10804/EN/Products/HI-TEMP-820.htmHi-Temp 820 is a nickel/chrome brazing alloy that can braze long narrow joints. Used for thick stainless steels, cobalt, ductile nickels. Note that in nuclear equipment, it should not be exposed to radiation.18309991780971Nucelar Equipment, turbines, jet engines, chemical processingNickelNiChromiumCrSiliconSiBoronBIronFeHI-TEMP 82082.407.004.503.103.00HI-TEMP 82015013/EN/Industry/Aerospace.htmLucas Milhaupt brazing experts offer braze training and a wide breadth of brazing alloys to aerospace companies looking to increase the lifespan of mission critical components./Lucas/Industry-Buckets/Aerospace.jpgApplicationAWSBaseMaterialIndustryAerospaceIndustryPageInternationalStandardsOEMFormProductFamily1909/EN/Industry/Automotive.htmLucas Milhaupt helps automotive manufacturers prepare for the next wave of automotive technology with innovative brazing alloys and process improvements./Lucas/Industry-Buckets/Automotive.jpgApplicationAWSBaseMaterialIndustryAutomotiveIndustryPageInternationalStandardsOEMFormProductFamilyAWSAMS: 4777AWS: BNi-2BaseMaterialIndustryAerospaceAutomotiveIndustryPageInternationalStandardsOEMFormProductFamilyCustom SolutionsFiller MetalsPastes02019-07-03T09:54:36.83000

HI-TEMP 820

Product Overview

Hi-Temp 820 is a nickel/chrome brazing alloy that can braze long narrow joints. Used for thick stainless steels, cobalt, ductile nickels. Note that in nuclear equipment, it should not be exposed to radiation.
Industry Applications:
Nucelar Equipment, turbines, jet engines, chemical processing

Product Specifications

Name:HI-TEMP 820
Nominal Composition:Nickel 82.40, Chromium 7.00, Silicon 4.50, Boron 3.10, Iron 3.00,
Ni
82.40
Cr
7.00
Si
4.50
B
3.10
Fe
3.00
Liquidus:1830 °F, 999 °C
Solidus:1780 °F, 971 °C

Related Industries

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Aerospace

Lucas Milhaupt brazing experts offer braze training and a wide breadth of brazing alloys to aerospace companies looking to increase the lifespan of mission critical components.

.

Automotive

Lucas Milhaupt helps automotive manufacturers prepare for the next wave of automotive technology with innovative brazing alloys and process improvements.

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