Brazing Copper to Brass Pipe With Induction

Brazing Copper to Brass Pipe With Induction Objective: Brazing several brass and copper assemblies used in water faucets Material braze, white flux Temperature 1350 °F 730°C Frequency 200 or 280 kHz (coil dependant) Equipment DW-UHF-10KW induction heating system, remote work head with two 1μF capacitors and a 3-turn helical coil Process: Three helical coils are used separately to braze a range of provided parts. Parts are assembled with flux and a braze alloy and then heated. The heat time varies from part to part with large parts taking less than 3 minutes and, the smaller parts heated in less than 20 seconds. After heating the parts are quench-cooled. Results/Benefits Repeatability: the inherent precision of induction heating supports a process which is highly repeatable. Economy: the process allows for the use of higher temperature braze alloy than a flame process

Brazing Copper to Brass Pipe With Induction

Brazing Copper to Brass Pipe With Induction Objective: Brazing several brass and copper assemblies used in water faucets Material braze, white flux Temperature 1350 °F 730°C Frequency 200 or 280 kHz (coil dependant) Equipment DW-UHF-10KW induction heating system, remote work head with two 1μF capacitors and a 3-turn helical coil Process: Three helical coils are used separately to braze a range of provided parts. Parts are assembled with flux and a braze alloy and then heated. The heat time varies from part to part with large parts taking less than 3 minutes and, the smaller parts heated in less than 20 seconds. After heating the parts are quench-cooled. Results/Benefits Repeatability: the inherent precision of induction heating supports a process which is highly repeatable. Economy: the process allows for the use of higher temperature braze alloy than a flame process https://dw-inductionheater.com/brazing-copper-to-brass-pipe-with-induction.html?feed_id=230046&_unique_id=654383ad10afe

Brazing Copper to Brass Pipe With Induction

Brazing Copper to Brass Pipe With Induction Objective: Brazing several brass and copper assemblies used in water faucets Material braze, white flux Temperature 1350 °F 730°C Frequency 200 or 280 kHz (coil dependant) Equipment DW-UHF-10KW induction heating system, remote work head with two 1μF capacitors and a 3-turn helical coil Process: Three helical coils are used separately to braze a range of provided parts. Parts are assembled with flux and a braze alloy and then heated. The heat time varies from part to part with large parts taking less than 3 minutes and, the smaller parts heated in less than 20 seconds. After heating the parts are quench-cooled. Results/Benefits Repeatability: the inherent precision of induction heating supports a process which is highly repeatable. Economy: the process allows for the use of higher temperature braze alloy than a flame process

Brazing Copper to Brass Pipe With Induction

Brazing Copper to Brass Pipe With Induction Objective: Brazing several brass and copper assemblies used in water faucets Material braze, white flux Temperature 1350 °F 730°C Frequency 200 or 280 kHz (coil dependant) Equipment DW-UHF-10KW induction heating system, remote work head with two 1μF capacitors and a 3-turn helical coil Process: Three helical coils are used separately to braze a range of provided parts. Parts are assembled with flux and a braze alloy and then heated. The heat time varies from part to part with large parts taking less than 3 minutes and, the smaller parts heated in less than 20 seconds. After heating the parts are quench-cooled. Results/Benefits Repeatability: the inherent precision of induction heating supports a process which is highly repeatable. Economy: the process allows for the use of higher temperature braze alloy than a flame process

Brazing Copper to Brass Pipe With Induction

Brazing Copper to Brass Pipe With Induction Objective: Brazing several brass and copper assemblies used in water faucets Material braze, white flux Temperature 1350 °F 730°C Frequency 200 or 280 kHz (coil dependant) Equipment DW-UHF-10KW induction heating system, remote work head with two 1μF capacitors and a 3-turn helical coil Process: Three helical coils are used separately to braze a range of provided parts. Parts are assembled with flux and a braze alloy and then heated. The heat time varies from part to part with large parts taking less than 3 minutes and, the smaller parts heated in less than 20 seconds. After heating the parts are quench-cooled. Results/Benefits Repeatability: the inherent precision of induction heating supports a process which is highly repeatable. Economy: the process allows for the use of higher temperature braze alloy than a flame process

Brazing Copper to Brass Pipe With Induction

Brazing Copper to Brass Pipe With Induction Objective: Brazing several brass and copper assemblies used in water faucets Material braze, white flux Temperature 1350 °F 730°C Frequency 200 or 280 kHz (coil dependant) Equipment DW-UHF-10KW induction heating system, remote work head with two 1μF capacitors and a 3-turn helical coil Process: Three helical coils are used separately to braze a range of provided parts. Parts are assembled with flux and a braze alloy and then heated. The heat time varies from part to part with large parts taking less than 3 minutes and, the smaller parts heated in less than 20 seconds. After heating the parts are quench-cooled. Results/Benefits Repeatability: the inherent precision of induction heating supports a process which is highly repeatable. Economy: the process allows for the use of higher temperature braze alloy than a flame process

Brazing Copper to Brass Pipe With Induction

Brazing Copper to Brass Pipe With Induction Objective: Brazing several brass and copper assemblies used in water faucets Material braze, white flux Temperature 1350 °F 730°C Frequency 200 or 280 kHz (coil dependant) Equipment DW-UHF-10KW induction heating system, remote work head with two 1μF capacitors and a 3-turn helical coil Process: Three helical coils are used separately to braze a range of provided parts. Parts are assembled with flux and a braze alloy and then heated. The heat time varies from part to part with large parts taking less than 3 minutes and, the smaller parts heated in less than 20 seconds. After heating the parts are quench-cooled. Results/Benefits Repeatability: the inherent precision of induction heating supports a process which is highly repeatable. Economy: the process allows for the use of higher temperature braze alloy than a flame process

Brazing Copper to Brass Pipe With Induction

Brazing Copper to Brass Pipe With Induction Objective: Brazing several brass and copper assemblies used in water faucets Material braze, white flux Temperature 1350 °F 730°C Frequency 200 or 280 kHz (coil dependant) Equipment DW-UHF-10KW induction heating system, remote work head with two 1μF capacitors and a 3-turn helical coil Process: Three helical coils are used separately to braze a range of provided parts. Parts are assembled with flux and a braze alloy and then heated. The heat time varies from part to part with large parts taking less than 3 minutes and, the smaller parts heated in less than 20 seconds. After heating the parts are quench-cooled. Results/Benefits Repeatability: the inherent precision of induction heating supports a process which is highly repeatable. Economy: the process allows for the use of higher temperature braze alloy than a flame process

Brazing Copper to Brass Pipe With Induction

Brazing Copper to Brass Pipe With Induction Objective: Brazing several brass and copper assemblies used in water faucets Material braze, white flux Temperature 1350 °F 730°C Frequency 200 or 280 kHz (coil dependant) Equipment DW-UHF-10KW induction heating system, remote work head with two 1μF capacitors and a 3-turn helical coil Process: Three helical coils are used separately to braze a range of provided parts. Parts are assembled with flux and a braze alloy and then heated. The heat time varies from part to part with large parts taking less than 3 minutes and, the smaller parts heated in less than 20 seconds. After heating the parts are quench-cooled. Results/Benefits Repeatability: the inherent precision of induction heating supports a process which is highly repeatable. Economy: the process allows for the use of higher temperature braze alloy than a flame process

Brazing Copper to Brass Pipe With Induction

Brazing Copper to Brass Pipe With Induction Objective: Brazing several brass and copper assemblies used in water faucets Material braze, white flux Temperature 1350 °F 730°C Frequency 200 or 280 kHz (coil dependant) Equipment DW-UHF-10KW induction heating system, remote work head with two 1μF capacitors and a 3-turn helical coil Process: Three helical coils are used separately to braze a range of provided parts. Parts are assembled with flux and a braze alloy and then heated. The heat time varies from part to part with large parts taking less than 3 minutes and, the smaller parts heated in less than 20 seconds. After heating the parts are quench-cooled. Results/Benefits Repeatability: the inherent precision of induction heating supports a process which is highly repeatable. Economy: the process allows for the use of higher temperature braze alloy than a flame process

Brazing Copper to Brass Pipe With Induction

Brazing Copper to Brass Pipe With Induction Objective: Brazing several brass and copper assemblies used in water faucets Material braze, white flux Temperature 1350 °F 730°C Frequency 200 or 280 kHz (coil dependant) Equipment DW-UHF-10KW induction heating system, remote work head with two 1μF capacitors and a 3-turn helical coil Process: Three helical coils are used separately to braze a range of provided parts. Parts are assembled with flux and a braze alloy and then heated. The heat time varies from part to part with large parts taking less than 3 minutes and, the smaller parts heated in less than 20 seconds. After heating the parts are quench-cooled. Results/Benefits Repeatability: the inherent precision of induction heating supports a process which is highly repeatable. Economy: the process allows for the use of higher temperature braze alloy than a flame process