Jay Alloys Code

Nominal Composition %

Usage / Application

JAAg67Cd10

Used for brazing of silver goods made of silver

JAAg50Cd18

One of the lowest melting point Silver Brazing alloys available. It has excellent flow characteristics. The highest joint strength can be obtained with this alloy. Has better resistance to corrosion in chlorine, sulphur and steam environments.

JAAg45Cd24

This has the lowest brazing temperature range of the BAg filler metals. It also flows more freely into narrow clearance capillary joints. Its narrow melting range is suitable for rapid or slow methods of heating.

JAAg44Cd15

Low melting filler metal for brazing electrical contacts and molybdenum or copper-tungsten electrodes.

JAAg43Cd21

Lowest melting, High flow low cost brazing alloy which form very superior brazing joints having very small clearances.Ideal where joints have a close fitup and will produce neat joints with optimum ductility and strength.

JAAg40Cd20

Medium range, low temp brazing alloy for compressor application.

JAAg35Cd18

A free flowing general purpose brazing alloy. Its broader melting range is helpful where clearances are wide or are not uniform. Unless heating is rapid, care must be taken that the lower melting constituents do not separate out by liquation.

JAAg30Cd21

Similar to JAAg40Cd20 but more economical.

JAAg25Cd175

Silver 251, 250 & 20Cd have good fillet forming properties with an ability to bridge wide gaps. Their wide melting range limit their applications. Due to their wide melting range they are somewhat more subject to liquation and may require more care during brazing. Therefore, they are not normally recommended for applications with slow heating rates.

JAAg25Cd14

JAAg20Cd15

JAAg12Cd7

Economical alloy with wide melting range. Like above, preferred for applications having short heating cycles to avoid liquation. Ideal for bridging wider gaps where work pieces are insensitive to heat.

JAAg5Cd7

Used where alloy having higher melting point and better strength than soft solder is required.

Jay Alloys Code

Nominal Composition %

Usage / Application

JAAg67Cd10

Used for brazing of silver goods made of silver

JAAg50Cd18

One of the lowest melting point Silver Brazing alloys available. It has excellent flow characteristics. The highest joint strength can be obtained with this alloy. Has better resistance to corrosion in chlorine, sulphur and steam environments.

JAAg45Cd24

This has the lowest brazing temperature range of the BAg filler metals. It also flows more freely into narrow clearance capillary joints. Its narrow melting range is suitable for rapid or slow methods of heating.

JAAg44Cd15

Low melting filler metal for brazing electrical contacts and molybdenum or copper-tungsten electrodes.

JAAg43Cd21

Lowest melting, High flow low cost brazing alloy which form very superior brazing joints having very small clearances.Ideal where joints have a close fitup and will produce neat joints with optimum ductility and strength.

JAAg40Cd20

Medium range, low temp brazing alloy for compressor application.

JAAg35Cd18

A free flowing general purpose brazing alloy. Its broader melting range is helpful where clearances are wide or are not uniform. Unless heating is rapid, care must be taken that the lower melting constituents do not separate out by liquation.

JAAg30Cd21

Similar to JAAg40Cd20 but more economical.

JAAg25Cd175

Silver 251, 250 & 20Cd have good fillet forming properties with an ability to bridge wide gaps. Their wide melting range limit their applications. Due to their wide melting range they are somewhat more subject to liquation and may require more care during brazing. Therefore, they are not normally recommended for applications with slow heating rates.

JAAg25Cd14

JAAg20Cd15

JAAg12Cd7

Economical alloy with wide melting range. Like above, preferred for applications having short heating cycles to avoid liquation. Ideal for bridging wider gaps where work pieces are insensitive to heat.

JAAg5Cd7

Used where alloy having higher melting point and better strength than soft solder is required.