1461 Hinged handle
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  • 1461 Hinged handle

Description

1461  Hinged handle
NO. SIZE
146101 1/4”×150mm
146102 3/8”×200mm
146103 1/2”×250mm
146104 1/2”×320mm
146105 1/2”×400mm
146106 3/4”×300mm
146107 1”×400mm

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

1461 Hinged handle
+
  • 1461 Hinged handle

1461 Hinged 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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