Consumeables Catalog - Lincoln Electric
Consumeables Catalog - Lincoln Electric Consumeables Catalog - Lincoln Electric
HARDFACING SUBMERGED ARC (SAW) FLUX Lincolnweld ® Alloy Flux Key Features Modified Type 420 stainless deposit with a carbon content near the high side for as-welded hardness Designed to produce a weld deposit with 13% chromium, 0.23% carbon when proper procedures are followed 276 ı THE LINCOLN ELECTRIC COMPANY A-96-S Typical Applications Use with Lincolnweld ® L-60 mild steel wire for hardfacing Packaging 60 lb (27.2 kg) Plastic Bag ED031860 NOTE: Deposit carbon, alloy content and hardness depend upon the ratio of flux melted to wire melted. High voltage promotes high carbon and alloy contents, while low voltage promotes lower carbon and alloy content. Lincolnweld ® Alloy Flux Key Features Produces a deposit with good abrasion resistance, allows some machinability Low carbon martensitic deposit Hardness range is 24-45 Rockwell C (R ), C depending upon the actual welding procedure used H-535 Typical Applications Use with Lincolnweld ® L-60 mild steel wire for hardfacing Packaging 50 lb (22.7 kg) Paper Bag ED027865 NOTE: Deposit carbon, alloy content and hardness depend upon the ratio of flux melted to wire melted. High voltage promotes high carbon and alloy contents, while low voltage promotes lower carbon and alloy content.
Typical Applications Use with Lincolnweld ® L-60 mild steel wire for hardfacing Packaging 100 lb (45.4 kg) Paper Bag ED010345 HARDFACING SUBMERGED ARC (SAW) FLUX Lincolnweld ® Key Features H-560 EN 760 – S A Z 3 • Alloy Flux High alloy flux depositing primary carbides in a martensitic matrix Excellent material for severe abrasion applications Resistance to abrasion is 50 to 60 times that of plain carbon steel NOTE: Deposit carbon, alloy content and hardness depend upon the ratio of flux melted to wire melted. High voltage promotes high carbon and alloy contents, while low voltage promotes lower carbon and alloy content. Packaging 50 lb (22.7 kg) Paper Bag 550 lb (249 kg) Drum 3000 lb (1361 kg) Bulk Bag Lincolnweld ® 801® EN 760 – S A FB 1; EN 760 – S A FB 2 • Neutral Flux ED019588 ED023403 EDS30786 Key Features Provides smooth beads and excellent slag removal Fast-freezing Typical Applications Hardfacing Use with Lincore ® 20, 30-S, 35-S, 40-S, 42-S, 4130, 8620, 410, 410NiMo, 420 and 96S NOTE: Deposit carbon, alloy content and hardness depend upon the ratio of flux melted to wire melted. High voltage promotes high carbon and alloy contents, while low voltage promotes lower carbon and alloy content. WELDING CONSUMABLES CATALOG ı 277
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HARDFACING SUBMERGED ARC (SAW) FLUX<br />
<strong>Lincoln</strong>weld ®<br />
Alloy Flux<br />
Key Features<br />
Modified Type 420 stainless deposit with<br />
a carbon content near the high side for<br />
as-welded hardness<br />
Designed to produce a weld deposit with<br />
13% chromium, 0.23% carbon when proper<br />
procedures are followed<br />
276 ı THE LINCOLN ELECTRIC COMPANY<br />
A-96-S<br />
Typical Applications<br />
Use with <strong>Lincoln</strong>weld ® L-60 mild steel wire for<br />
hardfacing<br />
Packaging<br />
60 lb (27.2 kg) Plastic Bag ED031860<br />
NOTE: Deposit carbon, alloy content and hardness depend upon the ratio of flux melted to wire melted. High voltage promotes high carbon and alloy<br />
contents, while low voltage promotes lower carbon and alloy content.<br />
<strong>Lincoln</strong>weld ®<br />
Alloy Flux<br />
Key Features<br />
Produces a deposit with good abrasion<br />
resistance, allows some machinability<br />
Low carbon martensitic deposit<br />
Hardness range is 24-45 Rockwell C (R ), C<br />
depending upon the actual welding<br />
procedure used<br />
H-535<br />
Typical Applications<br />
Use with <strong>Lincoln</strong>weld ® L-60 mild steel wire for<br />
hardfacing<br />
Packaging<br />
50 lb (22.7 kg) Paper Bag ED027865<br />
NOTE: Deposit carbon, alloy content and hardness depend upon the ratio of flux melted to wire melted. High voltage promotes high carbon and alloy<br />
contents, while low voltage promotes lower carbon and alloy content.