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MM Fiber

VIS/IR multimode fiber with reduced interference pattern 500-1700nm (polyimide)

Multimode fiber with reduced interference pattern is an improved multimode fiber that uses OH core material and is suitable for the wavelength range of 500-1700nm. It is coated with polyimide and has a standard numerical aperture of 0.22., It displays a negligible stripe pattern that is crucial for sensor applications. Additional buffering options such as higher or lower NA and ETFE or nylon (tetrafluoroethylene or polyamide) can be provided upon request.

Product PN#	product name	Working wavelength
AS 400/440 IRPI 465	VIS/IR multimode fiber with reduced interference pattern (polyimide cladding 440um)	500-1700nm	Add Inquiry
AS 300/330 IRPIT 355/700 black	VIS/IR multimode fiber with reduced interference pattern (polyimide cladding 330um buffer 700um)	500-1700nm	Add Inquiry
AS 300/330 IRPI 350	VIS/IR multimode fiber with reduced interference pattern (polyimide cladding 330um)	500-1700nm	Add Inquiry
AS 200/220 IRPI 245	VIS/IR multimode fiber with reduced interference pattern (polyimide cladding 220um)	500-1700nm	Add Inquiry

Optran ® Mid infrared (MIR) silver halide fiber wavelength: 4-18 µ m

This unique fiber contains photosensitive compounds (AgCl, AgBr), which are very suitable for the mid infrared (MIR) range.

Product PN#	product name	Working wavelength	numerical aperture	Other parameters
Optran® MIR	Optran ® Mid infrared (MIR) silver halide fiber 4-18 um	4-18µm	0.25		Add Inquiry

IRFLEX IRF Se series sulfide LWIR nonlinear long wave mid infrared fiber 1.5-10um

IRF Se series chalcogenide long wave infrared (LWIR) fiber (1.5 to 10 µ m)

Product PN#	product name	Working wavelength	Core diameter	Numerical aperture	Other parameters
IRF-Se-100	IRFLEX Nonlinear Long Wave Mid Infrared Fiber (1.5-8um Coating 330um NA0.275)	1.5-8µm	100um	0.275		Add Inquiry
IRF-Se-100R	IRFLEX Nonlinear Long Wave Mid Infrared Fiber (1.5-10um)	1.5-10µm	100um	0.27		Add Inquiry

Mid infrared ZBLAN fluoride core energy transmission fiber with a wavelength of 0.3-5um

ZBLAN fiber is a composite glass fiber composed of heavy metal fluorides such as ZrF4, BaF2, LaF3, AlF3, and NaF. Compared with widely used quartz optical fibers, ZBLAN optical fibers have the characteristics of a wide transmission wavelength range (0.35 μ m~4 μ m) and high emission efficiency of doped rare earth ions. By developing a unique fiber manufacturing technology, Xiaoxiao Photon has introduced low-cost production of high-quality (especially low loss) fluoride fibers.

Product PN#	product name	Core diameter	numerical aperture
ZMF-100/125-N-0.27	ZBLAN mid infrared large core energy transmission fiber with a core diameter of 100um	95±5µm	0.27µm	Add Inquiry
ZMF-160/200-N-0.27	ZBLAN mid infrared large core energy transmission fiber with a core diameter of 200um	160±25µm	0.27	Add Inquiry
ZMF-400/500-N-0.27	ZBLAN mid infrared large core energy transmission fiber with a core diameter of 400um	400±25µm	0.27	Add Inquiry

Sulfide MWIR Nonlinear Medium Wave Infrared Fiber 1.5-6.5um IRFLEX IRF-S Series

IRF-S series chalcogenide mid wave infrared (MWIR) fiber (1.5 to 6.5 µ m)

Product PN#	product name	Working wavelength	Cut off wavelength
IRF-S-400	1.5-6.5um IRFLEX Nonlinear Mid Infrared Fiber Core Diameter 400um	1.5 – 6.5um	1.4um	Add Inquiry
IRF-S-200	1.5-6.5um IRFLEX Nonlinear Mid Infrared Fiber Core Diameter 200um	1.5 – 6.5um	1.4um	Add Inquiry
IRF-S-100	1.5-6.5um IRFLEX Nonlinear Mid Infrared Fiber Core Diameter 100um	1.5 – 6.5um	1.4um	Add Inquiry
IRF-S-50	1.5-6.5um IRFLEX Nonlinear Mid Infrared Fiber Core Diameter 50um	1.5 – 6.5um	1.4um	Add Inquiry

Communication multimode fiber (62.5/125um)

62.5/125 μ m gradient refractive index multimode fiber meets or exceeds the ISO/IEC 11801-1 OM1 specification, IEC 60793-2-10 A1-OM1 specification, and TIA-492AAAF A1-OM1 specification.

Product PN#	product name	Core diameter	cladding diameter	coating diameter	Other parameters
62.5/125	Communication multimode fiber (62.5/125um)	62.5±2.5μm	125.0±1.0μm	245±7μm		Add Inquiry