OP4868 KBBF (KBe2BO3F2) Crystal

Catalog No.	OP4868
Material	KBe2BO3F2
Melting Point	834 ℃
Mohs Hardness	4
Density	3.01g/cm³

KBBF Crystal, referred to as Potassium Yttrium Double Tungstate, is a new type of deep ultraviolet nonlinear optical crystal capable of producing high-quality, high-power lasers ranging from infrared to vacuum ultraviolet. Stanford Advanced Materials (SAM) has rich experience in manufacturing and supplying high-quality Optical Products.

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Description

Specification

KBBF Crystal Description

KBBF Crystal, referred to as Potassium Yttrium Double Tungstate, is a new type of deep ultraviolet nonlinear optical crystal capable of producing high-quality, high-power lasers ranging from infrared to vacuum ultraviolet. It has a high nonlinear optical coefficient and can generate coherent light in the deep ultraviolet region by a direct second harmonic generation with a minimum wavelength of 177 nm. Alternatively, a special prism-coupling technique can be used to generate coherent laser light bel.

KBBF Crystal Specifications

Crystal Structure	Tetragonal System
Lattice Parameters	a=b=c=6.207Å
Melting Point	834℃
Mohs Hardness	4
Density	3.01g/cm³
Thermal Conductivity	1.38W/(m·K)
Thermal Expansion Coefficient	a:7.5×10^-6/K, b:7.5×10^-6/K, c:5.5×10^-6/K