Plasma Cutting

Wear Plates are manufactured on a state of the art, computer controlled, double weld head automatic machine using in-house manufactured flux cored wires. Ador Fontech’s expertise, R&D and field trials help choose the right blend of alloys for different applications. This highly specialized process ensures that the deposits have maximum carbide concentration with minimum dilution.

COMPOSITE WEAR PLATES : Enduraplate owes its abrasion resistance to chromium carbides / complex carbides concentration of 45% to 60% in hard overlay and its impact resistance to ductile mild-steel base.

SMOOTH SURFACE WEAR PLATE : ENDURAPLATE-SS is abrasion resistant which can be used for both fine particle abrasion and impact. It’s relatively lean alloy content makes it crack resistant. It has an excellent weldability despite its hard structure.

HARDOX WEAR PLATE : Abrasive applications and aggressive wear environments are simply no match for Hardox. Whatever your wear challenges, Hardox wear plate offers better wear resistance, higher payload and longer service life. The Hardox family features the original wear plate — thinner and thicker than ever at 0.7‑160 mm (0.027‑6.25″) — as well as tubes and round bars.

• Hardox 400 – 400 HBW hardness
• Hardox 500 – 500 HBW hardness
• Hardox 550 – 550 HBW hardness
• Hardox 600 – 600 HBW hardness
• Hardox Extreme – 700 HBW hardness

LH-TUF TECH 58 – wear facing against severe impact and abrasion

Alloy Basis: Fe, Ti, Cr, C

Hardness 52-58 HRC

LH-WEAR THERM 65 – For severe abrasion and erosion at elevated temperatures

Alloy Basis: Refractory carbides of Cr, Mo, Nb, W, V in Fe-Cr-C

Hardness: 52-55 HRC (in case of SS base), 62-65 HRC (all other materials)

LH 103 – A contact electrode for speedy, all-position welding of mild steel

ALLOY BASIS: Mn, Si, C

LH 106 – Joining of unidentified steels

ALLOY BASIS: Cr, Ni, Mn

LH 109 – Joining of dissimilar steels

ALLOY BASIS: Cr, Ni, Mn, Mo