Evaporable Non-nitrogen-doped Getter

	Features and Applications
	Evaporable non-nitrogen-doped Getter is produced by compressing alloys of Barium, Aluminium with Nickel into a metallic container. It has two series: ring getter and tablet getter. Ring getter is characterized in small amount of gases and short total time. Besides the advantages of ring getter, tablet getter also has the advantage of small Barium film area. Product this can apply to HID light, solar energy collect hot tube, VFD various kinds of electric vacuum devices extensively, Absorb the harmful gas , maintain the vacuity of the device, lengthen the service life of the device.
	Basic Characteristics and General Data
	Type Outlines Barium Yield (mg) Amount of Gases (Pa.L) Form of the support stand Select BI4U1X PIC 1 1 - - - BI5U1X 1 ≤1.33 - - BI9U6 6 ≤6.65 IFG15 LFG15 BI11U10 10 ≤6 IFG19 TFG21 BI11U12 12 ≤12.7 IFG15 LFG15 BI11U25 25 ≤12 IFG19 LFG15 BI13U8 8 ≤4 IFG12 - BI13U12 12 ≤6 IFG19 TFG21 BI12L25 PIC 2 25 ≤10 TFG21 - BI13L35 35 ≤13.3 TFG21 - BI14L50 50 ≤15 TFG21 - BI9C6 PIC 3 6 ≤8 LFG15 IFG8 BI11C3 PIC 4 3 ≤5 TFG21 - BI12C10 PIC 5 10 ≤6 TFG21 -
	PIC1 PIC2 PIC3 PIC4 PIC5 PIC6        Remark: Please refer to PIC.6 for support type and the support length can be produced as customer’s demands.
	Suggested Activation Conditions
	Type Start Time Total Time BI4U1X 4.5 s 8 s BI5U1X 4.5 s 10 s BI9U6 5.5 s 10 s BI11U10 5.0 s 10 s BI11U12 6.5 s 10 s BI11U25 4.5 s 10 s BI13U8 5.0 s 10 s BI13U12 6.0 s 10 s BI12L25 6.0 s 20 s BI13L35 8.0 s 20 s BI14L50 6.0 s 20 s BI9C6 5.5 s 10 s BI11C3 5.5 s 10 s BI12C10 5.0 s 10 s
	Caution
	The environment to store getter shall be dry and clean, and relative humidity lower than 75%, and temperature lower than 35℃, and no corrosive gases. Once the original packing has been opened, getter shall be used up soon and usually it shall not be exposed to the ambient atmosphere more than 24 hours. Prolonged storage of getter after the original packing has been opened shall be always in containers under vacuum or in a dry atmosphere。