2010 Peen hammer fiberglass handle
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  • 2010 Peen hammer fiberglass handle

Description

2010  Peen Hammer fiberglass handle
NO. SIZE NO. SIZE
201001 0.45 kg 201002 0.68 kg

Non sparking tools is also called safety tools or explosion proof tools.There are two types of materials.

1,Aluminum bronze,Al-Cu,aluminum,nickel,manganese,iron and other metals were added to the high purity electrolytic copper as matrix to form copper-based alloy.

2,Beryllium copper,Be-Cu,the copper base alloy was forming by adding some metals such as beryllium,nickel.

The thermal and electrical conductivity of these two materials are very good,beryllium bronze is non-magnetic and can be used in strong magnetic fields.

Explosion proof tools can be divided in two catagories by manufacturing process.

1.Cast,is a kind of traditional technique,it is an international technology for manufacturing explosion proof tools in 1980s.

   Advantages of casting process: simple process,lower manufacturing cost.

   Disadvantages: product density,hardness,tensile strength,low torque,more pores and trachoma lead to shorter service life.

2.Forging,is a kind of international manufacturing technology.Products can be made one-time forging by large press or punch press with heat-resistant forming die.

   Advantages:greatly improved the performance in product density,hardness,tensile strenth,torque,basically eliminate porosity,trachoma.The machanical properties    of products service life than traditional casting process 1 times.

  Disavantages: product equipments,mold development,resulting higher cost.

Non- sparking spanners

Technical

Be-Cu
Green lake, GBEX IC,for hydrogen with concentration 21.0+2.0%.
Hardness HRC35
Tensile strength δ b 105-120kgf/mm²

 

Al-Cu
Bluish yellow, GBEX IIB, for ethylene with concentration 7.8+0.5%
Hardness HRC25
Tensile strength δ b 75-85kgf/mm²

Keywords

2010 Peen hammer fiberglass handle
+
  • 2010 Peen hammer fiberglass handle

2010 Peen hammer fiberglass handle

Aluminum bronze,Al-Cu,aluminum,nickel,manganese,iron and other metals were added to the high purity electrolytic copper as matrix to form copper-based alloy.

Classification


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