Polymer Property : Melting Point = 1770 °F Product List

Thermal Properties

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Thermal Properties	Metric	English
Melting Point	966 - 1040 °C	1770 - 1900 °F
Universal Wire Works BNi-2 (AMS 4777) Nickel Base Brazing Filler Metal Information provided by Universal Wire Works for their line of welding wire and filler metal.
Melting Point	966 - 1024 °C	1770 - 1875 °F
Universal Wire Works BNi-3 (AMS 4778) Nickel Base Brazing Filler Metal Information provided by Universal Wire Works for their line of welding wire and filler metal.
Melting Point	966 °C	1770 °F
Goodfellow Nickel 62/Silicon 38 Alloy Information provided by Goodfellow.
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TB Quenched Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TB Quenched Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TD1 Quenched/Cold Rolled, Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TD1 Quenched/Cold Rolled, Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TD2 Quenched/Cold Rolled, Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TD2 Quenched/Cold Rolled, Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TD3 Quenched/Cold Rolled, Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TD3 Quenched/Cold Rolled, Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TD4 Quenched/Cold Rolled, Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TD4 Quenched/Cold Rolled, Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TDX Quenched/Cold Rolled, Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TDX Quenched/Cold Rolled, Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TF Quenched/Precipitation Heat Treated, Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TF Quenched/Precipitation Heat Treated, Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TH1 Quenched/Precipitation Heat Treated, Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TH1 Quenched/Precipitation Heat Treated, Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TH2 Quenched/Cold Rolled/Precipitation Heat Treated, Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TH2 Quenched/Precipitation Heat Treated, Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TH3 Quenched/Precipitation Heat Treated, Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TH4 Quenched/Cold Rolled/Precipitation Heat Treated, Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TH4 Quenched/Precipitation Heat Treated, Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 TH3 Quenched/Cold Rolled/Precipitation Heat Treated, Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 THX Quenched/Cold Rolled/Precipitation Heat Treated, Rolled Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..
Melting Point	968 - 1078 °C	1770 - 1972 °F
CLAL-MSX NICLAFOR® 1000 THX Quenched/Precipitation Heat Treated, Drawn Copper Alloy Finished parts can be produced with: reduction in sections, high mechanical properties even at high temperature, high spring properties, high conductivity, good resistance to corrosion, low permeabi..