Deep Sockets, 6-Point, 1/4" Drive

Ex1610 Series

  • Ex1610 Deep Impact Sockets, 6-Point, 1/4" Drive
  • Ex1610 Deep Impact Sockets, 6-Point, 1/4" Drive Dimensional Drawing
  • Ex1610 Deep Impact Sockets, 6-Point, 1/4" Drive
  • Ex1610 Deep Impact Sockets, 6-Point, 1/4" Drive Dimensional Drawing
  • Non-Sparking
  • Non-Magnetic
  • Corrosion Resistant
  • TUV & ISO 9001:2015 Production Certified
  • Lifetime Warranty
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Applications:

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

  • Standard Sizes
  • Metric Sizes
  • Alloys & Use
When ordering, specify:
 A = Aluminum BronzeB = Copper Beryllium
Example:Ex1610-005UAEx1610-005UB

 


No.
a
inch
s
inch
Bolt Clearance Depth
Inch
Hex Depth
Inch
Ex1610-005U1/41/81.540.4
Ex1610-010U1/43/161.540.4
Ex1610-012U1/47/321.540.4
Ex1610-015U1/41/41.540.4
Ex1610-017U1/49/321.540.4
Ex1610-020U1/45/161.540.4
Ex1610-022U1/411/321.540.4
Ex1610-025U1/43/81.540.4
Ex1610-030U1/47/161.540.4
Ex1610-035U1/41/21.540.4
Ex1610-040U1/49/161.540.4
When ordering, specify:
 A = Aluminum BronzeB = Copper Beryllium
Example:Ex1610-3AEx1610-3B

 


No.
a
inch
s
mm
Bolt Clearance Depth
mm
Hex Depth
mm
Ex1610-31/433910
Ex1610-41/443910
Ex1610-4.51/44.53910
Ex1610-51/453910
Ex1610-5.51/45.53910
Ex1610-61/463910
Ex1610-71/473910
Ex1610-81/483910
Ex1610-91/493910
Ex1610-101/4103910
Ex1610-111/4113910
Ex1610-121/4123910
Ex1610-131/4133910
Ex1610-141/4143910
How to Choose the Correct Alloy for Your Application
 Aluminum-Bronze (AlBr) AlloyCopper-Beryllium (CuBe2) Alloy
Zone CompatibilityFulfill demand in ATEX Directive 94/9/EC for work in Zones 1, 2, 21 and 22Fulfill demand in ATEX Directive 94/9/EC for work in Zones 0, 1, 2, 20, 21 and 22
Hardness27 HRC38 HRC
DurabilityNot as durable as CuBe.Very durable due to high hardness and tensile strength.
Magnetic PropertiesLow magnetism due to minimal ferrous components. Appropriate for non-critical non-magnetic applications.Non-ferrous components; safer for applications demanding non-magnetic properties.
CompositionAl: 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

For More Information on Choosing The Correct Alloy for Your Application - Click Here

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