Lanfei Optical UV-1800F Anti UV Transmittance Performance Tester

Lanfei Optical UV-1800F Anti UV Transmittance Performance Tester

Lanfei Optical UV-1800F Anti UV Transmittance Performance TesterDesigned and developed by Lanfei in the United States according to international standards, produced by Lanfei's Shanghai factory. The core components are all imported, integrating resources to reduce costs, and providing consumers with an economical solution for the research and quality control of textile anti UV performance testing.

Model: UV1800F

Brand: Labsphere

Place of Origin: China

Applicable industries: Textile industry, leather, shoe materials, outdoor products, other industries, general industries

Product features: The UV-1800F anti UV transmittance tester can quickly measure the transmittance of textile samples in the 250-450nm ultraviolet band. Spectrallect at Lanfi Optics ® A high-frequency scintillation xenon lamp is installed inside the integrating sphere as a light source to provide diffuse reflection illumination effect for the test sample. The higher scintillation frequency reduces the integration time of the spectrometer, limits the dark current, and expands the dynamic range.

advantage

UV-1800F Anti UV Transmittance Performance Tester Blue Phenanthrene Optics,Integrating optical design and software technology into an industry validated system architecture to achieve precise measurement of the UV transmittance, UPF value, and UVA: UVB ratio of textile samples. Driven by the rapid development of industrial demand, in order to simplify the research and quality control of textiles, UV-1800F is designed and developed according to internationally recognized testing methods, such as AS/NZ 4399:2017, EN13758-1:2007, AATCC TM183:2020, GB/T18830:2009. UV-1800F has replaced UV-1000F as a new choice in the industry, not only for laboratory UPF value analysis, but also for quality testing of production line products.

fast

UV-1800F can quickly measure the transmittance of textile samples in the 250-450nm ultraviolet band. A high-frequency scintillation xenon lamp was installed inside the Spectrallect integrating sphere of Lanfei Optics as a light source to provide diffuse reflection illumination effect for the test sample. The higher scintillation frequency reduced the integration time of the spectrometer, reduced the dark current, and expanded the dynamic range.

improve

enhance

refine

UV-1800F has undergone many improvements, including a new CCD spectrometer, scintillation xenon lamp, optical coupling fiber, high-speed detector, sample positioning and rotation platform, and a set of * software development platforms, thus establishing new industry standards.

The new CCD spectrometer, combined with optical coupling fibers, optimizes its optical performance at the system level.

The measurement mode of high-speed detector+spectrometer is adopted to ensure the repeatability and accuracy of xenon lamp light source flicker.

The xenon lamp light source inside the integrating sphere is limited in wavelength range by a customized filter, thereby improving the stray light performance.characteristic

●One click sample measurement design, obtaining analysis results within 5 seconds

●Automatically calculate transmittance, UPF value, and UVA: UVB ratio

●Performance self-test program

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You can use the measurement methods provided by the system, such as AATCC 183:2020, AS/NZS 4399:1996, AS/NZS 4399:2017, AS 4399:2020, EN 13758-1:2007，GB/T18830:2009, Japan Garment Association Standard, JIS L 1925:2019 And user-defined methods for automatically calculating UPF valuesperformance

●Compact and easy-to-use rotating sample stage

●Wavelength accuracy up to ± 1nm

●Measurement area 1.26cm ²

●Measurement range up to 2.2AU

●Automatic flashing function

●Measure UVA: UVB ratio

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USB 2.0 computer interface

*The application software

Based on NET Framework ® Platform development. The UV-1800F software can choose to use different standard measurement methods or user-defined methods to quickly and accurately measure the transmittance, UPF value, and UVA: UVB ratio of textile samples.