Mounted Linear Polarizers

Mounted Linear Polarizers Specification

Objective
Provides precise control of light polarization

Color
Black mount with visible polarizer element

Accuracy
High polarization accuracy for optical applications

Measurement
Transmission axis alignment: 2

Theory
Operates on linear polarization principles

Lens
No lens; contains polarizing film

Product Type
Mounted Linear Polarizer

Material
Optical-grade polarizing film in anodized aluminum mount

Size
25 mm diameter (standard), custom sizes available

Weight
Approx. 10 g

Length
Frame thickness: 5 mm

Function
Filters and selects linearly polarized light

Resolution
High extinction ratio for clear polarization separation

Application
Microscopy, imaging systems, laser experiments

Transmission Range
400700 nm (Visible spectrum)

Clear Aperture
21 mm (for 25 mm mount)

Surface Quality
40-20 scratch-dig

Mount Type
Threaded aluminum ring for easy integration

Coating
None; optical-grade finish

Operating Temperature
-20C to +70C

Durability
Scratch-resistant polarizer film

Rotation Mechanism
Rotatable mount with marked scale

Extinction Ratio
>1000:1 (typical)

Mounted Linear Polarizers Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
10 Pieces Per Month

Delivery Time
4 Week

Main Domestic Market
All India

About Mounted Linear Polarizers

Polarisers

Size: 12.5mm, 25mm
Wavelength Range: 450nm-750nm
Polarisation: Linear
Extinction Ratio: 500:1
Polarisation Efficiency: 98%
Polarizer Sheet Thickness: 0.2mm
Sandwiching Material: BK7
Customized size, available on demand

Model No.	Diameter(mm)	Clear Aperture (mm)	Cost
CMPL12	12	10	5000
CMPL25	25	20	7500
CMPL50	50	40	10000

Efficient Light Control for Optical Applications

These mounted linear polarizers deliver precise control of light polarization, making them indispensable for microscopy, imaging systems, and laser experiments. Their high extinction ratio (>1000:1) ensures effective separation of polarized light with minimal loss or distortion, supporting demanding scientific tasks where clarity and accuracy are essential.

Durable and Easy to Integrate Design

Constructed with scratch-resistant polarizer film and set in an anodized aluminum mount, these polarizers are engineered for durability. The threaded mount not only allows effortless installation into optical setups but also includes a rotatable ring with a marked scale for fine transmission axis adjustments. Available in standard 25 mm diameter and custom sizes, they suit varied applications.

FAQs of Mounted Linear Polarizers:

Q: How do I install the mounted linear polarizer in my optical setup?

A: The polarizer features a threaded aluminum ring compatible with standard optical mounts. Simply screw the polarizer into your setup and use the rotatable ring with a marked scale to align the transmission axis as needed.

Q: What is the primary benefit of using this polarizer in microscopy or imaging systems?

A: It enables precise filtering and selection of linearly polarized light, enhancing image clarity and contrast while ensuring high polarization accuracy vital for detailed optical analysis.

Q: Where can I use these polarizers, and are custom diameters available?

A: These polarizers are suitable for science and research settings such as microscopy, imaging systems, and laser experiments. Custom sizes are available upon request through manufacturers or suppliers in India.

Q: What ensures the durability of the polarizer film during usage?

A: The polarizer utilizes a scratch-resistant film without additional coating, combined with a robust anodized aluminum mount, making it highly resilient to scratches and wear even with frequent adjustments.

Q: When should I adjust the transmission axis of the polarizer?

A: Adjust the transmission axis when you need to fine-tune the orientation of polarization for your specific experiment or application. The rotatable mount with a marked scale helps accurately set the desired polarizing angle.

Q: What process does the polarizer use to control light polarization?

A: It operates using linear polarization principles, employing a high-quality optical-grade polarizing film to filter and separate light according to polarization direction.

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