Flange Wedge with Lanyard Hole

Non-sparking flange wedge w/ lanyard hole for use in petrochemical, grain production (explosive-dust), utilities, and hazmat applications.
Non-magnetic flange wedge w/ lanyard hole for use in MRI/NMR, nuclear products, electronic manufacturing, and other sensitive equipment.
Corrosion Resistant flange wedge w/ lanyard hole for use in desalination plants, chemical/paper manufacturing, and shipyards.

When ordering, specify:
	A = Aluminum Bronze	B = Copper Beryllium
Example:	Ex1101U-1A	Ex1101U-1B

No.	Material	a inch	b inch	l inch	Wt. lbs.
Ex1101U-1A	Aluminum Bronze	1/4	1/2	3	0.04
Ex1101U-1B	Copper Beryllium	1/4	1/2	3	0.04
Ex1101U-2A	Aluminum Bronze	1/2	3/4	4	0.18
Ex1101U-2B	Copper Beryllium	1/2	3/4	4	0.18
Ex1101U-3A	Aluminum Bronze	1/2	1	6	0.42
Ex1101U-3B	Copper Beryllium	1/2	1	6	0.42
Ex1101U-4A	Aluminum Bronze	3/4	1-1/2	6	0.92
Ex1101U-4B	Copper Beryllium	3/4	1-1/2	6	0.92
Ex1101U-5A	Aluminum Bronze	1/2	1-1/4	7	0.64
Ex1101U-5B	Copper Beryllium	1/2	1-1/4	7	0.64
Ex1101U-6A	Aluminum Bronze	3/4	2	7	1.56
Ex1101U-6B	Copper Beryllium	3/4	2	7	1.56
Ex1101U-7A	Aluminum Bronze	1-5/8	1-1/2	8	2.50
Ex1101U-7B	Copper Beryllium	1-5/8	1-1/2	8	2.50
Ex1101U-8A	Aluminum Bronze	1	1-1/2	8	1.72
Ex1101U-8B	Copper Beryllium	1	1-1/2	8	1.72
Ex1101U-9A	Aluminum Bronze	3/4	2	8	1.66
Ex1101U-9B	Copper Beryllium	3/4	2	8	1.66
Ex1101U-10A	Aluminum Bronze	1-1/4	2	8	2.96
Ex1101U-10B	Copper Beryllium	1-1/4	2	8	2.96
Ex1101U-11A	Aluminum Bronze	3/8	2	7	1.20
Ex1101U-11B	Copper Beryllium	3/8	2	7	1.20
Ex1101U-12A	Aluminum Bronze	3/8	2	3-9/16	0.40
Ex1101U-12B	Copper Beryllium	3/8	2	3-9/16	0.40
Ex1101U-14A	Aluminum Bronze	3/4	1-1/2	9	2.19
Ex1101U-14B	Copper Beryllium	3/4	1-1/2	9	2.19

How to Choose the Correct Alloy for Your Application
	Aluminum-Bronze (AlBr) Alloy	Copper-Beryllium (CuBe₂) Alloy
Zone Compatibility	Fulfill demand in ATEX Directive 1999/92/EC for work in Zones 0, 1, 2, 20, 21 and 22, M1 & M2	Fulfill demand in ATEX Directive 1999/92/EC for work in Zones 0, 1, 2, 20, 21 and 22, M1 & M2
Hardness	27 HRC	38 HRC
Durability	Not as durable as CuBe.	Very durable due to high hardness and tensile strength.
Magnetic Properties	Low magnetism due to minimal ferrous components. Appropriate for non-critical non-magnetic applications.	Non-ferrous components; safer for applications demanding non-magnetic properties.
Composition	Al: 10.3% Fe: 4.5% Ni: 4.5% Other: 0.5% Cu: Balance	Be: 1.9% Co + Ni: 0.4% Other: 0.5% Cu: Balance