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Industries · Sugar

Welding solutions for every stage of the sugar mill

A sugar mill runs on a short season and cannot stop for a rebuild. Cane fibre and grit wear the knives, the fibrizer and the roller surfaces; hot acidic juice eats condensers and pump bodies; cast trash beams crack under shock. Pick an area of the mill to see which components fail, how they fail, and the SUPERON range that puts them back to work.

Isometric view of a sugar mill — a walled cane yard with a grab crane over stacked cane and loaded carts, a long milling tandem under its shed, a tall evaporator and pan block with its chimney, a bagasse-fired boiler and turbo-alternator hall with the workshop beside it, the centrifugal station and bagged sugar store, and a cooling pond in the middle of the roads.
Sugar mill site 23 components mapped Click a numbered pin on the mill
23
Components mapped
5
Mill areas
500+
Authorised distributors

Mill map

Click any area — the photo above and the table below both update

23 components mapped  ·  5 mill areas Click an area to narrow
Component Base metal Wear factor Mill area Recommended solution
Cane Loading Spikes Carbon Steel Wear Cane Yard & Preparation Cladding & die build-up
Cane Grabs Carbon Steel Wear Cane Yard & Preparation Cladding & die build-up
Cane Leveller Arms Carbon Steel Wear Cane Yard & Preparation Cladding & die build-up
Cane Cutting Knives Carbon Steel Wear Cane Yard & Preparation Hard surface electrodes
Fibrizer Carbon Steel Wear Cane Yard & Preparation Hard surface electrodes
Striking Bar Of Anvil Steel Wear Milling Tandem Cladding & die build-up
Tail Bar Low Alloy Steel Wear Milling Tandem Cladding & die build-up
Trash Plate Carbon Steel Teeth Wear Milling Tandem Cladding & die build-up
Scraper Plate Carbon Steel Teeth Wear Milling Tandem Cladding & die build-up
Trash Beam Cast Iron Crack Milling Tandem Cast iron electrodes
Crusher Roller Steel / Cast Iron Wear Slip Milling Tandem Hard surface electrodes
Roller Pinion Carbon Steel Wear Milling Tandem Cladding & die build-up
Square Coupling Steel / Cast Iron Wear Milling Tandem Cast iron electrodes
Juice Ring Steel Wear Milling Tandem Cladding & die build-up
SS Condenser SS 316 Wear / Fabrication Boiling House Stainless steel electrodes
Juice Pump Cast Iron Wear Boiling House Cast iron electrodes
Magma Pump Bronze Wear Boiling House Copper alloy electrodes
Brake Drum Cast Iron Wear Boiling House Cast iron electrodes
Centrifuge Shaft Alloy Steel Wear Centrifugals & Drives Cladding & die build-up
Sprocket Steel Wear Centrifugals & Drives Cladding & die build-up
Pump Shaft Keys Steel Wear Centrifugals & Drives Cladding & die build-up
Turbine Casing Steel Crack Power House & Workshop Repair & joining electrodes
Unknown Metal Steel Wear/Crack Power House & Workshop Repair & joining electrodes
Showing 23 of 23 components Grade-level recommendation issued after component inspection
How sugar mill components fail

Abrasion

Cane fibre, grit and field mud cutting into knives, fibrizer tips and roller surfaces.

Grooving & slip

Roller and trash-plate teeth rounding off until the mill stops gripping and extraction falls.

Corrosion

Hot acidic juice and vapour eating condensers, juice pumps and the pan-floor pipework.

Cracking

Cast trash beams, housings and turbine casings split by shock loading or an overtightened mill.

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Base metal, wear factor and a photograph — an application engineer comes back with the consumable, the parameters and the expected life gain.