Get a Quote

Filling in your phone number and E-mail information will help us contact you in time and solve the problems you raise as soon as possible.

Bandpass Optical Filters products Surface Cleaning Related

Jul 11,2022

SIZE

All Bandpass Optical Filters products are precision optical components and should be handled with as much care as possible without touching the surface. If the surface of Bandpass Optical Filters products remains stained due to long-term use, it is recommended to clean according to the following methods:

Bandpass Optical Filters products

1. Use oil-free air or nitrogen with appropriate pressure to remove dust on the surface.

2. Put on dust-free finger cots on your fingers, soak the towel with absolute ethanol (or similar functional solvent), drag the edge of the towel soaked in ethanol, and move it in a single direction on the surface of Bandpass Optical Filters products. Use as light a force as possible during the wiping process, too much pressure may damage the surface of the Bandpass Optical Filters products. The purpose of using the solvent is to dissolve the sticky buildup in the surface residue of Bandpass Optical Filters products. Interference Bandpass Optical Filters products surface film strength is not as good as the substrate. It should be foreseen that any cleaning may degrade the surface at a microscopic level.

Tag:


Recommended News


Understanding the Role of Blue Glass Infrared Cut Filters for Camera Lenses

Blue glass infrared cut filters are integral components in the world of optical lenses, particularly for photography and imaging applications. These filters are designed to block infrared light while allowing visible light to pass through, thus improving the quality and accuracy of captured images. When using a camera lens, the presence of infrared light can often lead to unwanted color shifts and

The Science Behind Infrared Optical Glass for Laser Applications

The Science Behind Infrared Optical Glass for Laser Applications Table of Contents 1. Introduction to Infrared Optical Glass 2. What is Infrared Optical Glass? 3. Properties of Infrared Optical Glass 3.1 Optical Properties 3.2 Thermal Properties 3.3 Mechanical Properties 4. The Manufacturing Process of Infrared Optical Glass 5. Applications of Infrared Optica

The Role of Neodymium Glass in Optical Applications: A Comprehensive Overview

Neodymium glass is a specialized form of glass that incorporates neodymium oxide, a rare earth element, as a doping agent. This unique composition endows neodymium glass with remarkable optical properties that make it particularly advantageous for various optical applications. One of the primary features of neodymium glass is its ability to exhibit selective absorption and transmission of specific