SKF ConRo self-contained caster roll line units cut operating costs for steel mills

SKF ConRo caster roll line units are engineered to increase roll service life and cut operating costs for steel mills in the most extreme slab casting conditions. These self-contained, fully sealed, and modular roll units integrate bearings, a patented sealing system, housings, grease, roll bodies, and water connections to serve as complete packages eliminating any need over their lifetime for re-lubrication and the costs associated with grease and frequent maintenance.

SKF ConRo units offer ideal solutions compared with conventional caster roll units, which typically must be lubricated with grease pumped through the bearings. The overheated grease mixed with scale can solidify at high temperatures, damage seals, and restrict bearing re-lubrication. Resulting contamination damages bearings and may cause roll lines to become dropped or locked severely, affecting slab quality. Casters then must be shut down for segment overhauling in an ongoing and expensive cycle.

SKF ConRo units introduce a complete package to reduce untimely stops and poor-quality slabs. They protect bearings from ingress of water and contaminants; promote proper lubrication between bearing rolling elements and raceways; reduce lubricant degradation and metal-to-metal contact, wear, and corrosion of bearings; minimize grease consumption and maintenance requirements; and lessen adverse environmental impact from excessive grease usage.

SKF ConRo units are available in three platforms (for top and lower zones). They mount simply without lubrication lines to enable fast roll changing. Further, SKF can remanufacture and customize the units. SKF can deliver complete support services to maximize mill output.

0504skf1
Category:
Equipment
Product Type:
Material Handling
Manufacturer:
Show Comments
Hide Comments

Join the discussion

We welcome your thoughtful comments.
All comments will display your user name.

Want to participate in the discussion?

Register for free

Log in for complete access.

Comments

No one has commented on this page yet.

RSS feed for comments on this page | RSS feed for all comments