Shandong Laiwu Cn-Aihua Carpet Co., Ltd.
Products
Contact Us
  • Contact Person : Mr. Xu Ricky
  • Company Name : Shandong Laiwu Cn-Aihua Carpet Co., Ltd.
  • Tel : 86-0634-6219317
  • Fax : 86-0634-6219012
  • Address : Shandong,Laiwu,RenHuaYuan industrial Park
  • Country/Region : China
  • Zip : 271100

welding flux ZT.HJ107

welding flux ZT.HJ107
Product Detailed
Related Categories:Welding Fluxes
GUIDELINES FOR USAGE: 1.Dry the flux at 250aa for 2 hours before use. 2.Completely remove rust, oil and dirt from the gro

 

 

 

 

 

 

ZT.HJ107(151)(NO Manganese-oxide welding flux)

In accordance with GB/T17854-1999                  F308-H0Cr2lNil0                  F308L-H00Cr2Ni10

 DESCRIPTION:     ZT.HJ107(151)is a fused type no manganese-oxide flux with pumiceous granule of bluish gray to dark gray color, about 10-60 mesh in size. This flux is designed for welding of auste-nitic stainless steel and is of characteristics with less carbon increment and less chromium loss. APPLICATIONS:   This flux is recommended to use with H0Cr21Ni10, H0Cr21Ni10Ti, H0Cr24Ni12Nb,,H00Cr21Ni10Nb,H00Cr26Ni12,H00Cr21Ni10 wires and strips doe welding of stainless steel and anti-corrosion cladding of nuclear pressure vessels and petrol chemical installations. It is also used for repair welding of high welding of high manganese steel with H0Cr16Mn16 wire.For welding of niobium stabilized stainless steel, the flux of LH.HJ107Nb may be selected to solve the problem of difficult removal of welding slag. TYPICAL PROPERTIES OF CLADDING LAYERS:   Being matched with H00Cr26Ni12(first layer) and H00Cr21Ni10(surface layers)welding strips for cladding on 50mm thick ISMnMoNb steel.1. Carbon increment≤0.01% Chromium loss≤1.5%2.   After sensitization treatment, the specimen has passed the intercrystalline corrosion test in accordance with GB4334.5-1990< Method of corrosion test by sulfuric acidc-opper sulfate for stainless steel> GUIDELINES FOR USAGE:1.Dry the flux at 250°C for 2 hours before use.2.Completely remove rust, oil and dirt from the groove surface prior to welding. TYPICAL FLUX COMPOSITION RANGE(%)
SiO2+AI2O3CaF2MgO+CaOSP
42-54<2613-26≤0.06≤0.08
 TYPICAL CHEMICAL COMPOSITION AND MECHANICAL PROPERTIES OF DE-POSITED METAL
Flux & Wire inationChmical composition of deposited metal(%)Mechanical properties
CMnSPSiCrNióbMPa5%
HJ107+H0Cr21Ni100.051.130.010.0300.7118.579.2358349.2

 

welding flux ZT.HJ107



Copyright Notice @ 2008-2022 ECBAY Limited and/or its subsidiaries and licensors. All rights reserved.