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Brazing Image


Carbide Brazing Alloys Title
Lucas-Milhaupt offers several products for brazing carbide and diamond cutting tools. These materials typically include nickel or manganese (or both) to facilitate wetting of the carbide and increase bond strength. Many of these alloys are also available in a Tri-metal form. These Trimet® alloys consist of two layers of brazing filler metal clad onto a core of copper. This eases the stresses that arise due to the differences in thermal expansion between the carbide and base metal and is particularly important when joining carbides larger than one half inch.

Filler Metal ImageFiller Metal ImageFiller Metal ImageFiller Metal Image

Use the chart below to compare our most popular carbide brazing alloys.

Carbide Brazing Alloys

Solidus
Liquidus
Nominal Composition, %
AWS Class
Technical Documents
MSDS Safety Documents
°F
°C
°F
°C
Ag
Cu
Zn
Ni
Others
Easy Flo 3
Lowest melting filler metal for joining carbides and steels.
1170
632
1270
687
50 15.5
15.5
3.0
16 Cd
BAg-3
PDF Icon for Technical Document
184K
PDF Icon for Safety Document
100K
BR 252
Economical filler metal for carbide, stainless steel and steel.
1305
707
1475
801
25
38
33
2
2 Mn
BAg-26
PDF Icon for Technical Document
188K
PDF Icon for Safety Document
98K
BR 403
For carbides, steels and stainless steel; slow flow.
1240
670
1435
779
40
30
28
2
0
BAg-4
PDF Icon for Technical Document
77.5K
PDF Icon for Safety Document
95.8K
BR 495
For low-temperature brazing of tungsten carbide and stainless steel.
1260
682
1290
698
49
16
23
4.5
7.5 Mn
BAg-22
PDF Icon for Technical Document
76.4K
PDF Icon for Safety Document
97.7K
BR 505
Cd-free replacement for EF 3. Joins carbides and stainless steel. Fluid flow.
1220
659
1305
707
50
20
28
2
0
BAg-24
PDF Icon for Technical Document
78.8K
PDF Icon for Safety Document
95.8K
Hi-Temp 548
Moderate strength, low melting copper based alloy for carbides, tool steels, etc.
1615
879
1685
917
0
55
35
6
4 Mn
N/A
PDF Icon for Technical Document
149K
PDF Icon for Safety Document
97K
Hi-Temp 095
High strength filler metal for joining carbides, steels and heat resistant alloys.
1615
879
1700
926
9.5
52.5
0
0
38.0 Mn
N/A
PDF Icon for Technical Document
152K
PDF Icon for Safety Document
87.2K
Hi-Temp 080
Economical, high strength filler metal for joining carbides to alloy steels.
1575
856
1675
912
0
54.85
25
8
.15 Si, 12 Mn
N/A
PDF Icon for Technical Document
162K
PDF Icon for Safety Document
97K
Trimet 245
Braze 495 on both sides of copper in 1-2-1 ratio.
1260
680
1290
700
--
--
--
--
--
N/A
PDF Icon for Technical Document
72K
PDF Icon for Safety Document
98K
Trimet 258
Easy-Flo 3 on both sides of copper in 1-2-1 ratio.
1170
632
1270
687
--
--
--
--
--
N/A
PDF Icon for Technical Document
184K
PDF Icon for Safety Document
101K
Trimet 259
Braze 505 on both sides of copper. Cd-free with higher strength and better flow qualities than Trimet 258.
1220
659
1305
707
--
--
--
--
--
N/A
PDF Icon for Technical Document
168K
PDF Icon for Safety Document
98K






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