber, plastics, fibers, etc.)
- Functional group detection
- Characteristic group detection