Factory source Ir Nonlinear Optical Nlo Material - TGG Crystals – Dien

WhatsApp Send email to us Download as PDF

Product Detail

Feedback (2)

Assume full accountability to satisfy all demands of our consumers; reach ongoing advancements by endorsing the expansion of our purchasers; come to be the final permanent cooperative partner of clients and maximize the interests of clientele for Laser Yag, Nd Yag Q Switch, Y3al5o12 Yb, You would not have any communication problem with us. We sincerely welcome customers all over the world to contact us for business cooperation.

Factory source Ir Nonlinear Optical Nlo Material - TGG Crystals – Dien Detail:

TGG is an excellent magneto-optical crystal used in various Faraday devices (Rotator and Isolator) in the range of 400nm-1100nm, excluding 475-500nm.
Advantages of TGG:
Large Verdet constant (35 Rad T-1 m-1)
Low optical losses (<0.1%/cm)
High thermal conductivity (7.4W m-1 K-1).
High laser damage threshold (>1GW/cm2)

Product detail pictures:

Related Product Guide:

We have a professional, efficiency team to provide quality service for our customer. We always follow the tenet of customer-oriented, details-focused for Factory source Ir Nonlinear Optical Nlo Material - TGG Crystals – Dien , The product will supply to all over the world, such as: British, Mexico, Belgium, We adhere to the honest, efficient, practical win-win running mission and people-oriented business philosophy. Excellent quality, reasonable price and customer satisfaction are always pursued! If you are interested in our items, just try to contact us for more details!

Managers are visionary, they have the idea of "mutual benefits, continuous improvement and innovation", we have a pleasant conversation and Cooperation.

By Joseph from Anguilla - 2017.01.28 19:59

The customer service staff is very patient and has a positive and progressive attitude to our interest, so that we can have a comprehensive understanding of the product and finally we reached an agreement, thanks!

By Daisy from Burundi - 2017.11.29 11:09