Hand Tools

* Torque For Exceed DIN Specification No. 7426* HRC: 58º ± 2, Superior High Torque

* Torque For Exceed DIN Specification No. 7426* HRC: 58º ± 2, Superior High Torque

* Torque For Exceed DIN Specification No. 7426* HRC: 58º ± 2, Superior High Torque

* Torque For Exceed DIN Specification No. 7426* HRC: 58º ± 2, Superior High Torque

* Torque For Exceed DIN Specification No. 7426* HRC: 58º ± 2, Superior High Torque

* Torque For Exceed DIN Specification No. 7426* HRC: 58º ± 2, Superior High Torque

* Torque For Exceed DIN Specification No. 7426* HRC: 58º ± 2, Superior High Torque

* Torque For Exceed DIN Specification No. 7426* HRC: 58º ± 2, Superior High Torque

* Torque For Exceed DIN Specification No. 7426* HRC: 58º ± 2, Superior High Torque

* High Grade Chrome Vanadium Steel, Chrome Plated Finish* Proper Heat Treated, Extra Durability & Strength

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others

NIETZ Total Contact Xi-on Socket is designed for the idea-how to prevent nutsdamage from point contact. According to DIN standard add a special ”X” designto prolong contact area and prevent nut’s hex-point been damaged.NIETZ Total Contact Conventional SocketXi-on Socket Conventional socketLess than 1° bevel contact the nut withangle design, Total point, it is easily toContact Xi-on Socket damage nut corner andsupply a “Line” contact become rounded. between socket and nut,which protect the nutcorner from damaged. Test Result 1: Due to “Line” contact, NIETZ Total Xi-on Socket’s tester-nut remainsvery good out shape after test, but Conventional Socket’s tester-nutcorner are damaged after test.NIETZ Total Contact Conventional SocketXi-on Socket The tester-nut cornersThe surface and corner are damaged afterof tester-nut remain driven by Conventionalvery good shape after Socket.driven by NIETZ TotalContact Xi-on Socket.Test Result 2: NIETZ Total Contact Xi-on Socket totally contact with nut, so, thetorque can evenly spread over nut while applied power.NIETZ Total Contact Conventional Socket Xi-on Socket The nut contact only fewBecause six faces of nut certain points of thetotally contact with Conventional socket,NIETZ Total Contact the torque can’t eventlyXi-on Socket, the torque spread over the nut headcan evenly spread over nut head while applied power so, the tester-nutwhile applied power, so, the tester-nut unevenly broken after the test.evenly broken after the test.Limit Factor Analysis (Stress-Distributed Test) - NIETZ Total Contact Xi-onSocket’s high pperformance design allows socket bear less stress concentrationand makes your job easier and labor saved.NIETZ Total Contact Conventional SocketXi-on Socket More green color showsLess green color shows both ConventionalNIETZ Total Contact socket and tester-nutXi-on Socket’s Line bear much morecontact reduce both stress concentration.socket and tester-nut stressConcentration.High Performance NIETZ Total Xi-on Socket has better fatigue testing resultwhile vs. other Conventional SocketNIETZ Total Contact Conventional SocketXi-on Socket After 1842 times fatigueAfter 2755 times fatigue test, other Conventionaltest, NIETZ Total Contact socket cracks on 6 pointXi-on Socket still end.remains a verygood shape.Torque Test OfNIETZ Total ContactXi-on SocketsCompares With Others