Polarizing Film Dymo 1083862 200×200×0.3 mm

Dymo polarizing film 1083862 is a single 200×200×0.3 mm sheet engineered to modify the polarization state of transmitted light. The thin polarizer film is intended for applications where control of linear polarization is required, such as optical experiments, display tests, sensor alignment and prototype assemblies. Its compact square format and uniform thickness make it suitable for integration into small optical setups and for quick evaluation of polarization effects.

Advantages

The film offers a consistent polarization axis across the entire 200×200 mm area and a uniform 0.3 mm thickness that supports repeatable results in testing and prototyping. Its flat, cut-sheet format allows straightforward mounting, trimming or layering with other optical components without complex handling. The material is lightweight and thin, minimizing mechanical impact on prototypes while providing reliable polarization filtering and glare reduction during measurements.

Suitable for

• Laboratory optical experiments and demonstrations
• Display and screen polarization testing
• Sensor calibration and angular alignment tasks
• Prototyping and integration in small optical assemblies
• Glare reduction and polarization filtering trials

Key specifications

• Shape: square sheet
• Dimensions: 200 × 200 mm
• Thickness: 0.3 mm
• Optical function: linear polarization of transmitted light
• Surface condition: flat cut-sheet suitable for mounting or trimming

How to use

Position the polarizing film with the desired polarization axis aligned to your optical path. For transmission experiments, place the sheet between the light source and detector or between source and sample. When using in conjunction with analyzers or second polarizers, rotate the film to observe extinction, transmission variation or glare reduction effects. Trim or mount the sheet as required to fit holders or assemblies, taking care to avoid scratches on the optical surfaces.

Usage recommendations

Store the film flat and clean, avoid folding or creasing, and handle by the edges or with clean gloves to maintain optical performance. For best results, keep the surface free from dust and fingerprints and use non-abrasive cleaning methods if necessary.