Optical Mirrors

3x0.1 mm B270 Optical Mirror

High-performance B270 mirror with >97% reflectivity, ideal for optical applications. Custom sizes available.

Core attributes

Material
B270
Size
3 mm
Thickness
0.1 mm
Surface Quality
40/20
Reflectance
97%
Coating
IAD/PVD hard

Product facts

Key attributes

Material
B270
Size
3 mm
Thickness
0.1 mm
Surface Quality
40/20
Reflectance
97%
Coating
IAD/PVD hard

Product description

This high-performance mirror, made from B270 glass with an IAD-PVD coating, offers exceptional reflectivity of over 97%. Ideal for applications requiring high reflectance and surface quality, it ensures minimal light loss and optimal performance in various optical systems. With a compact size of 3.0 mm and a thickness of 0.1 mm, it is suitable for precision applications in laser and optical technologies.

Key Features

  • Reflectivity greater than 97% for enhanced light efficiency.
  • Surface quality rated at 40/20 for minimal optical distortion.
  • IAD-PVD coating for improved durability and performance.
  • Compact size of 3.0 mm, ideal for tight spaces in optical setups.
  • Customized support available for OEM, ODM, and OBM projects.

Available Sizes

Size x Thickness (mm)
3 x 0.1

Specification Summary

ItemValue
MaterialB270
Size3 mm
Thickness0.1 mm
Surface Quality40/20
Reflectance97%
CoatingIAD/PVD hard

Full Specifications

ParameterValue
Customized SupportOEM, ODM, OBM
Warranty3 Years
SubstrateB270,D263T
Reflectivity>97%
CertificationRoHS,ISO9001,EPR
ShipmentExpress delivery,Air,Sea

FAQ

Can I get custom sizes?

Yes, variant sizes are available, including a compact size of 3.0 mm.

What are the surface quality tolerances?

The surface quality is rated at 40/20, ensuring minimal distortion.

Product inquiry

Request a quote

Share your application and target specifications. Optional optical details help clarify the request.

Optical requirements Optional
Optical requirements

We use these details to respond to your request. See our privacy notice.

More to explore

Related products

Not provided