Mining, Quarries/ Earthmoving
Part: Buckets
Base material: Un/low alloy steel
Problem:
Wear on bucket and bucket teeth due to abrasion
,friction and impact by coal, sand, stone etc.
Equipment looses efficiency, causing increase in
operating costs.
Solution:
Protect bucket lips, sides and other wear areas by
applying a wear resistant high alloy Chromium
Carbide material.
Welding process: SMAW (Stick electrodes)
Welding material: A) GOLD 750 (HB63)
B) GOLD 760
JAW CRUSHERS –CRUSHER JAW PLATE
Used to crush (reduce) hard materials such as coal, stone etc.
Crushers are normally made form a wear resistant Manganese steel.
Problem:
The high impact and compression causes the Jaw
plates to wear out and the crusher looses crushing efficiency.
Solution:
Weld repair
Welding process: SMAW (stick electrodes)
Welding material:
GOLD 740
HAMMER MILL CRUSHER (COAL PACTORS )
widely used crusher system Made from austenitic manganese steel or low alloy cast steel
Problem:
The Hammers crushing the raw materials
are subject to extreme impact/pressure
and abrasion and tend to suffer wear and
tear
Solution:
Rebuild worn hammers by using one
of the following Welding materials.
Gold 740 for restoring dimension
and thereafter apply 2 layers of GOLD
750 OR GOLD 76O for maximum protection
Wear on Crusher Housing (Bearing)
Repair welding : GOLD 740 or GOLD 710
Machinable weld deposit
Machine: EXCAVATOR
Part: Track pads
Base material: Low alloy cast steel
Problem:
Wear on truck pads due to friction and pressure.
Equipment looses efficiency, causing increase in operating costs.
USE GOLD 710 or GOLD 740 FOR REPAIR
Wear protection of coal mining buckets with
GOLD 750
Coal cutter Bit hardfacing
GOLD 750/760
Coal mining machine protection
GOLD 750/760
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