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  • Non Sparking Ring End Slogging Spanner

  • Non Sparking Ring End Slogging Spanner

  • Non Sparking Ring End Slogging Spanner

  • Non Sparking Ring End Slogging Spanner

Non Sparking Ring End Slogging Spanner

Material: Beryllium Copper alloy,Aluminum Bronze alloy.
Die forged.
With heavy-duty striking end.
Used with a non-sparking hammer to tighten/loosen large nuts or bolts.
Anti-magnetic and highly corrosion resistant.
Lifetime guarantee.
Payment Terms: 100% T/T IN ADVANCE
Packaging Details: carton
Delivery time: 7-30 days.
Supply Ability: 50000 Per Month.
Min. Order Quantity:10pcs.

Non sparking ring end slogging spanner Description

Non sparking ring end slogging spanner is used with a non-sparking hammer to tighten or loosen large nuts and bolts.Non sparking tools are designed for use in potentially explosive environments where traditional steel tools may create a spark. 

SK158   Wrench, Striking  Box

NO.

S(mm)

L(mm)

Be-Cu(g)

Al-Cu(g)

158-17

17

145

140

125

158-19

19

145

140

125

158-22

22

155

180

160

158-24

24

165

250

220

158-27

27

175

350

315

158-30

30

185

475

430

158-32

32

185

490

450

158-34

34

200

540

490

158-36

36

205

580

540

158-38

38

215

680

620

158-41

41

225

755

680

158-46

46

235

990

890

158-50

50

250

1145

1030

158-55

55

265

1440

1300

158-60

60

274

1620

1450

158-65

65

298

1995

1800

158-70

70

320

2435

2200

158-75

75

326

3010

2720

158-80

80

350

3600

3250

158-85

85

355

4330

3915

158-90

90

380

5200

4700

158-95

95

390

5450

4920

158-100

100

410

6750

6100

158-105

105

420

7000

6320

158-110

110

445

8000

7250

158-120

120

480

11000

9930

158-130

130

510

12610

11400

158-140

140

520

13000

11750

158-150

150

565

14500

13100

 

SK158A  Wrench,Striking Box,Inch

NO.

S(Inch)

L(mm)

Be-Cu(g)

Al-Cu(g)

158A-1002

11/16"

145

210

190

158A-1004

3/4"

145

210

180

158A-1006

7/8"

155

245

220

158A-1008

1"

175

350

315

158A-1010

1-1/16"

175

350

315

158A-1012

1-1/8"

185

455

410

158A-1014

1-3/16"

185

475

430

158A-1016

1-1/4"

185

470

425

158A-1018

1-3/8"

200

560

500

158A-1020

1-1/2"

215

790

710

158A-1022

1-5/8"

225

755

680

158A-1024

1-3/4"

235

1020

920

158A-1026

1-13/16"

235

990

890

158A-1028

2"

250

1145

1030

158A-1030

2-1/16"

250

1160

995

158A-1032

2-3/16"

265

1440

1065

158A-1034

2-13/64"

265

1440

1065

158A-1036

2-5/16"

274

1620

1295

158A-1038

2-3/8"

274

1620

1295

158A-1040

2-1/2"

274

1620

1295

158A-1042

2-9/16"

298

1995

1800

158A-1044

2-5/8"

298

1995

1800

158A-1046

2-3/4"

320

2435

2200

158A-1048

2-15/16"

326

3010

2720

158A-1050

3"

326

3010

2720

158A-1052

3-1/16"

326

3010

2720

158A-1054

3-1/8"

350

3600

3250

158A-1056

3-3/8"

350

3600

3250

158A-1058

3-9/16"

380

5200

4700

158A-1060

3-3/4"

390

5450

4920

158A-1062

3-15/16"

410

6750

6100

158A-1064

4-1/8"

420

7000

6320

 

Advantages and disadvantage of beryllium copper alloy and aluminum bronze:

 


Aluminium-Bronze (al-Br) alloy

Beryllium-Copper (Be-Cu) alloy

Advantages

Non sparking

Explosion proof

Highly wear-resistant

Higher heat resistance than Beryllium-Copper

More economic than Beryllium-Copper

Non sparking

Explosion proof

Highly wear-resistant

High hardness 

Higher tensile strength than Aluminium-Bronze

Disadvantages

Lower tensile than Beryllium-Copper

Higher weight than Aluminium-Bronze

 

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